Traffic & site protection

Lighting bollard installation

Low-level LED bollard lights for paths, car parks, entrances and gardens, installed with a qualified electrician.

Typically £345–£1,195 per bollard + VAT (£405–£1,445 inc VAT for homes); minimum job £845
Free survey and fixed written quote
Foundations and reinstatement included

LED lighting bollards along a curving paved path outside an office building at dusk

Computer-generated image

What is it?

What are lighting bollards?

A lighting bollard is a short post with a built-in light, usually LED, used to light paths, entrances, car parks and gardens at low level. It is fed by a buried electrical cable or, for some models, powered by a solar panel and battery. Outdoor lighting bollards need weatherproof and impact-resistant construction and must be connected and tested by a qualified electrician.

Lighting bollards light the ground where people walk without the glare and spill of tall columns. They mark the edge of a path, guide people to an entrance, light steps and changes in level and make car park walkways easier to use after dark. On housing developments, office campuses, hotels, schools and private gardens they double as visible markers by day.

A lighting bollard is an electrical installation as much as a post. It needs a properly designed circuit, cable buried at the right depth and protected, connections that stay dry and a test certificate at the end. Our installation crews, working under our management, set the bollards and dig the cable routes, and a qualified electrician carries out the electrical work and certifies it.

Lighting bollards — indicative elevation, not to scale.

Where lighting bollards make sense

Footpaths through housing developments and campuses
Building entrances and approach routes
Car park walkways and pedestrian crossings
Steps, ramps and changes in level
Hotel, restaurant and pub frontages
Private gardens and long driveways
Parks and areas where tall columns would be intrusive

How it works

The bollard body is usually aluminium, steel or stainless steel with an LED module behind a diffuser near the top. Light can spread all the way round, be directed to one side so it lights a path without shining into windows, or be louvred to keep light low. Output, beam pattern and colour temperature together decide how far apart bollards need to be and how the space feels; warmer white light is common in residential and amenity settings.

Two ratings matter outdoors. The IP rating shows protection against dust and water; ground-level fittings exposed to rain, splashing and hosing usually need at least IP65, and higher ratings for exposed or wet sites. The IK rating shows resistance to impact, which matters where bollards stand beside car parks or in public places; IK08 to IK10 is typical for robust products. Neither makes a lighting bollard a vehicle barrier.

Mains bollards are fed by armoured cable or cable in duct, run from a protected circuit, often controlled by a photocell, timer or sensor. Solar bollards avoid cabling but give less light and depend on sunshine, so they suit markers and low-use paths rather than lighting a route properly.

Options and finishes

Option	Detail
Mains LED bollards	Wired from a dedicated circuit for reliable lighting of paths and car parks. Needs cable routes and electrical certification.
Solar bollards	Self-contained with panel and battery; no cabling. Suited to markers and low-use routes where lower output is acceptable.
Light distribution	360-degree, asymmetric or louvred heads to light paths while limiting glare and light spill.
Colour temperature	Warm white for residential and amenity areas; warmer or amber options near sensitive wildlife habitats.
Body materials and finishes	Powder-coated aluminium or steel, or stainless steel, in colours to suit the building.
Controls	Photocells, timers, motion sensors and dimming to light only when and as much as needed.
Fixings	Anchor cages cast in concrete, base plates on existing slabs, or ground spikes for garden models.

Typical specification

Item	Typical
Height	Typically 500–1,000 mm
Light source	LED, integrated or replaceable module
Ingress protection	Usually IP65 or higher outdoors
Impact resistance	Commonly IK08–IK10 for public areas
Supply	Mains via armoured cable or ducted cable, or solar
Control	Photocell, timer, sensor or building controls
Electrical work	By a qualified electrician, tested and certified to BS 7671

Typical values only — the survey and the product's data sheet set the final specification.

How we install it

Survey and lighting layout

A free site survey looks at the routes to be lit, where power can come from, surfaces and buried services. Bollard spacing is set from the product's light data, and you receive a fixed written quote.

Dig cable routes

Trenches are dug between bollard positions and the supply point, avoiding existing services, with cable or duct laid at a suitable depth and warning tape above.

Set the bases

Anchor cages or foundations are cast at each position with the cable entry in the right place, set level so each bollard stands plumb.

Electrical connection

A qualified electrician installs the circuit protection, makes the connections in weatherproof enclosures and fits controls such as a photocell or timer.

