Does Dewesoft provide high-accuracy inertial navigation system (INS)?

Yes, Dewesoft provides high-accuracy Inertial Navigation Systems (INS). Dewesoft offers advanced INS solutions that integrate high-precision GNSS receivers with inertial measurement units (IMU) for accurate positioning, orientation, and navigation, even in challenging environments where GNSS signals may be lost.

What is the maximum positioning accuracy for Dewesoft GNSS/INS hardware?

The maximum positioning accuracy for Dewesoft GNSS/INS hardware depends on the model and correction services used. With RTK (Real-Time Kinematic) corrections, Dewesoft GNSS/INS systems can achieve centimeter-level accuracy (typically ±1 cm + 1 ppm horizontal and ±2 cm + 1 ppm vertical). Without RTK, accuracy is typically within meter-level ranges. For the highest precision, integration with correction networks such as NTRIP, PPP, or base station RTK is recommended.

Can Dewesoft support ADAS test with single and multiple vehicles?

Yes, Dewesoft supports ADAS testing with both single and multiple vehicles. Dewesoft’s GNSS/INS systems, combined with real-time data synchronization and wireless vehicle-to-vehicle communication, enable precise ADAS testing scenarios, including object detection, lane keeping, adaptive cruise control, and autonomous driving validation. Multi-vehicle tests can be easily supported. All data is seamlessly integrated and analyzed in DewesoftX software.

Can Dewesoft integrate with 3rd party INS hardware?

While Dewesoft provides it's own high-accuracy INS hardware it can also be used with 3rd party hardware such as OxTS and Genesys ADMA platforms. Devices from both OxTS and Genesys are fully supported.

Does Dewesoft provides RTk solution?

Yes, Dewesoft offers a complete RTK base station package, including antennas, radio modems, and power accessories, to fully support RTK corrections.

12 reviews

ADAS TestingAdvanced Driver Assistance Systems

Dewesoft offers a complete ADAS testing solution with high-precision inertial navigation systems (INS) for accurately measuring the relative position and velocity of multiple moving and stationary objects.

Modern vehicles now come equipped with Advanced Driver Assistance Systems (ADAS). Developing these systems requires complex testing, including real-time control and measurement of relative positions between vehicles and objects.

GPS and GLONASS

Inertial platforms

RTK

Gyroscope

Orientation

Acceleration

Velocity

Vibrations

Digital

Sound

CAN bus

CAN FD

OBDII

J1939

XCP/CCP

FlexRay

Video

High-speed video

Polygon

IP67

-40°C to +85°C

Battery

4G/LTE

WI-FI

ADAS Testing highlights

Reliable GNSS and INS

Dewesoft provides high-precision navigation systems (GNSS, IMU, and INS) and AHRS with a fast update rate for maximum accuracy and reliability.

< 2 cm position accuracy

Dewesoft navigation systems combine gyroscopes, accelerometers, magnetometers, pressure sensors, and a dual-antenna RTK GNSS receiver to deliver the highest possible positioning and velocity accuracy.

Single or multiple vehicles

Our ADAS testing system supports single or multiple vehicles with cost-effective configurations. Wireless communication between vehicles ensures all data is synchronized and stored in a single file.

Soft targets support

We ensure compatibility with several soft target manufacturers via CAN communication so it is simple to add soft targets such as pedestrians, vehicles, and other objects into your ADAS test scenarios.

Easy-to-use software

The Dewesoft ADAS testing system includes our award-winning DewesoftX software, providing easy configuration, visualization, and analysis. It also offers advanced processing and visualization capabilities.

Virtual 3D polygon and map

The DewesoftX Polygon module visualizes moving and static objects in a 3D virtual space. It can also perform real-time calculations, including X and Y distances, angles, travel radius, gate triggers, etc.s, gate triggers, etc. between moving and static objects in real-time.

Interactive street maps

Our 3D Polygon module includes built-in interactive mapping solutions. Use the provided OpenStreetMap, host your own mapping server, or integrate Google Maps. This makes your tests more visual and easier to interpret than ever before.

CAN and CAN FD support

Our systems offer advanced CAN and CAN FD bus features, allowing you to store and analyze raw CAN bus traffic. You can decode signals using DBC files, and we also support OBD2 and J1939 standards. This makes it easy to compare data from your ADAS systems with actual measurements.

FlexRay support

We support FlexRay bus devices for reading FlexRay data and easily comparing it with CAN bus signals or any other signals acquired by the Dewesoft system.

