Frequently Asked Questions

A sagging gate puts increasing stress on the hinge fixings and post. Left long enough, the post itself can work loose or crack, turning a straightforward gate replacement into a more involved post repair job. Catching it early keeps the scope and cost smaller.

Rarely without problems. Standard widths are typically up to around 3 metres for a pair. Wider Essex driveways usually need made-to-measure fabrication to avoid a gate that binds, sits out of square, or requires awkward packing at the posts.

The installer checks post condition, sets the hinges, aligns the gate, adjusts the latch and any lock, and runs a full swing check to confirm the gate clears the ground. Any post or ground-level remedial work identified at survey is included in the quoted price.

For a manually operated gate there is no specific licensing requirement, but gates over a certain weight or size that could trap or strike someone should be checked for safe operation. A surveying installer will flag any concerns about weight, swing clearance, or fixing adequacy at the survey stage.

A complete quote should cover the motor, rack, ground track or cantilever carriages, safety photocells, safety edges, remote fob or keypad, and any groundwork such as post foundations and cable runs. 18th Edition wiring should be included, not added later.

Sometimes, but only after a site check. The installer assesses the gate’s weight, balance, and structural condition, then confirms whether a compatible automation kit can be fitted or whether any remedial work is needed first.

Many installations fall within permitted development, but permission can be required if the gate exceeds height limits or sits close to a highway. A planning check is part of the survey for any Chigwell installation near a road boundary.

A gate that drags or comes off its track puts strain on hinges, posts, and the ground surface. Left unaddressed, the gate structure can deteriorate to the point where a simple automation kit is no longer sufficient and more extensive remedial work is needed.

A ground track runs along the driveway surface and suits firm, level ground. A cantilever system suspends the gate from overhead carriages with no track in the travel path, making it the right choice for gravel, uneven ground, or where drainage must not be blocked.

Remote fob, keypad entry, intercom, and app-based access are all available. The right combination depends on how many people need regular access and whether visitors need to be screened before the gate opens.

Often yes. The gate, hinges, and posts need to pass a suitability check first. If the gate moves freely and the posts are solid, an opener kit can usually be fitted without replacing the gate itself.

The installer checks gate alignment, hinge wear, post rigidity, and the available opening arc. The motor and controller are then specified to match the gate’s weight and leaf width, confirmed from those measurements.

A worn or loose hinge transfers load to the motor arm on every cycle. The gate drifts out of alignment, sensors misread the position, and the motor’s overload protection trips repeatedly. Early motor failure is the usual result.

Yes. Power supply and controller wiring must comply with BS 7671 18th Edition under the Electricity at Work Regulations. All wiring on installations we arrange is completed to that standard.

A kit can work on a straightforward, lightweight gate in good condition. If the gate is heavy, uneven, or has worn hinges, incorrect arm geometry or a missed fault makes the system unreliable within months.

Yes. Keypad, remote, or app-based access control is wired to the gate controller as part of the same installation, so there is no need for a second visit or separate contractor.

The price varies with gate size, opening style, site conditions, and whether groundwork or electrical work is needed. We quote all of those elements together after the site survey, so there are no separate bills for foundations or wiring.

Swing gates open on hinges and need clear space in front of or behind the gate leaf. Sliding gates move sideways along a ground track or cantilever system and suit driveways where swing clearance is limited. The site survey confirms which works for your entrance.

A gate that binds or sags puts uneven load on the motor and hinges. Left unchecked, that stress can damage the operator and distort the gate frame, turning a straightforward replacement into a job that also needs new posts or groundwork.

Yes. Powered gates fall under the Supply of Machinery Regulations and must meet BS 13241 safety requirements. Safety edges and photocells are mandatory, and force testing must be carried out on commissioning. Every installation we arrange is specified and tested to those standards.

A gate that is already binding or misaligned will strain any motor fitted to it, shortening the operator’s life and potentially voiding its warranty. The longer the misalignment continues, the more likely it is that post or hinge work will be needed before a motor can be installed.

Yes. Electrical work on a domestic gate installation falls under Part P of the Building Regulations. Work must be carried out by a competent person and properly notified. Non-compliant wiring can cause issues when selling the property or making an insurance claim.

No. Privacy, controlled access, and kerb appeal are equally common reasons. A timber finish often suits period and older homes where a metal gate would look out of place. The gate still needs to open and close reliably every day, so motor and sensor specification matters regardless of the reason for fitting.

They typically cost more because the system needs additional support hardware, carriages, a heavier post, and a counterbalance section. The exact difference depends on gate width, weight, and ground conditions at your entrance.

The gate needs run-back space of roughly one and a half times the opening width, which rules it out on tight plots. The support post and carriage assembly can also look bulkier than a simple tracked gate on a narrow entrance.

A gate that drags or jams puts repeated strain on the motor, which can burn out the operator. Continued use on a misaligned track also wears the rollers unevenly, turning a straightforward swap into a more involved repair.

Sticking, dragging, and misalignment are the most frequent issues. On tracked systems, the cause is usually debris in the rail, worn rollers, or a settled track. Cantilever systems remove the ground track, which eliminates the most common source of these faults.

Cantilever systems are well suited to wider openings because the counterbalance overhang keeps the gate level without a heavy ground rail. The exact maximum depends on gate weight and material, a site survey will confirm what is achievable for your entrance.

A bespoke gate is often the simplest solution for an opening that is too wide, too narrow, or not level. It is made to the exact space rather than forcing a standard gate to fit, which avoids gaps, binding, and post adjustments on the day.

The site measurement covers opening width, ground level, swing clearance, and post condition. These details determine the gate’s size, weight, leaf profile, and hinge specification, getting them wrong at this stage causes problems that cannot be fixed after fabrication.

Yes, and it is easier when automation is designed in from the start. Motor mounting points, leaf weight, and hinge specification are all decided at the design stage, so the gate is ready for electric operation without any retrofitting.

A standard gate on an irregular opening often leaves visible gaps, requires post repositioning, or binds under power once automated. Those problems are expensive to correct after the gate is installed and may require the gate to be remade.

No. Bespoke gates are used wherever the opening is unusual, the ground is uneven, or the owner wants a finish that matches the property. They are just as practical for a narrow residential entrance as for a wide estate driveway.

Steel, aluminium, and wrought iron are all available. Steel suits heavier or wider gates; aluminium is lighter and rust-free, which reduces motor load; wrought iron suits period properties where the detailing needs to match existing boundary ironwork.

Yes. It sends a release signal to the gate control panel’s relay input rather than powering the motor directly. The correct wiring depends on the gate operator model and how the control panel accepts an entry signal.

That depends on the distance from the house to the gate, where power is available, and how much cabling is practical. Wired Cat5 suits fixed installs; GSM or WiFi modules work better where burying cable along a long driveway is awkward.

An intercom that cuts out intermittently will eventually stop working entirely, leaving visitors with no way to contact the house. If the gate cannot be released remotely, someone must walk to the boundary every time, which on a long driveway quickly becomes impractical.

Often yes, provided the gate, posts, and hinges are in suitable condition. A survey confirms whether the structure is stable enough and whether a motor can be mounted safely before any work is agreed.

No. The aim is to keep the existing gate and add the motor, control panel, and safety devices to it. Replacement is only recommended if the gate is too damaged or structurally unsuitable to take a motor safely.

Gate balance, hinge condition, post rigidity, fixing points, and available space for the motor are all checked. The installer also confirms the opening arc is suitable and that safety beams can be positioned correctly.

A manual release is fitted as standard so the gate can be moved by hand if power is lost. The exact method depends on the operator chosen, and the installer demonstrates it before leaving.

Yes. Mains wiring in outdoor locations must meet current electrical safety standards, and powered gates must comply with applicable machinery safety requirements. All wiring is carried out to those standards as part of the installation.

A heavy or stiff gate puts repeated strain on hinges and posts over time. Continued manual use can worsen hinge wear to the point where remedial work is needed before a motor can be fitted, adding cost to the job.

Yes, if the gate is moving unpredictably or a safety device has failed. Repeated attempts to operate a faulty gate can worsen the damage or create a safety risk. Use the manual release only if you need to move the gate and you know how it operates.

A gate stuck open leaves the property unsecured. A gate stuck closed can trap vehicles or block deliveries. Intermittent faults also tend to worsen over time, a sensor drift or loose connection that causes occasional stops can progress to a complete failure if left unattended.

Describe whether the gate is stuck open, stuck closed, or working intermittently. Mention whether it is a home, shared entrance, or commercial site, and note any recent impact damage, power cut, or failed safety device. That helps the installer arrive with the most likely parts.

The visit covers the motor, safety edges, photocells, hinges, rollers, wiring, control panel, and manual release. A closing force test is run to confirm the gate stops within the limits set by the Supply of Machinery Safety Regulations before the visit is signed off.

Yes. The Supply of Machinery Safety Regulations require powered gates to stop safely on contact. Safety edges and photocells must be tested to confirm they respond correctly. BS 7671 also applies to the associated wiring and controls.

An unplanned failure often means an emergency call-out, which costs more than a scheduled service. If the gate fails in a closed position, vehicles can be trapped. A motor that has been running in overload for months may need full replacement rather than a simple repair.

Light lubrication can ease minor sticking, but it will not replace a proper inspection. Safety sensors, the motor, and the control panel all need checking, a small fault in any of those will not be caught by lubrication alone.

Repeated faults usually point to wear, misalignment, or a component that is close to failing. A service looks at the full mechanism rather than only the visible symptom, so the underlying cause is identified rather than patched over again.

A service visit includes a full inspection, which will identify what has failed. If a part has already broken, repair work may be needed alongside the service. The inspection confirms the full picture before any parts are ordered.

