Dudley Council has announced plans to invest £1.5 million in replacing its ageing fleet of gritting lorries with nine new, modern vehicles. This decision, approved by Cllr Simon Phipps, cabinet member for economy and infrastructure, aims to ensure safer travel during winter by enhancing the council’s ability to maintain highways in icy and snowy conditions.
The current winter maintenance fleet, now 14 years old, has become increasingly unreliable and costly to maintain. Age-related repairs and inefficiencies in salt spreading have impacted operational resilience and service quality. According to the signed decision notice by Cllr Phipps and Nick McGurk, group director for communities and growth, the new vehicles will modernise the fleet, improve service delivery, reduce breakdown risks, and maintain safe, accessible roads throughout the winter months.
The new fleet will feature seven vehicles with a weight capacity of 26,000kg and two smaller vehicles of 18,000kg. The total £1.545 million required for the purchase will come from the council’s capital expenditure budget.
In addition to enhancing winter service performance, the new gritters are Euro 6 emission-rated, reflecting the council’s commitment to reducing its environmental impact. These modern vehicles contribute to lower CO2 emissions through fuel-efficient driving behaviors and advanced technology such as automated spreaders, route optimization, and GPS tracking systems. These innovations not only improve operational efficiency but also minimize salt and fuel wastage by preventing over- or under-gritting.
This upgrade supports Dudley Council’s broader environmental goals, aiming for carbon net zero by 2030 and striving for a net zero borough by 2041.
Alongside the fleet renewal, the council is reviewing its grit bin policy to save costs. Following a May 2025 inspection, only empty bins near gritting routes will be refilled before winter, with no mid-season refills or new bin requests considered. This measure is part of an ongoing effort to direct resources where they are most effective.