XCP/CCP protocol support

Dewesoft extensively supports reading and sending data via XCP/CCP protocols. This lets us communicate with ECU and read/send data from ECU computers.

Lin bus support

LIN - Local Interconnect Network is used in the automotive industry to communicate between the vehicle components. Dewesoft supports Vector LIN interfaces and logs data from the LIN bus simultaneously.

Lidar support

Our system can receive, store, visualize, and analyze data from LIDAR sensors. This ensures the easy comparison of the data from the ADAS system and actual measurements.

Other data sources

Additional synchronized acquisition of other analog and digital data is possible within the same system - vibration, temperature, force, video, etc.

Sound measurement

Sound and acceleration measurements can be recorded using FFT analysis, allowing precise frequency domain evaluation. Different sound warnings can be recognized and triggered with FFT markers based on specific frequencies.

Unlimited channel expansion

Our data acquisition systems can be expanded anytime with unlimited analog, counter, digital, and CAN input channels, seamlessly integrating with any of our DAQ systems.

For any ADAS maneuver

Dewesoft ADAS testing system can be used for almost any ADAS test, including collision avoidance testing, blind-spot detection, adaptive cruise control testing, autonomous vehicles testing, lane departure warning, lane assist system testing, LIDAR testing, etc.

Dewesoft quality and 7-year warranty

Enjoy our industry-leading 7-year warranty. Our data acquisition systems are made in Europe, utilizing only the highest build quality standards. We offer free and customer-focused technical support. Your investment into the Dewesoft solutions is protected for years ahead.

Software included

Every Dewesoft data acquisition system is bundled with award-winning DewesoftX data acquisition software. The software is easy to use but very rich and deep in functionality. All software updates are free forever with no hidden licensing or yearly maintenance fees.

ADAS testing application overview

Advanced Driver Assistance Systems (ADAS) are crucial for improving vehicle safety, automation, and driving efficiency. Automotive companies must rigorously test these systems to ensure they function reliably in real-world scenarios. Dewesoft provides a highly accurate, GPS-based ADAS testing solution designed to simplify and enhance this process.

Our system utilizes the latest RTK (Real-Time Kinematic) GPS technology to achieve precise positioning accuracy of less than 2 cm. A static GPS base station transmits correction data to moving vehicles, ensuring reliable real-time positioning.

Multiple vehicles can be connected, with synchronized data providing precise position and distance measurements between them or relative to fixed objects. The Navion i2 inertial measurement unit further enhances testing by accurately measuring vehicle dynamics, including slip angles. All collected data is transmitted to a master system, enabling real-time analysis and immediate test insights.

A robust WLAN communication system maintains vehicle connectivity over distances of up to 1 km. The system supports multiple vehicles simultaneously, with scalability limited only by WLAN bandwidth.

Dewesoft’s ADAS testing solution delivers the accuracy, reliability, and flexibility needed for automotive manufacturers to validate and optimize their ADAS systems with confidence.

Why is ADAS testing necessary?

Advanced Driver Assistance Systems (ADAS) play a critical role in modern vehicle safety, automation, and driving efficiency. These systems, including adaptive cruise control, lane-keeping assistance, automatic emergency braking, and blind-spot detection, rely on precise sensor data to make split-second decisions. Any inaccuracies or malfunctions can compromise safety and lead to system failures.

Rigorous ADAS testing is essential to ensure these systems operate reliably in real-world conditions. Testing verifies sensor accuracy, system response times, and overall performance across different environments, traffic scenarios, and weather conditions. It also helps automotive manufacturers comply with safety regulations and industry standards.

By conducting thorough ADAS testing, manufacturers can improve vehicle safety, enhance driver confidence, and accelerate the development of autonomous driving technologies. Dewesoft’s advanced ADAS testing solutions provide the precision and reliability needed to validate these critical systems effectively.

High-Performance Inertial Navigation Systems (INS)

Dewesoft provides highly flexible and reliable data acquisition hardware for ADAS testing. Our Navion® i2 inertial navigation system (INS) delivers a powerful, precise, and cost-effective solution for navigation and vehicle dynamics testing.

