Because batteries add significant unladen weight to eLCVs, the UK government has implemented regulatory flexibility. Standard Category B driving licence holders can legally drive zero-emission vans with a Gross Vehicle Weight (GVW) of up to 4.25 tonnes. This 0.75-tonne allowance compensates for the extra battery mass, ensuring eLCVs maintain a practical payload. (Me)
Body shops repairing electric vehicle (EV) vans should use vehicle lifts with a minimum load capacity of 4.0 tonnes (4,000 kg) to 5.5 tonnes (5,500 kg).
Electric commercial vans (such as the Ford E-Transit, Maxus eDeliver, and Mercedes eSprinter) are significantly heavier than their internal combustion equivalents due to massive battery packs. Under UK legislation, zero-emission goods vehicles are also permitted a Gross Vehicle Mass (GVM) of up to 4.25 tonnes to offset battery weight.
Why You Need Higher Capacity
- Gross Vehicle Weight (GVM): With a GVM of up to 4.25 tonnes for many EV vans, a 3.0-tonne or 3.5-tonne lift will easily be overloaded if the van has a payload or is lifted while loaded.
- The 25% Safety Rule: Industry best practice dictates using a lift rated at least ~25% above your heaviest vehicle’s weight. This reduces strain on cylinders, locks, and arms, and ensures safety when a vehicle’s weight is shifted during body repairs.
EV-Specific Lift Requirements
In addition to a high weight rating, EV van repair requires lifts with specific features:
- Access to Batteries: Standard 2-post or 4-post lifts can obstruct the removal of heavy, under-floor EV battery packs. Many body shops utilize specialized open-center lifts or split-platform lifts that allow for safe battery dropping.
- Arm Reach and Span: EV vans have different lifting points compared to diesel vans due to the battery’s placement. Lifts must have telescoping arms that can reach reinforced OEM lifting points along the frame edges.