The most common causes are a faulty limit switch, a worn motor, or an obstruction the safety edge has detected. Low battery in the control board or a misaligned photocell can also prevent movement. Check for debris along the gate’s travel path first, then check the control panel for fault codes. A repair callout can diagnose and fix most faults in a single visit.

A gate stopping mid-travel usually means the motor’s torque setting is too low, a safety edge is triggering falsely, or the gate has developed a mechanical drag, often from a sagging hinge or ground contact. Adjusting the torque limit or realigning the gate leaf resolves most cases. Ignoring it risks burning out the motor over time.

Grinding or clicking usually points to worn gears inside the operator, a loose mounting bracket, or a hinge that needs lubrication. A rattling sound often means the gate leaf is catching on a post or the ground. Catching it early prevents more costly motor or bracket replacement later.

A well-specified gate should operate quietly and reliably. Noise and recurring faults usually trace back to incorrect weight balance, undersized hinges, or an operator not matched to the gate’s mass. Getting the specification right at the design stage, including safety edges and photocells to DHF and Gate Safe standards, prevents most operational problems.

Not if the gate is designed with its operating weight in mind. Material choice, frame section, and infill density all affect the final mass. For manual use, the gate is balanced to open with light effort. For automation, the operator is selected to match the gate’s actual weight, so movement stays smooth and consistent.

Most jamming and misalignment on sliding gates comes from debris in the ground track or a worn bottom roller. Cantilever systems eliminate the ground track entirely, so grit, leaves, and frost have nowhere to accumulate. If your current gate runs on a track, that track is almost certainly the root cause.

Check whether the gate has a manual release and, if so, disengage it so the gate can be moved by hand. Then check your mains supply and any dedicated circuit breaker for the gate. If neither resolves it, stop operating the gate and call for a repair, repeated attempts to force a stuck gate can worsen the underlying fault.

No. A stuck gate is just as often caused by a tripped circuit breaker, a faulty control board, a misaligned limit switch, or a blocked track as by a failed motor. A site diagnosis is the only reliable way to identify the actual cause.

Yes, though forced entry can cause secondary damage beyond the original fault, bent hinges, stripped gear tracks, or cracked motor housings. The technician will assess all damage on arrival and advise on what can be repaired versus what needs replacing.

Yes. You do not need to diagnose the fault before calling. The technician will test each component systematically on site, motor, control board, photocells, safety edges, and remote receiver, to isolate the cause.

Yes. Power cuts can trip circuit breakers, corrupt control board settings, or drain backup batteries. In many cases a reset and reconfiguration resolves the issue. If the power surge damaged a board or motor, the technician will identify and replace the affected component.

Wet conditions cause ground movement that can shift gate posts and misalign the leaf, and water ingress into motor housings or control boxes can cause intermittent faults. Swollen timber gates can also bind against posts or ground surfaces. A technician will check alignment, drainage, and any water-damaged components.

Yes. Freeze-thaw cycles can heave gate posts out of alignment, freeze lubricant in hinges and tracks, and cause condensation inside motor housings that damages electronics. If your gate fails or moves sluggishly after a cold spell, a mechanical and electrical check is the right first step.

Common signs are slower movement than usual, grinding or clicking noises, hesitation before opening, the gate stopping mid-cycle, or the motor running but the gate not moving. Any of these points to wear or a setting drift that a service visit can address before the gate fails completely.

Yes, and it is exactly the right approach. A recurring fault usually means the root cause was never fully resolved, a worn component, a misaligned track, or an undersized motor for the gate’s weight. A thorough service inspection looks beyond the symptom to find what is actually driving the repeat failure.

Untreated or poorly finished timber can swell in prolonged wet weather, which puts strain on the motor and causes the gate to bind. The risk is significantly reduced when the timber is correctly sealed on all faces, including the bottom edge, before installation. A well-specified operator with torque adjustment can also compensate for minor seasonal movement.

Rust returns when the protective coating has broken down and bare metal is exposed to moisture. Small chips, scratches, or worn paint edges let water sit against the iron. Without stripping back to bare metal, treating with a rust inhibitor, and repainting properly, the problem will keep coming back in the same spots.

Stiff or sticking gates are usually caused by seized hinges, rust build-up on the hinge pin, or the gate dropping slightly so it drags on the ground or post. Hinges that have never been lubricated corrode over time. Leaving it will accelerate wear on both the hinge and the post socket, making the repair more involved.

A dropping gate almost always means a worn or loose hinge, a hinge pin that has corroded through, or a post that has shifted in the ground. Heavy gates put constant stress on the top hinge in particular. If the post has moved, re-hanging the gate without addressing the post will not hold for long.

Catching on the latch or post is usually a sign the gate has dropped or twisted slightly out of square. Even a few millimetres of movement at the hinge will shift the latch bolt out of alignment. Adjusting the latch alone is a short-term fix; the hinge position is normally what needs correcting.

Most aluminium electric gate installations come in at £1,500-£5,000, covering supply, automation, and fitting. The final figure shifts based on gate size, entrance width, chosen operator, and whether groundwork or new cabling is needed.

Gate width and height have the biggest effect, as larger panels need heavier operators. Beyond that, the type of automation (swing or sliding), the length of cable run, any groundwork for posts or a sliding track, and the access control system all add to the total.

Yes. A local installer surveys your entrance, specifies the gate, operator, safety devices, and any groundwork, then quotes everything together as a single package. That way there are no surprises when the fitting day arrives.

Most automated sliding gate installations come in at £3,500-£8,000, depending on gate width, material, motor specification, and how much groundwork the site needs. A survey is the only reliable way to pin down your figure, as access, power supply distance, and ground conditions all affect the final cost.

The main cost drivers found at survey are the distance from the power supply to the motor, the amount of groundwork needed to lay a level track, and the gate’s weight and width. Sloped or uneven ground, poor soil, or a long cable run can each add meaningful cost that is not visible from a photo or description.

Most automated swing gate installations come in at £2,500-£6,000, depending on gate size, operator type, groundwork required, and access control options. Underground ram operators and bespoke gate leaves sit at the higher end. A site survey produces an itemised quote covering all labour, materials, and wiring.

The main cost drivers are the gate’s weight and width (which determine motor class), whether you choose above-ground arms or underground rams, the amount of groundwork and cable trenching needed, and any access control or intercom additions. Retrofitting to an existing gate is generally less expensive than a full gate-and-automation supply.

Yes, a site survey is the only way to quote accurately. We arrange a local installer to visit, assess your entrance, specify the right operator, and confirm groundwork and wiring requirements. This avoids surprises on the day and ensures the quoted system is correctly sized for your gate.

Bespoke manufacture costs more than a standard gate because each gate is drawn and built individually. Most bespoke gate projects in this area come in at £3,500-£8,000, depending on size, material, and complexity. A standard gate of similar dimensions will typically be less, but only suits openings that match the fixed sizes available.

Gate width and height have the biggest effect, followed by material choice and infill complexity. Automation-ready framing, decorative detailing, specialist finishes, and the amount of groundwork or wiring required all add to the total. A single leaf gate costs less than a matching pair of the same overall width.

Most cantilever gate installations come in at £4,500-£8,500, depending on gate width, material, and whether groundwork for the post foundations is needed. A site survey will give you a fixed quote once the entrance has been measured and the operator specified.

The gate itself must be longer than the opening to accommodate the counterbalance section, so more material is used. The support posts and roller carriages are also heavier-duty than a simple bottom-track setup. You save on groundwork across the driveway, but the gate structure and fixings cost more upfront.

Gate width and material have the biggest impact, followed by post foundation depth and any concrete groundwork required. Automation adds cost depending on the operator chosen. Access constraints, intercom wiring, and safety devices such as photocells and safety edges also affect the final figure.

You will need robust post foundations and a roller carriage assembly rather than a simple ground track, so the groundwork is more involved at the post positions. Safety edges and photocells are specified as standard to DHF and Gate Safe standards. Beyond that, the automation components are broadly the same as any motorised sliding gate.

Most installations come in at £2,500-£6,000. Costs rise when new posts or foundations are needed, when the cable run from the consumer unit is long, when the gate is heavy enough to require an industrial-grade operator, or when access control and intercom systems are added.

Repair callout costs typically come in at £250-£380, depending on the fault type, parts required, and time on site. Emergency or out-of-hours callouts may carry a higher call-out fee.

The main factors are the fault type, whether parts need replacing, the gate system’s make and age, and whether the callout is during standard hours or an emergency. Labour time on site and any groundwork or wiring remediation will also affect the final figure.

Post replacement, concrete groundwork for underground operators, extending the mains supply, and hinge reinforcement are the most common additions. These are flagged at survey where possible, but occasionally a post is found to be shallower than expected once work starts, adding time and materials.

The quote is based on gate weight and type, operator specification, cable run length, safety device requirements, and any groundwork or structural repairs identified at survey. Most retrofits come in at £1,500-£3,000, with the survey pinning down the exact scope before you commit.

The installer will tell you what is needed and quote the cost before ordering anything. No additional parts are fitted without your approval. The service visit itself is priced separately from parts, so you stay in control of what you spend.

Installation costs vary with gate size, design complexity, and the condition of existing posts. Most residential jobs come in at £800-£850, covering supply, fitting, and basic hardware. Groundwork for new posts or automation wiring is priced separately once the entrance has been surveyed.

The main factors are gate width and height, the intricacy of the design, whether posts need to be installed or replaced, and whether you want automation added. A simple single pedestrian gate costs considerably less than a pair of wide driveway gates with decorative scrollwork and an automated operator.