Key Features of Navion® i2:

High-Performance Yet Affordable INS: The Navion® i2 is our most advanced inertial navigation system, offering a top-tier price-performance ratio for a wide range of navigational measurement applications.
Kalman filtering: It utilizes a Kalman-based algorithm to seamlessly combine GNSS positioning with data from a MEMS-based inertial measurement unit.
RTK Accuracy by Default: The Real-Time Kinematics (RTK) feature is enabled by default, improving positioning accuracy down to 1 cm for precise ADAS testing.
Dual-Antenna Heading for Instant Precision: With two integrated antennas as standard, the Navion® i2 provides instant and highly accurate heading determination, even while stationary.
Advanced IMU Sensor for Reliable Navigation: The built-in MEMS-based IMU includes gyroscopes, accelerometers, magnetometers, and pressure sensors. It can also function as a 9-DOF IMU, reducing errors caused by GNSS signal loss.
Fast and Secure Data Transmission: Navion® i2 ensures fast, reliable data streaming via Ethernet, seamlessly integrating with DewesoftX software for real-time analysis.
Rugged IP68 Design for Harsh Environments: Designed for extreme conditions, Navion® i2 is shock-resistant, waterproof (IP68-rated), and operates in temperatures from -40°C to +71°C.
Scalable and Distributable System: Multiple Navion® devices can be distributed and synchronized over Ethernet or Dewesoft DS-WIFI, eliminating the need for extra PCs.
Autonomous CAN Bus Output: With a dedicated CAN bus port, the Navion® i2 can operate independently of DewesoftX software, making it easy to integrate into third-party systems.
PPS Output for Precise Synchronization: The PPS synchronization port (via LEMO 4-pin connector) ensures precise timing with all Dewesoft data acquisition devices.
External Inputs for Additional Functionality: Supports RS232 input for RTK GNSS corrections (CMR+, RTCM 2.3, RTCM 3.x) and a digital input for an odometer or brake pedal switch sensor.
Multi-Constellation GNSS Support: Compatible with all major GNSS constellations: GPS, GLONASS, BeiDou, Galileo, AltBOC, E5a, E5b, and NavIC (IRNSS) for maximum signal availability.

Seamless Integration and Easy Setup

The Navion® i2 is designed for quick, hassle-free setup and integrates seamlessly with Dewesoft’s analog data acquisition hardware, allowing you to expand your system with additional analog or digital sensors when needed.

Dewesoft’s Navion® i2 delivers the precision, reliability, and flexibility required for ADAS testing, vehicle dynamics analysis, and navigation applications, making it the ideal choice for automotive manufacturers and testing professionals.

Dewesoft NAVION i2 inertial navigation system mounted on vehicle roof

Analog DAQ systems and data loggers

Next to GNSS and INS hardware, Dewesoft offers very flexible DAQ and datalogger hardware for connecting virtually any signal and sensor. Our DAQ system allows flexible configurations from single sensors up to hundreds of channels for complex testing scenarios.

Our data loggers also have extensive support for logging and synchronizing various data sources, such as:

Analog sensors: accelerometers, strain gauges, displacement sensors, pressure sensors, temperature sensors, and others.
Digital counter, encoder, and angle sensors
CAN and CAN FD bus
FlexRay
LIN bus
XCP/CCP protocol data
Video cameras from standard webcams, industrial-grade high-speed cameras, and thermal IR cameras
Lidars
GNSS sensors
Ethernet packets
And others.

The advantage of the Dewesoft DAQ system is that synchronized data from all sources is integrated into single software and data files for easy overview and analysis.

Long-range wireless data transmission with DS-WiFi

For ADAS testing and multi-vehicle measurements, reliable, long-range wireless data transmission is essential. Dewesoft DS-WiFi is a cutting-edge solution that ensures seamless, high-speed data transfer between multiple test vehicles and base stations over long distances.

Key Features of DS-WiFi:

Extended Wireless Range – Supports stable data transmission up to 1 km, perfect for multi-vehicle ADAS testing.
Real-Time Data Synchronization – Ensures precise timing and synchronization across all connected vehicles and sensors.
High-Speed, Low-Latency Communication – Provides secure, high-bandwidth data transfer for demanding test environments.
Flexible & Scalable – Connect multiple vehicles, enabling synchronized acquisition of GNSS, IMU, video, CAN, and other sensor data.
Robust & Reliable – Designed for harsh testing environments, maintaining signal integrity even in challenging conditions.

Dewesoft DS-WiFi is the ideal solution for ADAS, vehicle dynamics, and autonomous driving tests, ensuring accurate and uninterrupted data acquisition across multiple moving vehicles.

