Hemscheidt VSE
Why choose HPS Advanced for LCV?
Active stabilisation under varying loads
HPS Advanced continuously monitors ride height, system pressure and driving dynamics. It then actively adjusts the suspension to ensure stable handling and automatic levelling under a variety of load and operating conditions.
Everything integrated into one system
The HPS Advanced architecture combines sensors, a motorised pump unit and active level control in a single, compact design. This reduces the number of components, maintenance requirements and integration complexity.
More than 30% space saving
HPS Advanced is over 30% more compact than air suspension systems, offering increased design flexibility for electric LCV platforms.
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Efficiency, functionality and safety
Low energy consumption during lifting and levelling
HPS Advanced minimises energy consumption during active height control, thereby increasing the range and operational capability of LCV platforms.
Active ride-height control with large stroke length
HPS Advanced actively adapts to changing load and operating conditions, whilst maintaining ride comfort and stability.
Developed in accordance with ISO 26262 and ISO 21434
HPS Advanced is being developed in accordance with functional safety and cybersecurity standards, and has been designed to meet the future requirements for type approval of connected vehicle platforms.
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Are you working on the next generation of LCVs or motorhomes?
HPS Advanced is available for early partner programmes. Our engineers support the integration of the system into your vehicle architecture. This may involve a new electric van platform, a motorhome series based on an existing LCV chassis or a specialist body with high demands on level control and ride comfort. Performance, stroke length and ride-height control are tailored to the specific application and validation programme.