Often, yes. If existing posts are corroded, out of plumb, or set in deteriorating concrete, they need to be replaced or re-set before a new gate is hung. A local installer will survey the entrance first and quote any groundwork separately so there are no surprises on the day of fitting.

Yes, a made-to-measure gate costs more than an off-the-shelf size because it requires bespoke fabrication. The premium varies with the complexity of the design and the steel section used. For non-standard openings, a made-to-measure gate is often the only option that will hang and operate correctly.

It depends on entrance width, available swing or slide clearance, and ground conditions. A site survey assesses all of these and recommends the right gate style and operator for your specific layout, so you get a system that works reliably day to day.

Often yes. A sliding or cantilever gate avoids the swing arc entirely, making it suitable for tight entrances where a swing gate would foul a wall, pillar, or parked vehicle. A survey confirms which option fits your available space. See cantilever gate systems for more detail.

Yes, that is exactly what they are designed for. Most systems open and close in seconds via remote, keypad, or intercom. A manual release is also fitted so you can operate the gate by hand if the power is ever interrupted.

Yes. Aluminium does not rust or absorb moisture, so freeze-thaw cycles that crack timber or corrode steel have little effect on the gate panels. The automation should be specified with an operator rated for low temperatures, which the survey will confirm for your site.

Aluminium handles damp ground conditions well because it does not corrode. On low-lying or flood-prone land, the survey will check post foundation depth and operator positioning to keep electrical components clear of standing water, reducing the risk of water ingress to the automation.

Yes. Aluminium suits both styles. For new-builds, a clean powder-coated finish integrates with contemporary architecture. For larger suburban properties, wider double-leaf or sliding configurations handle bigger entrances without the weight penalty of steel, keeping operator and foundation costs manageable.

Many existing sliding gates can be automated, provided the structure is sound, the weight falls within the chosen operator’s rating, and the track is in good condition. A local installer will assess the gate during a survey and confirm whether retrofitting is viable or whether a replacement is the more practical route. See gate automation retrofitting for more detail.

Sliding gates need a clear run of space alongside the opening, typically equal to the gate’s width, for the leaf to travel into when open. If your drive has that run available and the ground is reasonably level, a sliding gate is usually a good fit. A site survey confirms whether the layout works before any commitment is made.

Yes. Remote fobs, keypads, video intercoms, and smartphone-based access control all integrate with standard sliding gate operators. The right combination depends on how many people need access and whether you want to grant entry remotely. See smart access control & intercoms for the options available.

A lower-cost gate and motor combination can work well for a standard residential entrance with a modest opening width and straightforward groundwork. Where it tends to fall short is on wide, heavy gates or high-cycle commercial use, where an undersized motor wears quickly. Matching the specification to the actual load and usage frequency matters more than the price point alone.

A narrow drive is not a barrier to a sliding gate, but the gate needs a run of space beside the opening to park the leaf when open. If that run is available, even in a tight space, a sliding gate works well. Where there is no room alongside the opening at all, a cantilever or alternative layout may be needed. See cantilever gate systems for that option.

A properly installed ground track with adequate drainage channels water away from the rail, so the gate continues to run normally after rain. Problems arise when the track is set in a low spot that pools water or when the foundation is not sealed correctly. The installer specifies drainage as part of the groundwork to prevent this.

Shared access adds complexity because all parties need to agree on the gate’s position, operation, and access method. A sliding gate can work in this context, but any automation on a shared boundary typically requires written agreement from all affected parties before installation. It is worth confirming the legal position with a solicitor before proceeding.

Most existing swing gates can be automated, provided the posts and hinges are structurally sound and the gate is in reasonable condition. A site survey checks post depth, hinge load capacity, and available space for the operator arm. Gates that are rotten, badly warped, or hung on inadequate posts usually need remedial work first. See gate automation retrofitting for more detail.

Swing gate operators are available for leaves ranging from lightweight timber up to heavy wrought iron exceeding 500 kg. The key factor is matching the operator’s rated torque to the gate’s actual weight and width. A survey measures both and specifies the correct motor class, so oversized or unusually heavy gates are not automatically ruled out.

Fit depends on the gate’s weight, leaf width, hinge type, and the clearance behind the post for the operator arm. Underground ram systems suit gates where above-ground arms would look out of place. A survey confirms which operator type and mounting configuration works before any parts are ordered.

A single leaf gate automates just as well as a double pair. Single gates are common on narrower entrances up to around 3 metres wide. Double gates suit wider openings and are often chosen for symmetry on larger driveways. Either configuration can carry the same motor, intercom, and access control options.

Swing gates need enough clear space in front of or behind the gate line for the leaf to travel through its arc, typically equal to the leaf width. If your driveway slopes steeply or the entrance is very tight, a sliding or cantilever system may be a better fit. A survey confirms which type works for your specific layout.

Yes, swing gates are a common choice for detached houses with wider entrance pillars and longer driveways. Heavy-duty operators handle leaves up to several metres wide, and the system integrates with video intercoms and remote access control for properties where convenience and security both matter.

Wind loading is a real consideration for solid-infill gates on exposed frontages. Operators for exposed sites are rated for higher wind resistance, and open-bar or railed gate designs reduce the surface area catching the wind. The survey flags exposure risk and specifies the appropriate operator class and gate design accordingly.

Swing gates are the traditional choice for period and rural properties, and underground ram operators preserve the look by hiding all mechanism below the ground. Wrought iron and timber leaf options complement older architectural styles. Bespoke gate design is available where standard catalogue leaves do not match the property’s character.

Yes, a bespoke gate is the right choice for non-standard openings. Standard gates come in fixed widths and heights, so an awkward gap, whether too wide, too narrow, or uneven, will not close or hang correctly with an off-the-shelf option. A gate made to your exact measurements solves this from the outset.

Yes. A bespoke gate is manufactured to the precise width, height, and rake needed for your specific opening and ground profile. Sloped driveways and uneven ground are accounted for during the survey and specification stage, so the finished gate hangs level and closes cleanly.

Yes. Infill pattern, frame profile, finish, and colour are all chosen to complement your property. Whether your boundary is brick, timber, or metal railings, the gate design can be drawn to match the proportions and detailing of what is already there.

Yes, provided the opening method suits the space. Swing, sliding, and cantilever configurations are all achievable with a bespoke gate. The design is drawn around your chosen method, and the frame is built with the correct hinge positions, track allowances, or pivot points from the start.

No. Bespoke manufacture is just as relevant for a modest terraced driveway as for a large estate. The reason to go bespoke is an opening that does not match standard sizes, a style requirement, or a specific automation need, none of which are exclusive to large plots.

Yes. Frame section sizes, infill spacing, and panel proportions are all adjustable. A lighter visual result can be achieved by using slimmer hollow-section steel, open bar spacing, or aluminium rather than solid timber, while still meeting the structural requirements for the span and automation load.

Yes, if automation is factored in at the design stage. The gate’s weight, balance point, and hinge or track specification all affect which operator will work. Designing with automation in mind from the outset avoids costly modifications later. See Gate Automation Retrofitting if you are adding a motor to an existing gate.

Steel and wrought iron suit traditional or period settings and carry a solid, substantial appearance. Aluminium offers a similar look at lower weight, which helps with larger spans or automation. Hardwood timber suits rural and cottage settings well. Each material has different maintenance requirements, so the right choice depends on your setting and how much upkeep you want.

Yes. Period and village properties often have irregular openings, low boundary walls, or a style that standard gates do not complement. A bespoke design can match the proportions of an existing wall or fence line, use traditional infill patterns, and be finished in a colour that suits the building’s character.

Yes. Wider spans and sloping or uneven ground are exactly the conditions bespoke manufacture is suited to. The gate can be raked to follow a gradient, split into leaves of different heights, or built with a stepped bottom rail to clear an uneven threshold, all confirmed during the site survey.

Yes. Material and finish selection matters here. Powder-coated aluminium and hot-dip galvanised steel both resist frost and corrosion well on exposed sites. Open bar infill reduces wind loading on the gate and its operator. These factors are assessed during the survey so the specification suits your site’s exposure level.

Yes. Cantilever gates are specifically designed to operate without a ground track. The gate hangs from rollers mounted on a post and counterbalances behind the opening. You need enough clear space behind the post for the counterbalance section, typically around 30-50% of the gate width, but no groundwork across the driveway itself.

Yes. Because the gate never touches the ground, surface irregularities, gravel, mud, and leaf build-up do not interfere with its movement. This makes cantilever systems the practical choice for rural driveways, gravel surfaces, and any entrance where keeping a track clear is impractical.

Not necessarily. The counterbalance section does add length behind the post, but the gate face itself can be as slim or as decorative as a standard sliding gate. Aluminium infill panels keep overall weight down, and a survey will confirm whether your post positions allow a proportionate installation for your entrance width.

No. That is the defining feature of a cantilever system. The gate is suspended from roller carriages on a fixed post and counterbalances behind the opening, so nothing runs along or into the ground across the driveway. This is why they are chosen for surfaces where a track would be impractical or a trip hazard.

The right choice depends on your opening width, available run-back space, surface type, and how the gate will look against your property. Steel suits high-security or industrial settings; aluminium keeps weight down on wider openings; timber gives a traditional finish. A survey will match the frame, infill, and operator to your specific entrance.

Yes, they are well suited to it. Low-lying ground near the River Roding can be waterlogged for extended periods, which makes a ground track impractical. Because a cantilever gate operates above the surface, seasonal flooding and soft ground do not affect its movement. Post foundations will be specified to account for the ground conditions at survey.

Most gates can be automated, but a few factors rule some out. The gate must be structurally sound, the posts must be solid enough to carry a motor, and the opening space must suit either a swing or sliding operator. A site survey confirms whether your gate qualifies before any work is booked.