Dewesoft RTK base station – precision GNSS & INS correction

For high-accuracy navigation and ADAS testing, Dewesoft offers a complete RTK base station package that includes everything needed to set up RTK (Real-Time Kinematics) corrections for GNSS and INS systems. This ensures sub-2 cm positioning accuracy, even in demanding environments.

Key Features:

Complete RTK Solution – Includes GNSS receiver, RTK antenna, data transmission modules, and all necessary accessories for quick deployment.
Seamless Integration – Fully compatible with Dewesoft Navion® INS, GNSS receivers, and data acquisition systems.
Enhanced Accuracy – Provides RTK correction data for precise positioning, velocity, and heading measurements in real-time.
Reliable Performance in Any Environment – Works on test tracks, proving grounds, open roads, and remote locations.

Or use existing RTK infrastructure

For proving grounds or areas with existing RTK networks, Dewesoft data acquisition systems can seamlessly integrate with existing RTK correction sources, eliminating the need for a dedicated base station while still achieving high-precision positioning.

Whether setting up a new RTK system or utilizing existing infrastructure, Dewesoft ensures industry-leading accuracy for ADAS, autonomous driving, and vehicle dynamics testing.

Dewesoft RTK base station for RTK connection placed on a proving ground

DewesoftX – The most comprehensive testing software

Our hardware is supported by our award-winning data acquisition software that makes the use and setup of testing scenarios a breeze.

DewesoftX is a powerful, all-in-one data acquisition and analysis software designed for the most demanding testing applications. It seamlessly integrates with Dewesoft hardware, providing a user-friendly interface, real-time visualization, and advanced data processing capabilities.

Key Features:

Intuitive & Easy to Use – Configure tests, visualize data, and analyze results with a few clicks.
Real-Time Data Acquisition – Collect and monitor synchronized data from multiple sources in real time.
Multi-Sensor Support – Integrates seamlessly with GNSS, IMU, LiDAR, cameras, CAN, FlexRay, XCP/CCP, and more.
Advanced Data Processing – Includes FFT analysis, filtering, statistics, and mathematical functions for deeper insights.
Seamless Integration – Compatible with industry-standard communication protocols and third-party systems.
Automated Reporting – Generate customized reports with detailed test results and visualizations.

DewesoftX is the ultimate software solution for ADAS testing, vehicle dynamics, NVH analysis, powertrain testing, and more, providing reliable, high-precision data for automotive development and validation.

DewesoftX data acquisition software with vehicle test data file

DewesoftX Polygon 3D – Advanced 3D Visualization for ADAS Testing

DewesoftX Polygon 3D Add-On revolutionizes ADAS testing with powerful real-time 3D visualization and motion analysis. It enables automotive engineers to accurately track and analyze the movement of vehicles, pedestrians, and static objects in a fully interactive virtual environment.

Key Features:

Real-Time 3D Visualization – Simulate and analyze complex ADAS scenarios with moving and stationary objects.
High-Precision Tracking – Uses RTK GNSS and IMU data to achieve sub-2 cm accuracy.
Definition of static and moving objects – Define the objects included in your adas test easily and calculate several parameters between them automatically.
Advanced Motion Analysis – Calculate relative distances, angles, speeds, and collision points in real-time.
Fully Customizable Testing – Configure objects, road layouts, and testing scenarios to match real-world conditions.
Seamless Sensor Integration – Syncs with LiDAR, GNSS, INS, cameras, CAN, FlexRay, and other vehicle data sources.

With DewesoftX Polygon 3D, automotive manufacturers can accelerate development, improve safety testing, and validate ADAS systems with unparalleled accuracy and efficiency.

DewesoftX Map Widget – Real-Time GPS Visualization for ADAS Testing

The DewesoftX Map Widget is a powerful tool for real-time GPS tracking and visualization, providing automotive engineers with an intuitive and interactive way to monitor vehicle movement and ADAS test scenarios on digital maps.

Key Features:

Live GPS Tracking – Display vehicle positions, movement, and routes in real time.
Multi-Vehicle Monitoring – Track multiple test vehicles simultaneously with precise RTK GNSS positioning.
Multiple Mapping Options – Supports OpenStreetMap, Google Maps, custom map servers, and offline maps.
Customizable Object Visualization – Add dynamic and static objects such as vehicles, pedestrians, and road elements to the map.
Real-Time Object Interaction – Show object movement, change icons dynamically, and color-code objects based on status or sensor data.
Drawing & Annotation Tools – Mark test routes, add waypoints, geofences, reference lines, and polygons to highlight specific areas of interest.
Georeferenced Measurements – Display speed, heading, acceleration, and other parameters directly on the map.
Seamless Sensor Integration – Synchronize GPS data with IMU, LiDAR, CAN, video feeds, and other sensors for a complete ADAS test overview.
Ideal for Open-Road & Track Testing – Perfect for ADAS validation, vehicle dynamics, and autonomous driving research.

