Design and Construction of Skate Park at Kingswood, Corby
Awarded 31 Jul 2022
About
North Northamptonshire Council awarded a contract to Canvas Spaces Limited for the demolition, design, and construction of a new skate park at Kingswood in Corby.
The project involved using the existing tarmac footprint of 21.5m x 7.2m and potentially extending beyond, subject to budget and levels.
The facility was designed to accommodate beginners while offering challenges for skill progression, retaining the existing footpath link and including a new site sign.
The works were constrained to a total volume not exceeding 200m³ to avoid planning permission.
The contract value was £78,965, and the works were expected to be completed in less than 30 days, no later than 16 December 2022.
Similar open tenders12
Other similar contracts12
Unlock the full platform.
7 days free, then £36/GBP per month. Cancel anytime.
What you get
Find
Find construction tenders in United Kingdom in one place.
We monitor central, devolved and local government portals in near real time and update the feed as tenders are published, so you check one place instead of many.
Alerts
Open tenders like this contract, sent to you.
Tell us what you are looking for and we email you when a matching tender is published.
Assess
Size up a tender in minutes.
Before you open a single document, get the requirements, a likely value and who you would be up against.
Market
Follow Canvas Spaces Limited and get alerts when they win again.
Awarded contracts with the supplier and the value, so you can check prices, spot competitors and find work that is coming back to tender.
Pipeline
Track your bids from interested to won.
Save a tender in one click and move it through each stage as you work on it.
GovBot
Ask a question in plain English.
Find tenders, look up a supplier, or check who won a contract. Just type what you need.
Get started
Get construction tenders in United Kingdom by email.
Find the tender, size it up and track the bid, in one place.
7 days free, then £36/GBP per month