An older gate can often be automated, provided the frame is still rigid and the hinges or track are in serviceable condition. Rot, significant rust, or warped metalwork usually needs addressing first. A survey will identify any remedial work required before a motor is specified.

Most driveway layouts can accommodate automation, but the opening width, ground gradient, and available clearance all affect which system fits. A sloped or narrow entrance may suit a sliding or cantilever setup rather than swing gates. A local installer surveys the entrance and recommends the right configuration for your specific layout.

If a gate exceeds the rated capacity of standard operators, the options are to fit a higher-torque industrial motor or to replace the gate leaf with a lighter material. Aluminium gates, for example, are significantly lighter than timber or wrought iron of the same size. A survey establishes the gate weight and matches it to an appropriate operator.

Posts that are loose, cracked, or set in shallow foundations often need rebuilding before a motor is attached. A motor transfers significant force to the post on every cycle, so an inadequate foundation shortens the life of the whole system. The survey checks post condition and specifies any remedial groundwork.

Electric gates are designed for daily use. Residential operators are typically rated for several hundred cycles per day, and commercial-grade motors handle higher volumes. Choosing the right duty rating for your usage level is part of the specification process at survey stage.

Motor manufacturers publish duty-cycle ratings, usually expressed as cycles per day or a percentage run time. The installer matches the operator to your gate weight and expected usage during the survey. An undersized motor will overheat and fail prematurely, so correct specification matters.

No. Security is one benefit, but electric gates also add privacy, reduce road noise, improve kerb appearance, and remove the need to get out of a vehicle in poor weather. Many homeowners in Chigwell automate gates primarily for convenience rather than security.

Mixed ground, such as gravel over clay or uneven hardcore, can complicate cable ducting and post foundations but does not prevent installation. The installer assesses ground conditions at survey stage and specifies the appropriate foundation depth and ducting method. A cantilever gate system avoids a floor track entirely, which suits softer or uneven surfaces.

Low-lying ground near waterways can be prone to waterlogging, which affects cable ducting and post foundations. In these situations, installers use IP-rated control boxes, sealed cable conduit, and deeper or reinforced post foundations to protect the system. The survey identifies flood-risk factors and adjusts the specification accordingly.

Yes, provided the equipment is correctly rated. Motors and control boards specified for outdoor use carry IP ratings that protect against moisture ingress. Freeze-thaw cycles can affect gate posts set in shallow concrete, which is why foundation depth is checked at survey stage. Annual servicing catches any frost-related wear before it causes a failure.

Yes. Our partners work across residential properties, shared access entrances, and small commercial sites. The repair approach is the same regardless of site type, though shared entrances may require coordinating access with other residents or a managing agent.

No. Electric gate systems involve mains wiring, safety-critical sensors, and automation components that require specialist knowledge. Incorrect repairs can create entrapment risks or void any existing warranty. A technician familiar with gate automation and DHF and Gate Safe standards is the appropriate choice.

The technical repair process is the same, but shared gates often have more complex access control setups, multiple remotes, keypads, or intercom links, that need reconfiguring after a repair. Coordinating a convenient time with all users or a managing agent is also worth planning before booking. Smart access control options may be worth reviewing if the existing system is outdated.

Most existing gates can be automated without replacement. The deciding factors are structural condition, weight, and whether the posts and hinges can bear a motor. A survey of your entrance confirms this before any work is committed to.

Yes, all three directly determine which motor class is needed. A heavier gate or one opened dozens of times daily requires a higher duty-cycle operator. Fitting an undersized motor to a heavy gate causes premature failure, so correct specification at survey stage matters.

Sometimes, yes. Motors transfer load back into the posts and hinges on every cycle. If posts are shallow-set or hinges are worn, they need reinforcing or replacing first. The survey identifies this before work begins so there are no surprises mid-installation.

It depends on the extent of the wear. Sagging hinges, minor rot, or surface rust can often be repaired and the gate automated. Structural failure in the frame or posts usually means automation would be unreliable, and replacement becomes the more practical route.

A mains power supply within a reasonable distance of the gate is the main requirement. Beyond that, solid post foundations and a level or gently sloping driveway surface help. The survey identifies any gaps and quotes the work needed to bring the entrance up to spec.

Yes, though ground conditions affect which operator type is suitable. Soft or uneven ground near the posts may need concrete reinforcement before a motor is fitted. A cantilever or sliding configuration can avoid ground-track issues entirely where the surface is inconsistent. The survey determines the right approach.

Often yes. Wrought iron and hardwood gates on older properties are frequently heavy enough to need a robust operator, but they automate well once the structural checks pass. Underground operators suit period entrances particularly well because no surface-mounted arm is visible from the street.

Wind load is a real factor on exposed driveways. A larger leaf area catches more wind, increasing the force the motor must resist when holding the gate closed. The survey accounts for exposure and specifies an operator with sufficient torque and a locking mechanism rated for the conditions.

If the gate has stopped working, a repair callout is the right first step, not a routine service. Once the fault is fixed, a service visit makes sense to check whether anything else contributed to the failure. You can find out more about fault diagnosis and emergency attendance at Electric Gate Repair & Emergency Callouts.

Servicing applies to swing gates, sliding gates, cantilever systems, and most gate materials including timber, aluminium, and steel. The inspection process adapts to the specific operator and hardware fitted. If you are unsure whether your setup is covered, contact us with the gate type and operator brand.

The whole system is covered. That includes the operator, control board, safety devices, access control wiring, hinges or rollers, gate leaf or panel, and any underground or surface-mounted hardware. Checking only the opener would miss the mechanical wear that most often causes failures.

Yes, generally. Gates on exposed plots face stronger wind loading, more airborne grit, and greater temperature swings than sheltered urban installations. That combination accelerates wear on motor mounts, pivot points, and seals. A six-monthly inspection is more appropriate than annual for gates in these conditions.

Yes, provided the intercom is wired or paired to a relay that connects to your gate motor’s trigger input. Most modern intercoms include a dry-contact output that sends the open signal directly to the motor. A local installer will confirm compatibility with your specific motor before any work begins.

It depends on the distance between your gate and house, and whether burying cable is practical. Wired systems are more stable over long runs; wireless suits properties where trenching is disruptive or the run exceeds reliable Wi-Fi range. A survey of your entrance will confirm which is the right fit.

Most access control systems connect via a standard dry-contact relay, which is compatible with the majority of gate motors on the market. Older or non-standard motors may need an adapter or control board upgrade. A local installer will check your motor’s trigger input before specifying any equipment.

Yes. A video intercom with app integration lets you see, speak to, and admit visitors from a handset inside the house or from your smartphone anywhere with a data connection. Both routes work simultaneously, so whoever answers first can open the gate.

A local installer surveys your entrance first, noting gate type, pillar positions, cable routes, and power availability. That survey determines the right intercom position, cable run, and mounting method so the system fits your layout rather than requiring you to adapt to it.

In most cases, yes. The installer checks your motor’s control board for a compatible trigger input before specifying the intercom. Where the existing system uses a proprietary protocol, an interface module or control board swap may be needed. This is identified at survey stage, not after fitting.

No. Once set up, the day-to-day action is answering a call on your phone or handset and pressing one button to open the gate. The installer configures the app and tests it with you before leaving, so you are not left to work it out alone.

The key factors are the distance from gate to house, the strength of your Wi-Fi or GSM signal at the gate, and whether trenching is practical. Properties with runs over roughly 100 metres or weak wireless signal at the boundary generally suit a wired system. A site survey will give you a definitive answer.

Yes. Most systems support both a wired indoor handset and a smartphone app simultaneously. The wired handset suits households where not everyone uses a smartphone; the app suits anyone who needs to answer the gate remotely. Both can be active on the same installation.

The system is specified around your current entry pattern. If you use remote fobs, keypads, or a combination, those can remain alongside the new intercom. Exit loops or push-to-exit buttons for vehicles leaving are also factored in at the survey stage so nothing in your daily routine is disrupted.

Yes, but shared access needs careful specification. Multiple residents can each have app access or individual fobs, and the system can be set to log who opened the gate and when. The installer will confirm the right access permissions structure during the survey.

Yes, a private driveway is a straightforward installation scenario. The intercom column sits at the gate, cable runs along or under the driveway to the house, and the motor trigger is wired in at the gate post. Distance and surface type affect the cable method, which the survey will confirm.

It can be, but the gate and motor must already be in place or planned as part of the same project. Flats with shared entrances also need agreement from other residents or the freeholder before installation. Where those conditions are met, the intercom and access hardware fit the same way as any other property.

Timber gates need more maintenance than metal alternatives, but the workload is manageable. Expect to clean, inspect, and re-oil or re-stain the timber every one to two years. Hinges, locks, and the automation operator also need periodic checks. Staying on top of this prevents warping and keeps the motor running smoothly.

Yes, timber is a proven material for outdoor automated gates when the right species and finish are used. Hardwoods such as iroko or oak handle exposure far better than softwoods. Correct sealing, appropriate hardware, and a motor sized for the gate’s weight all contribute to a gate that performs reliably outdoors for many years.

Most domestic entrances can accommodate a timber electric gate, but the posts, ground conditions, and available swing or slide clearance all need to be assessed first. A local installer surveys your entrance, checks post integrity, and advises on the right configuration before any work begins. Narrow or awkward openings may need a bespoke solution.

Swing gates need clear space behind the leaf as it opens, typically equal to the leaf width plus a safety margin. Sliding gates need run-back space alongside the driveway. The pre-installation survey measures your entrance and identifies whether swing, slide, or a cantilever arrangement suits the available space. Cantilever systems are worth considering where ground or run-back space is limited.

