Hemscheidt VSE
Why choose HPS Advanced for emergency and recovery vehicles?
Active stabilisation under varying loads and terrain
The HPS Advanced system continuously monitors ride height, system pressure and driving dynamics. It then actively adjusts the suspension to ensure stable and predictable handling in varying loads and terrains.
Everything integrated into one system
The HPS Advanced system combines sensors, a motorised pump unit and active level control in a single, compact design. This reduces the number of components, maintenance requirements and susceptibility to faults.
More than 30% space saving compared with air suspension systems
With a design that is over 30% more compact than comparable air suspension systems, HPS Advanced offers greater flexibility in the design of support and recovery vehicles.
Hemscheidt VSE
Efficiency, functionality and safety
Low energy consumption during lifting and levelling
The HPS Advanced system minimises energy consumption during active height control, thereby helping to ensure that electric emergency service vehicles are ready for operation.
Active ride-height control with large stroke length
HPS Advanced actively adapts to changing loads and terrain conditions, ensuring stable performance across a wide range of operational scenarios.
Developed in accordance with ISO 26262 and ISO 21434
HPS Advanced is being developed in accordance with the standards for functional safety and cybersecurity for mission-critical vehicle applications.
Hemscheidt VSE
Are you working on the next generation of emergency and recovery vehicles?
HPS Advanced is available for early partner programmes. Our engineers contribute to integration into your vehicle architecture, required performance and validation programmes. Whether it concerns an electric fire service platform, a new generation of ambulances with lowered entry height, or a heavy recovery vehicle with high demands on off-road capability and stability.
