Neath Port Talbot · Wales
Lighting bollard installation in Port Talbot
Local installation of lighting bollards in Port Talbot — free survey, fixed written price, and posts set to the right spacing for people and vehicles.
Computer-generated imageLighting bollards in Port Talbot
We supply and fit lighting bollards throughout Port Talbot, typically for sites such as community car parks, schools and small industrial units. Low-level LED bollard lights for paths, car parks, entrances and gardens, installed with a qualified electrician.
We cover Port Talbot's SA12 and SA13 postcode districts, including places such as Baglan, Pontrhydyfen, Tonmawr and Efail Fach. Nearby, we also work in Neath (5 miles), Maesteg (6.2 miles), Swansea (6.5 miles) and Pyle (6.6 miles), measured as the crow flies. Port Talbot is about 7 miles from Swansea.
Key facts for this area
- Area
- Neath Port Talbot, Wales
- Highway authority
- Neath Port Talbot Council (local roads)
- Planning authority
- Neath Port Talbot Council
- Postcodes
- SA12 and SA13
- Guide price
- Typically £335–£1,145 per bollard + VAT (£395–£1,345 inc VAT for homes); minimum job £815
- Survey
- Free, with a fixed written quote
What lighting bollards cost in Port Talbot
| Specification | Guide price | Includes |
|---|---|---|
| Standard | £335–£685 + VAT · £395–£815 inc VAT | Standard post, foundation, reinstatement |
| Upgraded | £585–£925 + VAT · £695–£1,095 inc VAT | Upgraded finish or fittings, reflective band, matched keys |
| Premium | £825–£1,145 + VAT · £985–£1,345 inc VAT | Heavy-duty or architectural spec, premium finish |
Per bollard, installed with a qualified electrician (supply run extra); -3% for Wales. Guide only — the fixed price follows a survey.
Typical lighting bollards jobs in Port Talbot
Common uses in a place like Port Talbot:
- Car park walkways and pedestrian crossings
- Parks and areas where tall columns would be intrusive
- Footpaths through housing developments and campuses
Consents, ground and services in Port Talbot
Local roads and pavements in Port Talbot are the responsibility of Neath Port Talbot Council as highway authority, with the Welsh Government's trunk road agents handling trunk roads. Posts on the public highway need that authority's consent; private land does not.
Many private-land installations in Port Talbot need no planning application, but the rules don't clearly cover bollards, so listed buildings, conservation areas and prominent frontages are worth raising with the planning team at Neath Port Talbot Council before posts go in.
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. 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.
- Limit glare and upward light, and check for any planning or ecology conditions on lighting near sensitive habitats.
- Choose IP and IK ratings that suit the location, and do not rely on lighting bollards as vehicle barriers.
From survey to handover
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.
Electrical connection
A qualified electrician installs the circuit protection, makes the connections in weatherproof enclosures and fits controls such as a photocell or timer.
Options to consider
| 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. |
What affects the quote
Our Wales guide prices are a starting point; the survey in Port Talbot firms them up. What tends to move them:
- Reinstatement of paving, tarmac or planting
- Controls such as photocells, timers or sensors
- Mains or solar bollards
Keeping them working
Photocells and timers need resetting when the clocks change unless they adjust automatically. LED lighting bollards need far less maintenance than older lamp types, but they are not maintenance-free.
If posts in Port Talbot are later hit or damaged, we can repair or replace them — see bollard repairs.
Questions about lighting bollards in Port Talbot
Do you install lighting bollards in Port Talbot?
We cover all of Port Talbot (SA12 and SA13) and the rest of Neath Port Talbot. We also work in Neath, Maesteg and Swansea.
Who gives permission for bollards on the pavement in Port Talbot?
Before digging near the kerb in Port Talbot we establish who owns the ground: adopted footways are Neath Port Talbot Council's responsibility, trunk roads the Welsh Government's, and everything else belongs to the site owner.
What's a typical price for lighting bollards in Port Talbot?
In Port Talbot, typically £335–£1,145 per bollard, installed with a qualified electrician (supply run extra), plus VAT (£395–£1,345 including VAT for homeowners), with a minimum job of £815 plus VAT, using our Wales guide prices. The fixed figure comes in writing after we've seen the site.
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.
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.