Timber gates can be stained, painted, or left with a natural oil finish to complement brick, stone, or render. The species, profile, and infill pattern are chosen to suit the property’s style. If you need a fully bespoke design, bespoke gate design and manufacture covers made-to-measure options.

Yes. Narrow openings can be served by a single leaf, a pedestrian-width gate, or a cantilever arrangement where a sliding gate is not practical. The survey assesses the exact constraints and the installer recommends the configuration that works within them. Bespoke sizing is available where standard leaf widths do not fit.

Timber is one of the most sympathetic materials for period and listed properties because it matches the natural palette of brick, stone, and render common across older Essex homes. Profile, panel pattern, and finish can all be tailored to complement the architecture without looking out of place.

They can, but mixed or soft ground needs careful assessment. Posts must be set in concrete to a depth that prevents movement, and uneven terrain may require groundwork before the gate line can be established. The pre-installation survey covers ground conditions specifically and identifies any preparation needed before the operator and gate are fitted.

Wrought iron and mild steel gates suit all three settings. For driveways, a pair of gates in a heavier section provides security and kerb appeal. For side entrances and gardens, lighter single gates work well. The key consideration is matching the gate weight to the post size and hinge capacity of the opening.

Wrought iron and mild steel gates are made in a wide range of styles, from simple flat-bar designs to ornate scroll work, so they complement most property types. Finish options include powder coating in any RAL colour or a traditional black paint. A bespoke design can be matched closely to existing ironwork or architectural details.

Yes, if your opening falls outside standard widths, a made-to-measure gate is the right choice. Forcing a standard gate to fit an odd-sized opening means the hinges and latch will never sit correctly, leading to the same dropping and catching problems from the start. See bespoke gate design and manufacture for more detail.

Not without correcting the posts first. A gate hung on out-of-plumb posts will never swing freely or latch reliably, and the stress on the hinges will cause premature wear. The posts need to be re-set plumb before fitting, which a local installer can quote as part of the overall job.

Open metalwork designs with gaps between bars let wind pass through, which reduces the load on posts and hinges compared to solid panel gates. For very exposed frontages, a heavier steel section and well-anchored posts are advisable. Solid infill panels catch significantly more wind and need more robust post foundations.

The gate itself is unaffected by wet ground, but posts set in clay-heavy or waterlogged soil can shift over time as the ground moves. Concrete post foundations dug to the correct depth and width minimise this. Essex clay soils in particular can heave in dry summers and settle in wet winters, so post depth matters.

Yes. Wrought iron and mild steel gates with traditional scroll or bar designs are a natural fit for period and village properties. Many older homes in the Chigwell and Epping Forest area already have ironwork details that a well-chosen gate can complement without looking out of place.

Yes, an automated gate costs more upfront than a manual one. The difference covers the operator motor, control board, safety edges, photocells, and wiring. Over time, the convenience and added security tend to outweigh that initial gap for most homeowners.

Swing gates suit wider entrances with clear space behind the gate line. Sliding gates work better on sloped driveways or where space is tight. A survey measures your entrance and ground gradient to confirm which type operates safely and reliably at your property.

If your existing gate is structurally sound and the right weight for an operator, retrofitting automation is often the more cost-effective route. If the gate is warped, rotten, or too heavy, replacing it with aluminium and automating at the same time usually works out cheaper long term. See gate automation retrofitting.

A gate that still works is fine to keep, but a manual gate offers no automated security or access control. If your current gate is ageing, the cost of repairing it repeatedly can exceed the cost of a new automated system, so it is worth comparing the two before committing to another repair.

Electric gate automation involves mains electrical work, concrete foundations, and safety-critical devices that must meet DHF and Gate Safe standards. A general handyman is unlikely to have the equipment or knowledge to specify and test these correctly. An unqualified installation can create a serious entrapment risk.

Sliding gates are the better choice when the driveway is on a slope, space in front of the gate is limited, or the opening is wide. Swing gates suit level ground with enough clearance for the leaves to open fully without hitting a wall, kerb, or parked vehicle. A site survey will confirm which type works for your specific entrance. See automated swing gates for a direct comparison.

Retrofitting is worth considering if the existing gate is structurally sound, the correct weight, and already on a suitable track. If the gate is damaged, too heavy for a standard operator, or the wrong type for the space, a replacement is usually more cost-effective in the long run. A survey gives a clear answer based on the actual condition of your gate.

Yes, continuing with your existing gate while you gather quotes and confirm the specification is the sensible approach. There is no reason to rush the decision, and a site survey can be arranged without any obligation to proceed. Taking time to get the groundwork and motor specification right avoids costly changes later.

Yes. A sliding gate moves parallel to the boundary rather than sweeping into the driveway, so it does not need the clearance arc that swing gates require. This makes it the practical choice where a parked car, a wall, or a slope would obstruct a swing gate from opening fully.

A DIY kit has a lower upfront cost, but the saving is often offset by incorrect motor sizing, wiring errors, and the absence of safety-edge and photocell specification to DHF and Gate Safe standards. A non-compliant installation can create a legal liability if the gate injures someone. Installed systems also carry workmanship cover that a self-fitted kit does not.

If the gate structure is sound, posts solid, hinges intact, no significant rot or corrosion, retrofitting automation is usually the more cost-effective route. Replacement makes more sense when the gate itself is failing, since fitting a motor to a deteriorating leaf will only delay the inevitable. A survey gives a clear steer on which option is worth the spend.

A standard gate is made in fixed sizes and a limited range of styles; you adapt your entrance to fit it. A custom gate is drawn and manufactured around your specific opening dimensions, ground conditions, chosen material, and visual style, so nothing needs to be compromised to make it work.

A standard gate typically costs less and arrives faster, but only works well when your opening matches the available sizes. If it does not, the savings are lost on adapting the posts or living with a poor fit. For non-standard openings, bespoke manufacture is the more cost-effective route overall.

Generally yes. Tracked sliding gates fail most often because the bottom roller and track wear against each other and collect debris. Cantilever gates remove that contact point entirely, so the two most common failure modes disappear. Fewer moving parts in contact with the ground means fewer callouts over time.

If your tracked gate has recurring track or roller faults, repair costs accumulate quickly and rarely solve the underlying cause. A cantilever replacement costs more upfront but removes the failure point entirely. A survey will assess whether your current gate can be economically repaired or whether replacement makes better long-term sense.

Choose a cantilever system if your surface is uneven, gravelled, or prone to debris, or if you want to avoid a ground track crossing the driveway. A standard tracked gate is simpler and slightly cheaper where the ground is flat, hard, and easy to keep clear. The right answer depends on your specific entrance. See automated sliding gates for a direct comparison.

The main drawback is space: you need a clear run behind the post equal to roughly 130-150% of the opening width. Posts and foundations are heavier-duty, which adds cost. For very wide openings, the gate weight increases significantly, requiring a more powerful operator. None of these are deal-breakers, but they must be checked at survey stage.

Yes. A ground track fills with water and mud after heavy rain, which accelerates wear and causes jamming. A cantilever gate clears the ground entirely, so wet or waterlogged conditions have no effect on its operation. This makes it the more dependable choice wherever drainage is slow or the surface stays soft after rainfall.

Usually yes. A ground track across a shared driveway creates a trip hazard and can be damaged by vehicles from multiple users. A cantilever gate removes the track entirely, so the surface stays clear and unobstructed. The run-back space behind the post must be on land you control, which is worth confirming before specifying the system.

Replacement is only necessary when the existing gate is structurally unsound or too heavy for any suitable motor. If the frame is solid and the weight is within range, retrofitting automation is usually the more cost-effective route. A survey determines which path makes sense for your gate. See gate automation retrofitting for more detail.

A manual gate costs less upfront and has no motor to maintain, which suits a low-traffic entrance where convenience is not a priority. Automation makes sense where the gate is used multiple times a day, where security control matters, or where a manual gate would be left open out of convenience and defeat its purpose.

Many repairs are completed on the first visit, particularly motor, sensor, and control board faults where parts are carried on the van. If a specialist component needs ordering, the technician will make the gate safe before leaving and return once the part arrives.

A repair makes sense when the gate structure is sound and the fault is isolated to a motor, board, or sensor. Replacement becomes more practical when the automation system is obsolete, parts are unavailable, or the gate itself has structural damage. A site survey will give you a clear picture of both options.

Automating an existing gate in sound condition is almost always cheaper than a full replacement. Replacement makes more sense when the gate is structurally compromised, the wrong size, or when a different material or style is wanted at the same time as adding automation.

Manual operation is fine if access demand is low and security is not a priority. Automation becomes worthwhile when the gate is used multiple times daily, when you want controlled access, or when the gate is heavy enough that manual use is physically inconvenient.

No. Every operator has a manual release, usually a key-operated clutch or lever, that disengages the motor so the gate swings or slides freely. Once released, the gate moves as it did before automation, with no added resistance from the drive mechanism.

It comes down to convenience and security. If you open the gate several times a day, in all weather, automation removes that friction immediately. It also allows access control, intercom integration, and timed locking, none of which a manual gate can offer.

A soft reset via the remote or keypad is safe to try, and wiping visible debris from tracks costs nothing. However, DIY lubrication with the wrong product can damage rubber seals, and adjusting limit switches without the right tools can create a safety hazard. If a reset does not resolve the issue, book a service rather than going further.

Yes. A gate that appears to work fine can have a motor drawing excess current, a safety edge with a slow response, or a hinge wearing unevenly, none of which are obvious until they cause a failure. Catching these early is almost always cheaper than an emergency repair and avoids being locked in or out.