With the DewesoftX Map Widget, automotive manufacturers can visualize, track, and analyze ADAS testing scenarios with unparalleled precision, ensuring accurate and efficient system validation.

Supported ADAS maneuvers

ADAS testing involves a variety of real-world driving scenarios to evaluate system performance, accuracy, and safety. Key test maneuvers include:

Adaptive Cruise Control (ACC) Testing – Evaluates the vehicle’s ability to maintain a safe following distance and adjust speed based on traffic conditions.
Automatic Emergency Braking (AEB) Testing – Assesses the system’s response to sudden obstacles, including vehicles, pedestrians, and cyclists.
Lane Departure Warning (LDW) & Lane Keeping Assist (LKA) Testing – Tests the vehicle’s ability to detect lane markings and provide corrective steering.
Blind Spot Detection (BSD) Testing – Verifies the system’s capability to detect vehicles in adjacent lanes and warn the driver.
Cross Traffic Alert (CTA) Testing – Ensures the vehicle can detect approaching traffic when reversing out of parking spaces.
Traffic Sign Recognition (TSR) Testing – Checks the system’s ability to identify and interpret road signs.
Pedestrian and Cyclist Detection – Tests how well the system identifies and reacts to pedestrians and cyclists in various conditions.
Intersection and Turning Assistance – Evaluates how ADAS handles complex intersections, turns, and merging traffic.
Highway and Urban Scenario Testing – Simulates real-world highway and city driving conditions to assess overall system performance.

Dewesoft’s ADAS testing solutions enable precise measurement and analysis of these maneuvers, ensuring reliable and safe system performance in all driving conditions.

ADAS Testing for Heavy Machinery and Agricultural Vehicles

Advanced Driver Assistance Systems (ADAS) are not just for passenger cars—they are becoming increasingly important in heavy machinery, construction vehicles, and agricultural equipment. These systems enhance safety, automation, and efficiency by assisting operators with collision avoidance, lane-keeping, object detection, and more.

Dewesoft provides a comprehensive ADAS testing solution tailored for the unique challenges of off-road vehicles, tractors, and heavy machinery operating in unpredictable environments.

Key Testing Capabilities:

Vulnerable Road User Detection – Ensures tractors and heavy vehicles can detect pedestrians, cyclists, and obstacles in complex environments.
Precise Positioning & Navigation – RTK GNSS and IMU integration provide sub-2 cm accuracy for ADAS validation in both structured (roads) and unstructured (fields, construction sites) environments.
Multi-Sensor Synchronization – Seamless integration with LiDAR, radar, cameras, CAN, XCP, FlexRay, and ultrasonic sensors for real-time system validation.
Collision Avoidance & Proximity Detection – Monitors blind spots and surroundings to prevent accidents in high-risk work areas.
Lane & Path Following – Evaluates autonomous guidance systems for tractors and construction vehicles, ensuring precise field navigation and efficient operations.
Performance Testing in Harsh Conditions – Rugged data acquisition hardware withstands extreme temperatures, dust, and vibrations, making it ideal for off-road testing.

Case Study: Tractor ADAS Testing for Vulnerable Road User Detection

In a real-world ADAS testing project, Dewesoft helped validate a tractor’s ability to detect pedestrians and cyclists using a combination of LiDAR, radar, GPS, and cameras. The testing setup provided accurate real-time measurements, proving the effectiveness of ADAS in improving safety in rural and agricultural environments.

Dewesoft’s flexible and scalable ADAS testing solutions ensure that heavy and agricultural machinery manufacturers can develop safer, smarter, and more efficient vehicles, meeting the growing demand for automation and safety in these industries.

Tractor ADAS Testing - Vulnerable Road User (VRU) Detection

Collision Avoidance Testing

With autonomous emergency braking (AEB) and forward-collision warning (FCW) becoming mandatory for all new commercial vehicles since 2018, rigorous testing is essential to ensure these safety systems perform reliably. Dewesoft provides a powerful, flexible solution for collision avoidance testing, enabling precise evaluation of vehicle safety features in real-world scenarios.

