Designing safety and sustainability into vehicle-mounted access platforms
When access equipment is used at height, safety is ultimately determined by engineering choices made long before the platform reaches site. While safety is the priority, those choices also need to take into account additional pressures, such as maximising reach reducing fuel consumption and minimising downtime.
That’s why engineers at Aldercote have rethought traditional designs from the ground up. The result is a new generation of lightweight, fuel-efficient vehicle-mounted access solutions built around smarter materials, cleaner hydraulics, and, increasingly, electric-integrated power systems.
Aldercote is an established UK manufacturer specialising in innovative vehicle-mounted access platforms, which are widely used across utilities, infrastructure, telecoms and fleet operations.
One of the company’s clearest advances is the move toward lighter platforms that retain the strength and stability operators expect. By using high-tensile steels and optimised boom geometries, Aldercote trims mass without sacrificing structural integrity. This allows the platforms to reach further and higher, and each kilogram saved translates directly into reduced fuel use, helping fleets meet tightening emissions targets and extending the life of the vehicle. For operators working in utilities, telecoms or highways maintenance, where platforms are deployed dozens of times per shift, those fuel savings accumulate rapidly.
Engineering decisions made at the design stage also have an outsized effect on lifetime operating cost. By opting for simplified hydraulic circuits, sealed-for-life components, and modular assemblies, Aldercote reduces potential failure points. This means service intervals are longer, maintenance is less intrusive, and routine upkeep is faster.
The real breakthrough is Aldercote’s self-charging electric system, E-Drive. By enabling platform operation with the engine off, it dramatically reduces fuel consumption, emissions, exposure to noxious fumes and noise. The system recharges on the move, meaning no downtime or plug-in charging between jobs.
E-Drive is designed with the demands of modern fleet operations in mind: lower carbon footprint, lower fuel and maintenance costs, quieter and vibration-free operation, and more precise, accurate movements. Replacing a traditional diesel-powered access system with E-Drive, for example, can save about 600 litres of fuel per platform per year. That translates to a reduction of approximately 1.5 metric tonnes of CO₂ emissions.
Ultimately, smarter platform design – from lightweight structural engineering to hybrid electric power and lower-maintenance hydraulics – is helping fleets improve safety, sustainability and cost-effectiveness. For Aldercote, the shift is about building better machines with a focus on the future.
For more information about Aldercote visit www.aldercote.com
