Latest
12h agoFriuli Venezia Giulia Council Backs Adaptive Streetlight Study After €156.6M Udine Crash Toll 12h agoNYC Department of Transportation Ends Automotus Curb Camera Pilot on the Upper West Side 12h agoAomori Prefecture Installs 12 AI Bear-Detection Cameras In Hakkoda Mountains After Fatal Attack 12h agoAjuntament d’Olot Puts Sewer Cameras and GIS Mapping on 161 Km Network 12h agoCity of São Paulo’s Smart Sampa Contract Allows €10.4M Fine After Data Exposure 12h agoHonolulu Emergency Management Plans $300K Flood Detection Pilot By June 2027 12h agoPuigcerdà Council Funds €373,000 Water Network Upgrade 13h agoRegione Basilicata Opens €18.8M Public Lighting Call For Comuni And Two Provinces 13h agoARENA Commits A$4M To JET Charge For Up To 130 V2G Fleet Vehicles In The ACT 16h agoInnovate UK And Private Investors Commit £750K To Go Eve’s DockChain Multi-Bay EV Charging
Kurrantly News · Weekly briefingThe week in smart cities and utilities, in one email
Share
Mobility and Traffic · UK

Milton Keynes Upgrades Traffic Signals with TRL’s SCOOT-Powered UTC System

Kurrant News Desk · ·1 min read

Milton Keynes City Council has approved the deployment of TRL Software’s Urban Traffic Control (UTC) system, powered by the SCOOT (Split Cycle Offset Optimisation Technique) technology, across its signal-controlled junctions.

The project forms part of the Council’s Traffic Signals Network Improvement Programme for 2025-26. It includes upgrading three remaining junctions in Central Milton Keynes that currently lack compatible hardware. These upgrades, budgeted at about £700,000, are financed through developer contributions (S106 monies).

TRL Software will supply the SCOOT-based optimisation software and specialist support via the TTAS procurement framework. Funding for the software purchase is included in the capital programme, and no additional revenue costs are expected.

Once fully operational, the system should enable real-time adjustment of signal timings at junctions, helping to reduce congestion, improve journey times, and lower vehicle emissions. The upgrades also aim to support future expansion, including integration with connected and autonomous vehicles.