No. The app is one interface; the system also includes a camera, speaker, microphone, relay output, and wiring back to the motor. The app lets you answer the intercom and trigger the gate remotely, but the hardware at the gate does the actual work. Removing the app still leaves a functioning intercom and access point.

Yes. Keypads, remote fobs, and push-to-exit buttons are all straightforward alternatives that connect to the same motor trigger input. They cost less upfront and need no app or Wi-Fi. The trade-off is that you cannot see visitors remotely or grant access when you are away from the property.

An intermittent fault is usually a motor or control board issue, not an access control problem. Fitting a new intercom on top of an unreliable motor will not fix the underlying fault. It is worth having the gate diagnosed first, see Electric Gate Repair & Emergency Callouts for that.

Replace the keypad or remote if your only need is gate entry and you are happy being on-site to use it. Add smart access control if you want to see and speak to visitors, grant access remotely, or log entry events. The right choice depends on how you actually use your gate day to day.

An existing wooden gate can often be automated, provided the posts are sound, the gate is structurally solid, and the hinges are heavy enough to carry an operator. A survey confirms whether the existing setup is suitable or needs reinforcement. Gate automation retrofitting covers this process in more detail.

No. A solid timber gate provides a physical barrier that deters opportunistic access, and the automation adds a layer of control, you decide who enters without leaving your car or home. Paired with an intercom or smart access system, it functions as a practical security measure as well as a visual feature.

A manual gate works if you are happy to open and close it by hand every time, including in bad weather or after dark. Automation removes that friction entirely and lets you control access remotely. For households with multiple vehicles or limited mobility, the convenience difference is significant.

Cheaper gates often use lower-grade timber, undersized operators, or skip safety devices. An undersized motor strains against a heavy timber leaf and fails early. Missing safety edges create a compliance and liability risk. The upfront saving tends to be offset by earlier repairs and the cost of retrofitting safety components that should have been included from the start.

It depends on the condition of the existing gate. If the frame is structurally sound and the metalwork is not deeply corroded, repair and repaint is cost-effective. If the frame has rusted through, the posts are failing, or the gate has twisted beyond adjustment, a new gate will be more reliable and cheaper over five years than repeated repairs.

Basic lubrication and minor latch adjustments are straightforward DIY tasks. Rehinging, replacing posts, or welding corroded sections requires the right tools and experience to get the alignment correct. A poorly rehung gate puts uneven load on the hinges and will drop again quickly, so structural work is worth having done properly.

If the hinges and latch are the only worn parts and the gate frame is straight and sound, replacing the hardware is the sensible option. If the frame has twisted, the metal is deeply corroded, or the gate has dropped so far that the frame itself is stressed, a full replacement will cost less in the long run.

Almost always, yes. A mains power supply needs routing to the operator, and posts or a sliding track may require concrete foundations. The survey scopes both elements and includes them in the quote, so groundwork and wiring are planned from the start rather than added later.

Most installations take one to two days. There will be some digging for posts or track foundations and cable routing, but the driveway surface is typically restored before the installer leaves. Your entrance will be accessible again once the gates are commissioned and tested.

A straightforward installation usually takes one to two days. More complex jobs involving new brick piers, longer cable runs, or a sliding track with groundwork can run to three days. The survey gives you a realistic timeframe before any work is booked.

The quote covers supply, fitting, and wiring as a single package. The installer hangs the gates, mounts and connects the operator, runs the cable, and commissions the full system including safety devices before leaving. Nothing is handed over half-finished.

Aluminium does not rust and needs no painting, so the gate panels themselves are low maintenance. The automation, hinges, drive mechanism, control board, and safety edges, benefits from an annual service to keep it operating safely and catch wear before it causes a fault. See preventative maintenance & servicing.

The motor drives a rack fixed to the gate leaf along a ground track or cantilever rail. When triggered by a remote, keypad, or intercom, the control board signals the motor to run in the required direction. The gate travels until it reaches its end stop, and safety devices monitor the path throughout the movement.

At minimum, a concrete foundation pad is needed for the motor post and a level channel for the ground track. On uneven or soft ground, more excavation and concrete work is required to create a stable, flat run. The installer will specify the groundwork scope during the site survey, as soil type and existing surfacing both affect the extent of the work.

A straightforward installation on a prepared site typically takes one to two days. If significant groundwork is needed, excavation, concrete curing, or a new power supply run, the overall project may extend to two or three days across separate visits. The installer will give a realistic programme once the site has been surveyed.

Groundwork for the track and motor post does involve excavation, which creates some disruption to the driveway surface. Installers clear spoil and reinstate the area as part of the job. The extent of disruption depends on how much concrete and groundwork the site needs, which the survey will make clear in advance.

The installer checks post depth and rigidity, hinge load rating, gate weight and leaf width, available space for the operator arm, and the condition of the gate structure. Electrical supply routing and earthing are also assessed. Safety edge and photocell positions are specified to DHF and Gate Safe standards before any fitting begins.

Most installations need a cable trench from the power supply to the operator and control panel, and a concrete plinth or foundation pad for underground ram systems. If posts are inadequate they need reinforcing or replacing before the motor is fitted. The survey scopes all groundwork so nothing is left unplanned on installation day.

A straightforward retrofit to an existing gate typically takes one day. A full installation including new gate leaves, groundwork, and access control usually takes two days. More complex entrances with significant cable runs or bespoke ironwork may require an additional day. Your installer confirms the programme at the survey stage.

Cable trenching creates some disruption to the driveway surface, but installers reinstate the area on completion. Concrete work for underground rams needs curing time before the gate is operational. Most homeowners have full driveway access restored within 48 hours of the installation finishing.

Underground ram operators leave no visible mechanism on the gate leaf, giving a clean finish. Above-ground arm operators are compact and powder-coated to blend with the gate. Keypads, intercoms, and exit loops are surface-mounted flush to posts or pillars, with cables concealed in conduit.

Opening width and height, ground level and any slope across the threshold, post or pillar positions, available space for the gate to swing or slide, and the intended automation method all need to be confirmed. Groundwork and wiring routes should also be assessed before manufacture begins.

A site survey records the exact dimensions, any slope or step in the ground, and the surrounding boundary details. The gate is then drawn to those measurements, with the frame raked or stepped if needed to follow the ground line, and the chosen opening method engineered to suit the available space.

Timescales vary with material, complexity, and current workshop capacity. A straightforward steel or aluminium gate typically moves from confirmed design to delivery faster than a heavily detailed wrought iron or hardwood gate. Your installer will give a lead time once the specification is finalised after the site survey.

Yes, a site survey is needed before a firm quote can be given. Our partners arrange a local installer to visit, measure the opening, assess ground conditions, and advise on the right specification including operator type, safety edges, and any groundwork or wiring required. A quote based on photos alone will not be accurate enough for manufacture.

Maintenance needs depend on the material. Powder-coated steel and aluminium need little beyond an occasional clean and a check of hinges and fixings. Hardwood requires periodic re-oiling or re-staining. Wrought iron needs repainting when the surface coating shows wear. Keeping up with routine checks helps catch small issues before they become costly repairs. See Preventative Maintenance & Servicing for ongoing support.

Most cantilever gate installations are completed in one to two days. Post foundation work may require concrete to cure before the gate is hung, which can extend the programme by a day. A more complex entrance with new wiring, intercom, and access control may take an additional half day on top of that.

The installer surveys the entrance, sets and concretes the support posts, runs the power supply and any intercom cabling, then hangs and adjusts the gate on its roller carriages. The automation operator is fitted and programmed, and safety edges and photocells are positioned and tested to DHF and Gate Safe standards before handover.

Post foundation work involves digging and concrete, so there will be some disruption at the post positions. The driveway surface itself is not cut across, which is one advantage over tracked systems. Access is needed along the full run-back length behind the post throughout the installation day.

An annual service covering roller carriage lubrication, operator force settings, and safety device checks is sufficient for most installations. Because there is no ground track to clear, day-to-day maintenance is minimal. Catching worn rollers or loose fixings early at a service prevents more costly faults later. Book a service visit to set up a schedule.

Installation covers a site survey, any groundwork needed for post foundations or cable ducting, fitting the motor and control board, running a power supply to the gate, and commissioning safety devices such as photocells and safety edges. The installer tests the full cycle and sets force limits before handing over.

Most installations involve a short trench for cable ducting across the driveway, which is reinstated the same day. The gate itself is usually operational by the end of the fitting visit. Access to the driveway is restricted during the work, but neighbouring areas are unaffected.

A straightforward single or double gate installation typically takes one to two days. More complex jobs involving new posts, significant groundwork, or intercom integration can run to three days. The installer will give you a specific timeframe once the survey is complete.

A full installation includes the motor or operator unit, control board, remote handsets, safety edges, and photocells. Groundwork and cable ducting are scoped at survey stage and quoted separately if needed. Safety devices are specified to DHF and Gate Safe standards as part of every installation.

Cable ducting is buried beneath the driveway surface and control boxes are mounted discreetly on the posts. Motor housings are designed to sit flush with the gate leaf or post profile. The installer reinstates any disturbed ground before leaving.

Yes, a mains power supply is needed at the gate posts. If no outdoor socket or spur exists nearby, a cable run from the consumer unit is required. This is scoped and quoted at survey stage, so there are no surprises on the day of installation.

Shared access requires agreement from all parties before installation begins, as the gate position and operation affect everyone using the entrance. Once access rights are confirmed, the installer positions the gate and control equipment to avoid obstructing shared areas. Multiple remote handsets or a coded entry panel can be provided so all users can operate the gate.

We connect you with local partners who handle urgent callouts. Response times depend on your location and current demand, but our partners cover Chigwell and the surrounding Essex area. Call or submit a request and we will match you with the nearest available technician as quickly as possible.

