Virtual Sensors for OEMs and TIER 1s
From Ride Comfort
To Replacement Insight
COMPREDICT’s Virtual Sensor for Damper Forces provides accurate suspension load data in every driving condition. Beyond supporting engineers in testing in early stage fleets – gathering data in production vehicles create valuable information for next generation design and validation.

Overview

FROM RIDE COMFORT TO REPLACEMENT INSIGHT

COMPREDICT’s Virtual Sensor for Damper Forces provides accurate suspension load data in every driving condition. Beyond supporting engineers in testing in early stage fleets – gathering data in production vehicles create valuable information for next generation design and validation.

0.02kN
RMSE
100%
Efficiency
0%
Additional Hardware

Your Benefits

FEATURE OVERVIEW

High-Accuracy Damper Force Estimation

Provides precise force measurements (kN) under all road and weather conditions, supporting suspension function and durability validation.

Wear
Insights

Tracking damper forces over time improves understanding of what causes degradation of dampers — reducing failures, increasing safety, and smarter requirements.

Hardware-Free
and Scalable

Runs fully in software using existing signals, enabling seamless deployment across test fleets and production vehicles.

Step Into Tomorrow​

Experience our Technology

Experience our Virtual Sensors in Motion
with the COMPREDICTOR Demo Car

The COMPREDICTOR is our state-of-the-art demo vehicle equipped with COMPREDICT’s cutting-edge Virtual Sensors, showcasing how software can replace traditional hardware sensors and unlock smart vehicle insights. Whether you’re an OEM or Tier 1 supplier, you can experience our groundbreaking technology firsthand. We can bring the COMPREDICTOR to your facility or welcome you to ours for a personalized demonstration.​

Additional information

FAQ

It estimates the forces acting on dampers in real time, providing insights for both development and series vehicles.

Dampers are critical for comfort, handling, and safety. Monitoring them ensures durability and helps prevent failures.

Yes. It delivers equivalent insights to physical strain gauges but without fragile hardware, making it robust, scalable and cost-efficient.

Absolutely. It has been validated across hot, wet, and snowy weather, on asphalt, tracks, and rough roads.

It uses existing vehicle signals and can be deployed via ECUs or cloud platforms, ensuring simple integration into both test and production fleets.