ELECTRIC GATE AUTOMATION GLASGOW
Turn your existing gates into effortless, controlled access.
Upgrade suitable manual gates with reliable motors, modern safety equipment and the access controls that fit your property.
✓ Free initial advice
✓ No-obligation quotation
NICEIC
Certified electrical work
GATE SAFE
Safety-led installation
FREE SURVEY
Clear written quotation
GLASGOW
Homes and businesses
AUTOMATE BEFORE REPLACING
Preserve the entrance you like. Improve the way it works.
We first check the gates, posts, hinges, foundations and opening geometry. If the structure is suitable, we specify automation that matches the gate’s size, weight, movement and daily use.
CHOOSE THE RIGHT AUTOMATION
A motor system matched to your gates
Motor selection depends on the gate type, leaf size, weight, wind exposure, opening geometry and expected frequency of use.
Underground motors
A discreet solution for suitable swing gates, with the automation concealed beneath the gate leaves.
Arm motors
Articulated or linear arms fitted to suitable swing gates for dependable, accessible operation.
Sliding automation
A motor, track and control system specified for sliding gates and entrances with limited driveway depth.
HOW IT WORKS
From manual gates to a commissioned system
Suitability comes first. We only recommend automation after inspecting the existing entrance.
01
Gate condition survey
We check the gates, posts, hinges, foundations, levels and opening forces.
02
Automation design
The motor, controls, safety devices and access method are specified together.
03
Installation
Motors, cabling, controls and protective devices are fitted neatly to the entrance.
04
Testing and handover
The system is configured, safety-tested and demonstrated, including manual release.
A COMPLETE AUTOMATION UPGRADE
More than simply fitting a motor.
A reliable upgrade combines the correct motor with sound gate mechanics, suitable electrical work, protective devices and practical access control. Every part must work together.
✓
Existing gate suitability assessment
✓
Control panel and electrical connection
✓
Remotes, keypad or intercom integration
✓
Motor selection for gate size and weight
✓
Safety photocells and protective devices
✓
Manual release and user demonstration
What customers say
★★★★★
“We kept our existing gates and had them converted to automatic operation. They now open quietly and smoothly, making everyday access so much easier.”
Kirstrin G.
Why choose us
Local expertise, without the hand-offs
✓ 5-year warranty on new installations
✓ Safety equipment configured and tested
✓ Repairs and planned maintenance available
✓ Residential and commercial gate solutions
✓ Glasgow-based installation and support
NICEIC
Gate Safe
City & Guilds
Beninca
FAAC
Electric gate automation FAQs
1. Can my existing driveway gates be automated?
Many existing swing and sliding gates can be converted to automatic operation. Before recommending automation, we inspect the gate leaves, posts, hinges, foundations, alignment and available opening space. The gates must move freely and be structurally strong enough for the proposed motor. If repairs or reinforcement are needed first, we’ll explain this during the site survey.
2. How much does it cost to automate existing gates?
Automating existing driveway gates commonly costs between £1,500 and £4,000, depending on the gate type, number of motors, electrical work, safety equipment and access controls. Underground motors and sliding-gate systems generally cost more than straightforward above-ground swing-gate automation. We provide a free site survey and written quotation because the existing structure must be assessed before an accurate price can be given.
3. Can wooden and metal gates both be automated?
Yes. Timber, aluminium, steel and wrought-iron gates can often be automated if their structure, hinges and supporting posts are suitable. The material alone doesn’t determine suitability. Gate weight, wind resistance, condition and ease of movement are equally important. Solid gates may require stronger motors because they experience greater wind loading than open metal designs.
4. Which type of electric gate motor do I need?
The correct motor depends on the gate’s size, weight, opening geometry, wind exposure and expected daily use. Underground motors provide a discreet appearance for suitable swing gates. Articulated or linear arm motors are visible but accessible for servicing. Sliding gates require a dedicated sliding motor and suitable track or cantilever system. We’ll recommend the most appropriate option after inspecting your entrance.
5. Are underground gate motors better than arm motors?
Underground motors are hidden beneath the gates and provide a cleaner appearance, making them popular for traditional and premium entrances. Arm motors are generally easier to install, inspect and maintain. Neither option is automatically better. Drainage, gate geometry, post position, budget and appearance all influence the decision. Glasgow’s wet weather also makes correct underground drainage particularly important.
6. How long does gate automation installation take?
A straightforward automation upgrade may be completed within a few working days once the equipment and site are ready. Installation may take longer if the gates require repairs, posts need reinforcement, new electrical cabling is required or underground motors are being fitted. Your quotation will set out the proposed work and expected installation schedule before the project begins.
7. Do automated gates need a mains power supply?
Most electric gate automation systems require a suitable mains electricity supply running to the entrance. The cable route, distance from the consumer unit and required motor capacity are assessed during the survey. Electrical cabling and control equipment must be properly protected against outdoor conditions. Where compatible, battery backup can also be added to provide temporary operation during a power cut.
8. How can automated gates be opened?
Automated gates can be controlled using remote fobs, keypads, audio or video intercoms, GSM telephone systems and compatible smartphone controls. You can also provide temporary or separate access for visitors, tradespeople and employees. We’ll recommend the most practical option based on who uses the entrance, your mobile signal, internet connection and required level of security.
9. What happens to automated gates during a power cut?
Most systems include a manual-release mechanism that disengages the motor and allows the gate to be moved by hand. Compatible systems may also support battery backup. During handover, we show you where the manual release is located and how to use it safely. Keep the release key somewhere accessible, and never force the gate against an engaged motor.
10. What safety equipment does gate automation require?
The required protection depends on the risks created by the specific gate and entrance. It may include photocells, pressure-sensitive safety edges, obstacle detection, force limitation and protection around hinge, sliding or trapping areas. The complete system must be assessed, tested and commissioned after conversion. The HSE confirms that converting manual gates into powered gates creates a complete machine with product-safety responsibilities.
11. Do I need planning permission to automate existing gates?
Automating existing gates normally doesn’t require planning permission if their height, position and appearance remain unchanged. Permission may still be necessary if the project includes taller replacement gates, new pillars, boundary alterations, a listed building or a property within a conservation area. Check with your local planning authority if the automation project involves any physical alteration to the entrance.
12. Will automated gates need regular servicing?
Yes. Most domestic automated gates should be professionally serviced at least once a year. Shared, commercial or heavily used gates may require more frequent visits. Servicing checks the motors, hinges, alignment, electrical equipment, access controls, manual release and safety devices. Regular maintenance helps keep the system dependable and identifies wear before it develops into a disruptive fault.