Test, aim and certify

The circuit is tested and certified, bollards are checked at night for coverage and glare, and asymmetric heads are turned to face the path.

Reinstate

Trenches are backfilled and surfaces made good, whether paving, tarmac, gravel or turf.

Ground, foundations and buried services

Most of the work in a lighting bollard scheme is underground. Cable trenches run between every position and back to the supply, often crossing paths, drives and planting, so the routes are planned to minimise cuts through hard surfaces and to avoid existing gas, water and telecoms services. Cable is protected by armour or duct, buried deep enough to avoid garden tools and future paving works, and marked with warning tape. Bases are set in firm ground with the cable entry facing the right way, and on paved routes the bollards are positioned so cables can be pulled through ducts rather than requiring surfaces to be lifted again later.

Rules and checks before you order

Have the electrical installation designed, installed, tested and certified by a qualified electrician to BS 7671.
In homes, new outdoor circuits are often notifiable building work; a registered electrician can usually self-certify it.
Choose IP and IK ratings that suit the location, and do not rely on lighting bollards as vehicle barriers.
Limit glare and upward light, and check for any planning or ecology conditions on lighting near sensitive habitats.
Where bollards light a public route, check the lighting levels the site owner or designer requires.

See rules and standards by nation for highway consent, accessibility and security standards.

Maintenance

LED lighting bollards need far less maintenance than older lamp types, but they are not maintenance-free. Clean diffusers so dirt and algae do not dim the light, check seals and fixings, and look for impact damage, especially in car parks. Photocells and timers need resetting when the clocks change unless they adjust automatically. A periodic electrical inspection checks that connections and protection are still sound. If a run of bollards trips the circuit after rain, water ingress at a connection is the usual cause and needs an electrician.

What affects the price

Number of bollards and their specification
Length of cable routes and surfaces to be cut
Distance from the supply and circuit requirements
Controls such as photocells, timers or sensors
Mains or solar bollards
Reinstatement of paving, tarmac or planting

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Guide prices: lighting bollards

Three typical specifications. The middle one is the specification we usually recommend for durability and visibility.

Standard

£345–£705

per bollard + VAT · homes £405–£845 inc VAT

Standard post or product for the type
Foundation and fixing to manufacturer's details
Surface reinstated to match

Upgraded

£605–£955

per bollard + VAT · homes £725–£1,145 inc VAT

Upgraded finish (RAL colour, stainless or sleeve)
Retroreflective band and matched keys
Everything in Standard

Premium

£855–£1,195

per bollard + VAT · homes £1,045–£1,445 inc VAT

Heavy-duty or architectural specification
Premium finish and fittings
Everything in Upgraded

Guide prices for the UK base region; local pages adjust for your area. Per bollard, installed with a qualified electrician (supply run extra). Minimum job £845 + VAT. Your fixed price comes in writing after survey.

Lighting bollards: questions answered

How much does lighting bollard installation cost?

Typically £345–£1,195 per bollard, installed with a qualified electrician (supply run extra), plus VAT. For homeowners that's £405–£1,445 including VAT. Small jobs carry a minimum charge of £845 plus VAT. Ground conditions, access, buried services and consents move the figure; the fixed price comes in writing after survey.

Do lighting bollards need an electrician to install?

Yes, mains lighting bollards must be connected by a qualified electrician, who tests and certifies the circuit. We arrange that as part of the job. Solar bollards avoid mains work but provide less light.

What IP rating do outdoor bollard lights need?

Usually at least IP65 for rain and splashing, and higher where water may collect or fittings are hosed down. Ask for the rating of the complete fitting, not just the LED module.

How far apart should lighting bollards be?

That depends on the light output, beam pattern and how evenly the path needs to be lit. Spacing is worked out from the product's light data rather than a fixed distance. Too far apart leaves dark patches between pools of light.

Are solar bollard lights worth it?

For marking edges and low-use paths, they can be, because there is no cabling to install. They give less light than mains bollards and perform poorly in shaded spots and short winter days. For lighting a route properly, mains bollards are more dependable.

Can bollard lights work on a timer or motion sensor?

Yes. Photocells switch them on at dusk, timers switch them off or dim them late at night and motion sensors bring them up when someone approaches. Combining controls saves energy and reduces light pollution.

Will lighting bollards survive in a car park?

Choose robust bodies with a high impact rating and place them where vehicles are unlikely to hit them, such as behind kerbs or alongside protective posts. A lighting bollard is not designed to stop a car.