In most cases, yes. Our partners carry diagnostic equipment to test motors, control boards, sensors, and wiring on arrival. The majority of faults, power supply issues, failed capacitors, misaligned safety edges, or damaged photocells, can be identified during the same visit.

You can, provided you know where the release is and can operate it without force. Most swing and sliding gate operators have a keyed manual override. If you are unsure of the location or the release feels stiff, leave it, forcing it can damage the gearbox.

Have the gate type (swing or sliding), the motor brand and model if visible, a brief description of the fault, and your full address ready. Knowing whether the gate is stuck open or shut, and whether there are any error lights on the control panel, will help the technician prepare.

Someone with access to the gate and, where relevant, the control panel or electrical supply needs to be present. For residential properties that is usually the homeowner; for managed sites it can be a keyholder or site manager.

Most repairs do not require full disassembly. Component-level faults, a failed capacitor, a faulty photocell, or a damaged control board, are replaced in isolation. Full disassembly is only needed when the motor housing, gate leaf, or underground operator requires it.

A local installer surveys your entrance, checks post depth and rigidity, measures gate weight and leaf width, inspects hinge condition, and assesses power supply proximity. From that, they specify the right operator and flag any groundwork or wiring needed before quoting.

Retrofitting covers fitting the motor or operator to the existing gate, running power supply and control wiring, installing safety edges and photocells to DHF and Gate Safe standards, and commissioning the access control or remote system. Any groundwork needed is scoped and quoted at survey stage.

Operators are selected to suit the gate type and entrance layout, keeping exposed fixings and cabling to a minimum. Underground operators are available for swing gates where surface-mounted arms would look out of place. The survey determines which approach suits your entrance best.

For a straightforward entrance with power nearby, it typically means mounting the operator, running a short cable run, and fitting safety devices. Where power needs extending, posts need reinforcing, or groundwork is required for an underground operator, the scope increases accordingly.

A standard single or double gate with power already close by is usually completed in one day. If groundwork, post reinforcement, or a longer cable run is needed, allow two days. The survey gives a clearer programme once the specific conditions are assessed.

An annual service covers lubrication of hinges and drive components, safety edge and photocell testing, and control board checks. Skipping this shortens motor life and risks safety devices drifting out of compliance. Preventative maintenance details are on our servicing page.

A maintenance visit covers the motor, control board, safety edges, photocells, hinges or rollers, limit switches, and all moving hardware. The installer checks alignment, tests the auto-reverse function, cleans debris from tracks and pivot points, and lubricates wear surfaces. Any faults found are reported before further work is agreed.

Yes, all three are checked. The motor is tested under load, sensors are triggered and timed, and every moving part, hinges, rollers, arms, or rack, is inspected for wear and lubricated where needed. Nothing is skipped because a fault in any one component can affect the whole system.

Availability depends on the local partner’s current schedule and your location. Routine service visits are typically booked within a few days. If the gate is not operating at all, an emergency callout slot is usually faster, contact us and we will confirm the earliest available time.

The gate will not be left in an unsafe or inoperable state. If a repair runs long and a part needs ordering, the installer will secure the gate in a closed position and return to complete the work. You will be told clearly what is happening before the engineer leaves the site.

Once a year is the standard interval for most residential gates. High-use gates, those opening and closing dozens of times daily, benefit from a six-monthly check. Gates exposed to coastal salt air, heavy rainfall, or frost should also be checked more frequently to protect seals and metalwork.

Clear any vehicles, bins, or overgrown planting from both sides of the gate so the installer has unobstructed access. Have the gate remote or access code to hand, and note any specific faults or unusual behaviour you have noticed, that information helps the installer prioritise what to check first.

Yes, in most cases. The motor and control box are usually on the inner face, while safety edges and photocells need to be tested from the outer approach. If one side is difficult to access, for example, a locked rear courtyard, let us know when booking so the installer can plan accordingly.

In areas with regular frost and heavy rain, a six-monthly service interval is sensible rather than annual. Freeze-thaw cycles stress ground anchors and hinge pins, and standing water accelerates corrosion on exposed metalwork and underground cable entries. A pre-winter check in autumn and a post-winter check in spring covers the highest-risk periods.

Gates on ground that holds water after rain need their drainage channels and track bases cleared regularly to stop debris building up and jamming rollers or the gate leaf. Hinge pins and roller bearings need more frequent lubrication, and underground cable conduits should be checked for water ingress at each service visit.

The installer checks motor compatibility, cable routes, power supply voltage, Wi-Fi or GSM signal strength at the gate, and that safety edges and photocells meet DHF and Gate Safe standards. The intercom image, audio, and gate trigger are all tested before the job is signed off.

It varies by distance and whether a mains spur already exists near the gate. A typical installation needs a low-voltage cable run from the intercom to the motor, and a mains feed to power the unit. The installer quotes groundwork and wiring requirements after surveying your entrance.

Most intercom and access control installations are completed in a single day. If cable needs to be buried, a narrow trench is cut and reinstated the same visit. The gate is typically offline for only the period needed to wire and test the new equipment.

The installer plans cable routes to minimise disruption, using existing conduit or ducting where it is present. Where new cable must go underground, a narrow trench is cut and reinstated. Any work inside walls is agreed with you before it starts, and the route is documented so future access is straightforward.

A correctly sized swing or sliding operator matched to the gate’s weight and leaf width will open and close smoothly. The installer surveys the entrance first to specify the right operator for your setup. Safety edges and photocells are included to DHF and Gate Safe standards, so the gate stops or reverses if it meets an obstruction.

The local installer surveys the entrance to assess post condition, ground levels, available clearance, and power supply routes. They specify the operator type, safety edge positions, photocell placement, and any groundwork or wiring needed. This survey stage produces the full specification and quote before any installation work starts.

It varies by entrance condition. Some installations need only minor adjustments; others require new concrete posts, ground-level operators, or cable ducting. The pre-installation survey identifies exactly what groundwork is needed and includes it in the quote, so there are no surprises on the day of fitting.

The installer identifies any issues during the survey and outlines the remedial work required, whether that is new posts, additional concrete, or a different gate configuration. You receive a revised specification and quote before committing. No installation proceeds on a setup that cannot safely support the gate and operator.

A straightforward single or double gate installation typically takes one to two days. If groundwork, new posts, or cable ducting is needed, allow an additional day or more. The pre-installation survey gives a realistic programme for your specific entrance before work begins.

Uneven ground or a sloped driveway sometimes requires the gate line to be adjusted so the leaf clears the surface throughout its travel. The survey identifies this in advance. Solutions include adjusting hinge height, regrading a small section of ground, or specifying a gate with a shaped bottom rail.

Yes, the timber itself needs re-sealing or re-staining periodically, and the operator, hinges, and control box should be checked annually for moisture ingress. Operators specified for outdoor use carry weatherproof ratings, but standing water around ground-level equipment accelerates wear. Annual servicing addresses both the timber condition and the mechanical components together.

The installer surveys the opening, checks post alignment and condition, and sets or replaces posts in concrete if needed. Once the posts have cured, the gate is hung, the hinges are set to the correct swing, and the latch is aligned. Any automation, safety edges, or photocells are wired and tested before handover.

Hanging a gate onto sound existing posts typically takes half a day to a full day. If new posts need to be set in concrete, the concrete must cure for at least 24-48 hours before the gate is hung, so the job spans two visits. Automation adds further time for wiring and commissioning.

For a straightforward rehang onto existing posts, disruption is minimal. If new posts are needed, a small area of ground is dug out and concreted, which is tidied on completion. Driveways with block paving or tarmac close to the post positions may need a small section lifted and relaid.

The installer removes the old gate and disposes of it as part of the job. If the old posts are being replaced too, they are cut out and the holes are made good before new posts are set. You should confirm disposal is included when accepting the quote, as some installers price it separately.

We are a lead-generation brand, not a gate installation contractor. We take your enquiry, understand your entrance, and arrange a local gate installer to survey, specify, and quote the job. The installer carries out all physical work.

Safety edges and photocells are specified to DHF and Gate Safe standards on every installation we arrange. Force testing is carried out to BS EN 12453 at handover. Wiring is completed to 18th Edition requirements.

Gate weight, post foundation depth, cable run length, and ground conditions all affect which operator is suitable. A survey prevents the wrong motor being specified and avoids groundwork costs being added after the job starts.

Manual gates on busy driveways are frequently damaged by vehicles when left open or pushed in wind. A gate without safety edges and photocells also carries liability under BS EN 12453 if it strikes a person or vehicle.

Yes. The installer will advise which type suits your entrance after the survey. Cantilever gates are often recommended on sloped driveways or where a ground track would collect debris. Sliding gates suit wider openings where swing clearance is limited.

Intercom, keypad, GSM, and app-based access are specified alongside the gate automation, not quoted separately. The installer confirms which access method suits the number of users and the power supply available at the gate.

Yes. A powered gate must have safety edges and photocells so it stops and reverses if it contacts a person, vehicle, or object. These are specified to DHF and Gate Safe standards on every installation we arrange, they are not optional extras.

A heavy or stiff gate that is opened by hand every day puts strain on hinges and posts over time, making the eventual automation job more involved. An unsecured entrance also remains easy to walk straight into. Delaying a survey means continuing with both problems.

An older gate can often be kept if the structure is sound and the hinges and posts are strong enough. If the gate is bent, rotten, or too heavy for a suitable motor, the survey will identify that and options for repair or replacement will be included in the quote.

Yes. All electrical work must comply with BS 7671 18th Edition wiring regulations and Building Regulations. The gate system must also meet product safety requirements for powered gates, including force testing and safety sensor function. Every installation we arrange is specified to these standards.

