Officers used rolling roadblocks to halt the vehicles, and the report also covers the earlier wrong-way crash that killed five young men.
CLEVELAND - October 21, 2026
Five young men died in a wrong-way crash on the A66 months before police intercepted three more vehicles travelling in the wrong direction on the same road within four days, according to a report from Streamlinefeed.co.ke. Police and emergency responders used high-risk rolling roadblocks to stop the vehicles before a head-on collision could occur.
Key Facts
- Date: First reported October 21, 2026
- Location: A66 dual carriageway, Cleveland
- Type of crash: Wrong-way driving; a fatal collision and three intercepted wrong-way vehicles
- Vehicles involved: Volkswagen Passat, marked police vehicle, civilian car
- Injuries / fatalities: Five deaths in the earlier collision; multiple injuries reported
- Responding agencies: Cleveland Police
- Reported by: Streamlinefeed.co.ke
Crash Overview
The report says three vehicles entered the eastbound carriageway of the A66 in the wrong direction within four days. The drivers reportedly joined the road from slip roads meant only for leaving traffic. Officers and traffic responders used rolling roadblocks to bring each vehicle to a stop. Police reports described the drivers as appearing severely disoriented, and preliminary breathalyser tests produced varied results on alcohol impairment.
According to the report, these incidents followed a fatal wrong-way collision on the same stretch of road. A Volkswagen Passat heading the wrong way struck a marked police vehicle and another civilian car. The Passat caught fire, and all five occupants of that vehicle died.
Highways engineers and traffic safety experts are reviewing junction layouts and slip road designs where the wrong-way entries occurred. The report notes that signage placement and road marking visibility are also being examined. Cleveland Police and local highway authorities are reportedly assessing whether wrong-way detection systems would be cost-effective at the most vulnerable junctions.