Wiltshire · England
Telescopic bollard installation in Swindon
Telescopic bollards supplied and fitted in Swindon, Wiltshire: surveyed, scanned for services, set in proper foundations and finished to match the ground.
Computer-generated imageTelescopic bollards in Swindon
In the town of Swindon, telescopic bollards tend to go in at business parks, retail parks and college campuses. Because the post stays in its cassette, there is nothing to store and nothing to lose.
Coverage in Swindon takes in the SN1, SN2, SN3, SN5, SN25 and SN4 postcode districts and nearby places like Stratton St Margaret, South Marston, Wanborough and Blunsdon St Andrew. Jobs in Swindon can be combined with work in Cirencester (13.8 miles), Chippenham (16.3 miles) and Witney (20.1 miles) (straight-line distances). It sits roughly 36 miles from Reading as the crow flies.
Key facts for this area
- Area
- Wiltshire, England
- Highway authority
- Swindon Council (local roads)
- Planning authority
- Swindon Council
- Postcodes
- SN1, SN2, SN3, SN5, SN25, SN4, SN26 and SN6
- Guide price
- Typically £345–£1,195 per bollard + VAT (£405–£1,445 inc VAT for homes); minimum job £645
- Survey
- Free, with a fixed written quote
- Nearby
- Cirencester (13.8 mi), Chippenham (16.3 mi), Witney (20.1 mi)
Typical telescopic bollards jobs in Swindon
Typical reasons Swindon sites choose telescopic bollards:
- Shared drives that need occasional closing
- Commercial yards where posts must not be left lying around
- Access roads closed outside working hours
Telescopic bollard prices in Swindon
| Specification | Guide price | Includes |
|---|---|---|
| Standard | £345–£705 + VAT · £405–£845 inc VAT | Standard post, foundation, reinstatement |
| Upgraded | £605–£955 + VAT · £725–£1,145 inc VAT | Upgraded finish or fittings, reflective band, matched keys |
| Premium | £855–£1,195 + VAT · £1,045–£1,445 inc VAT | Heavy-duty or architectural spec, premium finish |
Per bollard with cassette, supplied and installed; no regional adjustment. Guide only — the fixed price follows a survey.
Consents, ground and services in Swindon
Swindon Council is the highway authority covering Swindon's local roads. If any post would stand on adopted highway rather than your land, that consent is the first thing we sort out.
Bollards on private land often don't need planning permission, but it depends on the council's view, the height and the location; in a conservation area, next to a listed building or under an Article 4 direction, ask the local planning authority (Swindon Council) first — we flag this at survey.
Telescopic bollards need a deeper excavation than other manual bollards, so ground and services decide where they can go. Reinstatement matches the drive, whether block paving, tarmac, resin-bound or imprinted concrete.
- If the drive is shared, agree positions and keys with the other users first.
- Confirm the bollard is on your land; bollards on a public footway or dropped kerb need the highway authority's agreement.
From survey to handover
Check depth and drainage
The free site survey checks how far down we can dig, where services run under the drive and how the ground drains. If water will stand, a drain connection is priced into the fixed written quote.
Cut and excavate
The surface is cut neatly and the hole dug to the cassette's full depth plus a drainage layer, with care near any service that crosses the drive.
Form the drainage
A gravel soakaway is placed beneath the cassette, or a pipe is laid to a surface water drain or new soakaway.
Options to consider
| Option | Detail |
|---|---|
| Standard or lift-assisted | Lift-assisted models use a spring or counterweight so the post rises with little effort, useful for daily domestic use. |
| Diameter and height | Commonly around 90–140 mm diameter and 600–900 mm raised height, with larger posts for commercial use. |
| Reflective bands | Bands near the top help drivers see a raised post at night, particularly on drives shared with visitors. |
What affects the quote
Our South West guide prices are a starting point; the survey in Swindon firms them up. What tends to move them:
- Excavation depth and the presence of services under the drive
- Stainless or powder-coated finish
- Surface type and quality of reinstatement
Keeping them working
If the post becomes stiff or will not lower fully, the usual causes are debris in the cassette or a blocked drain, both of which are easier to fix early than after the post has seized. Clear leaves and grit from around the lid, and a few times a year lift the post fully and look into the cassette for standing water or silt.
If posts in Swindon are later hit or damaged, we can repair or replace them — see bollard repairs.
Questions about telescopic bollards in Swindon
Do you install telescopic bollards in Swindon?
We cover all of Swindon (SN1, SN2, SN3, SN5, SN25 and SN4) and the rest of Wiltshire. We also work in Cirencester, Chippenham and Witney.
Do I need consent for telescopic bollards on a public footway in Swindon?
The highway authority for local roads in Swindon is Swindon Council; motorways and trunk roads sit with National Highways. Telescopic bollards on the adopted footway are a matter for the highway authority, so we only install there with its written agreement.
What's a typical price for telescopic bollards in Swindon?
In Swindon, typically £345–£1,195 per bollard with cassette, supplied and installed, plus VAT (£405–£1,445 including VAT for homeowners), with a minimum job of £645 plus VAT, using our South West guide prices. The fixed figure comes in writing after we've seen the site.
Can a telescopic bollard be fitted into a resin or imprinted drive?
Yes, though the cut has to be made cleanly and the surface patched around the lid. Resin and imprinted finishes are hard to match exactly, so we plan positions to keep visible patching small.
How deep does a telescopic bollard go into the ground?
Usually around the exposed height of the post plus the cassette base and drainage layer, which often comes to a metre or more. The exact depth depends on the model. That depth is why we check for services under the drive first.