No. Everyday convenience, not having to get out of the car in the rain, or release a delivery driver from your phone, is just as common a reason. Remote, keypad, intercom, and app-based access can all be specified alongside the gate motor as part of the same job.

Gates up to 1 metre on a road boundary, or 2 metres elsewhere, generally fall within permitted development and need no planning application. Taller gates, listed buildings, and properties in conservation areas may require consent. Check with your local planning authority before ordering.

The survey stage reviews your entrance position and height requirements against permitted development limits. If your situation is borderline, the installer will flag it before any work begins so you can seek planning advice with the full specification in hand.

Every automated gate has a manual release so you can open it by hand while a repair is arranged. If the automation fails, delaying a repair risks the gate becoming stuck closed or open, which is both a security and a safety issue. Prompt attention keeps the system compliant and usable.

Guarantee terms vary by operator brand and installer. Ask your installer to confirm the manufacturer warranty on the automation unit and what labour cover is included. Get both in writing before the installation date so you know exactly what is covered and for how long.

Most residential sliding gates do not need planning permission, but there are exceptions. Gates over two metres high, properties in a conservation area, listed buildings, or gates fronting a highway may require consent. Check with your local planning authority before installation if any of those conditions apply to your property.

A complete installation covers the gate structure, a correctly rated motor and control board, a ground track or cantilever rail, safety edges and photocells specified to DHF and Gate Safe standards, a power supply connection, and a chosen access method such as remote control or keypad. Groundwork to prepare a level, stable track bed is also part of the scope.

When installed to DHF and Gate Safe standards, automated sliding gates include safety edges that stop and reverse the gate on contact, and photocells that halt movement if a beam is broken mid-travel. These devices are specified as standard on every installation we arrange, reducing the risk of entrapment or impact for people, animals, and vehicles.

Safety edges on the leading edge of the gate and photocells across the opening are the two core devices, both specified to DHF and Gate Safe standards. The safety edge triggers a stop-and-reverse on contact; the photocells halt the gate if anything breaks the beam while it is moving. An auto-close timer and warning light are also commonly included.

A correctly installed sliding gate on a level, well-prepared track runs quietly and consistently. The motor is sized to the gate’s weight and width, so it is not working at its limit on every cycle. Periodic lubrication of the track and rack, and an annual service check, keep performance consistent over time. See preventative maintenance & servicing for what that involves.

Most faults, a tripped control board, a misaligned safety edge, or a lost remote signal, are straightforward to diagnose and fix. Our partners offer repair and emergency callout cover for exactly this situation. See electric gate repair & emergency callouts for how that service works.

Contact us and we arrange a callout through our local installer network. Most faults, limit switch drift, photocell misalignment, control board errors, are diagnosed and resolved in a single visit. For ongoing peace of mind, a preventative maintenance plan catches developing faults before they cause a failure.

The survey stage exists specifically to prevent mismatches. The installer measures gate weight and leaf width, then specifies an operator rated above those figures. Safety edges and photocells are specified to DHF and Gate Safe standards. Fitting an undersized motor is not something that happens when the system is properly surveyed and specified.

Our partners are vetted independent local installers, and workmanship cover terms are confirmed at the quote stage. Any concerns after installation are handled through us, contact the team and we coordinate the response. Always confirm the specific warranty period with your installer before work begins.

The best protection is a detailed specification agreed before manufacture starts, including drawings, material samples, and finish confirmation. Raising any concerns at the design approval stage, before cutting begins, is far simpler than addressing them after the gate is built. Ask your installer to walk through the drawings with you before sign-off.

Our partners carry out a full site survey covering opening dimensions, ground levels, post or pillar condition, available swing or slide clearance, and automation requirements. Safety edges and photocells are specified to DHF and Gate Safe standards before manufacture is confirmed, so the finished gate is built to a verified specification.

Sticking or misalignment after fitting usually points to a roller carriage that needs adjustment or lubrication, or a post that has moved slightly during ground settlement. Both are straightforward to correct. Contact us and we will arrange for a local partner to attend, diagnose the cause, and reset the gate to its correct running position.

Guarantee terms are confirmed in writing at the point of quote and vary by installer and component manufacturer. Ask your installer to specify the gate structure warranty and the operator manufacturer warranty separately before you accept the quote, so you know exactly what is covered and for how long.

Automated gates in the UK must comply with the Machinery Directive and meet DHF and Gate Safe standards for safety devices. Our partners specify safety edges and photocells to those standards as part of every installation. Planning permission is not usually required for a gate at a residential entrance, but listed buildings or conservation areas may need consent.

Yes. Safety edges and photocells are required to meet DHF and Gate Safe standards, and they are specified on every installation we arrange. Safety edges detect an obstruction and stop or reverse the gate; photocells create an infrared beam that prevents the gate closing on a person or vehicle.

Most electric gates have a manual release that lets you operate the gate by hand while a fault is investigated. For repairs and emergency callouts after installation, see electric gate repair & emergency callouts. Regular servicing also catches developing faults before they cause a breakdown.

Check that your existing posts are solid, that a power supply can reach the gate position, and that the opening width and clearance suit the gate style you want. If you are in a conservation area or have a listed property, permitted development rules may apply. A survey covers all of these points before work is confirmed.

Yes, in most cases. Repeatedly triggering a gate with an electrical or mechanical fault can cause further damage or create a safety hazard. Use the manual release to hold the gate in a safe position if you can, then leave it until a technician arrives.

Yes. If the fault cannot be fully resolved on the day, the technician will secure the gate in a safe position before leaving. Safety edges and photocells are checked against DHF and Gate Safe standards as part of any repair visit.

Contact us and we will arrange a return visit. Recurring faults after a repair often point to a secondary issue that was not apparent on the first visit, or to a component that was borderline at the time. The technician will investigate without assuming the original repair was at fault.

Most operators can be released manually so the gate remains usable while a repair is arranged. For faults that need attention quickly, our partners offer emergency callout cover. See the repair and callout service for how that works.

Yes. All standard operators include a manual release mechanism, allowing the gate to be pushed open by hand during a power cut. Battery backup units can also be fitted to keep the motor running through short outages, and this option is discussed at survey stage.

Safety edges and photocells are specified and fitted to DHF and Gate Safe standards on every installation. Safety edges detect an obstruction on contact and stop or reverse the gate; photocells create an infrared beam that halts movement if broken during a cycle.

Yes. Safety testing is a core part of every service visit. The installer tests the auto-reverse force, verifies that safety edges and photocells respond correctly, and checks that the gate stops and reverses when an obstruction is detected. Safety edges and photocells are assessed to DHF and Gate Safe standards.

Regular servicing significantly reduces the chance of unexpected failure. Catching worn bearings, low battery backup, or a misaligned limit switch early means those parts are replaced or adjusted before they cause a full breakdown. A gate that is never serviced tends to fail at the worst possible moment.

Yes. The installer checks components that are not visible during normal use, control board terminals, motor brushes, underground cable entry points, and hinge pins. Wear in these areas rarely shows on the surface until something fails, so a hands-on inspection is the only reliable way to catch it early.

Yes. The installer clears debris from tracks, pivot points, and the motor housing as part of the visit, and the gate is tested through several full cycles before the job is signed off. You should be able to use it normally as soon as the engineer leaves.

The installer will tell you immediately and explain the risk clearly. A gate with a failed auto-reverse or non-responsive safety edge should not be left in automatic mode. The fault will be quoted for repair on the spot, and the gate will be secured manually until the safety issue is resolved.

Current video intercoms use wide-angle HD cameras and noise-cancelling microphones designed for outdoor use. Picture and audio quality depend on correct positioning and a stable power supply, both of which are confirmed during installation. A poorly positioned or underpowered unit will be flagged and corrected before the job is complete.

Mismatched equipment can overload a motor’s control board, cause erratic gate movement, or create a safety hazard if the relay triggers unexpectedly. This is why a survey and specification step comes before any installation, so the intercom and access hardware are matched to your motor and entrance before a single cable is run.

Safety edges and photocells are specified to DHF and Gate Safe standards, which means the gate detects obstructions and stops or reverses before causing harm. These are not optional extras, they are part of every installation specification. The local installer surveys the entrance to confirm the correct placement of all safety devices for your specific layout.

Contact the installer directly, most faults are caused by a power interruption, a tripped safety edge, or a minor adjustment needed after the gate settles. For ongoing cover, preventative maintenance and servicing keeps the operator and safety devices in working order and catches issues before they cause a breakdown.

Electric gates are machinery under UK supply regulations and must meet safety standards including DHF and Gate Safe requirements. Safety edges and photocells are specified to those standards on every installation we arrange. The installer provides documentation confirming the gate meets the relevant requirements at handover.

All ferrous metal will rust if the protective coating is damaged and bare metal is left exposed to moisture. A gate that is properly prepared, primed, and finished with a quality topcoat, then touched up promptly when chips appear, can go many years without significant corrosion. Powder coating offers a more durable finish than brush-applied paint.

A gate hung on correctly set, plumb posts with properly sized hinges will stay straight under normal use. The most common cause of repeat problems is posts that were never set correctly in the first place. Annual lubrication of hinges and prompt touch-up of any paint damage will keep the gate operating reliably.

Raise the issue with the installer directly as soon as you notice it. A reputable installer will return to adjust hinges or latch alignment if the gate settles after fitting. For ongoing faults, our partners can arrange a follow-up visit through electric gate repair and emergency callouts.

Manual gate installation does not require a specific trade certification in the way that gas or electrical work does. However, if automation is added, safety edges and photocells must be specified to DHF and Gate Safe standards. Always confirm the installer carries public liability insurance before work begins.