Comprehensive Real-Time Data for Collision Testing

Our system delivers real-time updates on:

Relative distances, velocity, and acceleration between vehicles
Detection of unavoidable obstacles around a moving vehicle
Full data logging of target vehicles for complete collision analysis

Reliable Vehicle-to-Vehicle Communication

Multiple vehicles can be connected and synchronized within a range of up to 1 km, ensuring accurate real-time data exchange for complex test scenarios.

Advanced Sensor and Data Integration

The system supports various additional data acquisition options, including:

Video recording for visual validation
CAN, XCP/CCP, and FlexRay data logging
Acquisition of additional collision warning signals

High-Precision Testing with RTK Accuracy

Dewesoft’s relative RTK positioning ensures sub-2 cm accuracy between vehicles, allowing precise replication of real-world collision scenarios. The system is fully compatible with standardized testing protocols, including:

ISO 15623 – Forward Vehicle Collision Warning Systems
EURO NCAP AEB Procedure – Autonomous Emergency Braking Testing

Flexible Testing for Open-Road and Controlled Environments

Dewesoft’s solution can be deployed for both open-road testing and controlled test tracks, providing automotive manufacturers with the accuracy, flexibility, and reliability needed for collision avoidance system validation.

Lane Departure Warning & Lane Assist System Testing

Lane departure warning (LDW) and lane-keeping assist (LKA) systems are crucial safety features designed to prevent unintended lane departures. LDW alerts the driver when the vehicle drifts out of its lane, while LKA actively assists by adjusting steering input to keep the vehicle centered. Dewesoft provides a comprehensive solution for testing both systems with high precision.

Comprehensive Testing & Validation

Our system enables accurate verification of lane departure warning and lane assist performance using advanced technology such as:

High-speed cameras for lane detection analysis
GPS & IMU devices for precise positioning and movement tracking
CAN interfaces & microphone inputs for system data logging and driver feedback

Industry-Standard Compliance

Dewesoft’s solution supports R&D testing in compliance with:

ISO 17351 – Lane Departure Warning System Testing
NHTSA NCAP – Lane-Keeping Assist Test Procedures

With Dewesoft’s ADAS testing solution, automotive manufacturers can ensure their lane departure warning and lane assist systems meet safety standards and perform reliably in real-world conditions.

Adaptive Cruise Control (ACC) Testing

Adaptive Cruise Control (ACC) automatically adjusts a vehicle’s speed to maintain a safe following distance from the vehicle ahead. It also controls acceleration and deceleration, improving driving comfort and safety. Thorough testing under various driving conditions is essential to ensure ACC systems function reliably.

Reliable & Scalable ACC Testing

Dewesoft’s ACC test system is precise, user-friendly, and time-efficient, designed to validate ACC performance across different driving maneuvers.

Key Features:

Multi-Vehicle Synchronization – Connect and synchronize over 10 vehicles in real-time for dynamic testing scenarios.
Advanced Sensor Integration – Supports LiDAR laser scanners (e.g., IBEO), as well as Ethernet, FlexRay, CAN, and XCP/CCP for seamless data acquisition.
ACC Signal Monitoring – Measures ACC warning signals from the vehicle’s CAN bus.
Expanded Input Capabilities – Add analog/digital inputs, external distance sensors, and video feeds from multiple cameras for a complete testing setup.

Testing Applications

Dewesoft’s solution supports standardized ACC testing, including:

Steady-State Distance & Overtaking – Evaluates vehicle behavior in constant-speed and lane-change scenarios.
Convoy Driving Dynamics – Tests acceleration, deceleration, and following distances in real-world conditions.
ISO 15622 Compliance – Supports industry-standard tests, including target acquisition range, target discrimination, and curve capability assessments.

With Dewesoft’s ACC testing solution, automotive manufacturers can validate, optimize, and ensure compliance of their ACC systems with industry regulations and real-world driving conditions.

Combine with other Dewesoft testing solutions

Your ADAS testing system can easily be combined and used for other testing scenarios using our integrated testing module, such as:

Brake and ABD testing
Brake noise testing
Vehicle performance testing
Vehicle dynamics testing
Road-load data acquisition and durability testing
Quality testing

Investing in Dewesoft’s solution allows you to use the same acquisition hardware and software across a wide range of vehicle testing applications. This versatility saves both time and costs, streamlining your testing process. With our industry-leading 7-year warranty and best customer service, Dewesoft is your long-term testing partner.