Automotive Test Automation
Driving Robots for Automotive Testing, Validation, and Driverless Applications
Repeatable steering, throttle, clutch, brake, and gear-change control for durability, ADAS, vehicle GSR compliance testing, mileage accumulation, and driverless vehicle testing.
Driving Robot Systems
Precision Control for Repeatable Vehicle Testing
Modern vehicle development needs controlled actuation, repeatable inputs, and dependable performance across demanding driving conditions. Driving robots operate steering, throttle, clutch, and brake controls with high precision, reducing variation caused by human drivers.
ATS IPL supports OEMs, test houses, and development teams with robotic solutions for durability testing, braking validation, mileage accumulation, ADAS testing, and autonomous vehicle development.
Pedal Robot
Pedal Robots for Brake, Throttle, and Clutch Control
A pedal robot precisely controls brake, throttle, and clutch inputs during automotive testing. It is used for braking distance measurement, tyre wear validation, collision avoidance testing, and durability programs.
Controlled actuation ensures each test run follows the same input profile. Pedal robots can operate independently or alongside steering and gear-change robots in advanced vehicle test environments.
Next Step
Plan a Repeatable Vehicle Test Program
Discuss your vehicle platform, control requirements, route, and validation objective with ATS IPL.
Fast response for quotation, consultation, and application support.
Gear Changing Robot
Repeatable Transmission and Gear Shift Testing
A gear changing robot supports manual, automatic, and semi-automatic transmissions with smooth, repeatable gear shifts. In manual gearbox applications it can follow a defined sequence or act as a pseudo-automatic selector based on speed and throttle inputs.
Combined with pedal and steering robots, it creates an integrated test setup for transmission validation, efficiency testing, and repeatable vehicle development scenarios.
Automated Driverless Testing
Automated Driverless Testing for Safer Validation
Automated driverless testing controls the route and speed with high precision, allowing testing without a driver in the vehicle. Driving robots, advanced controllers, telemetry systems, and software support centimetre-level path following accuracy.
This solution can be retrofitted to a wide range of vehicles and is ideal for durability, misuse, and mileage accumulation programs where consistent route execution and reduced labour dependency are important.
Robot Calibration
Robot Calibration for Measurement Integrity
Regular robot calibration maintains the performance and reliability of driving robots. ISO 17025 calibration services for steering and brake robots support precision, compliance, traceability, and quality assurance.
Proper calibration is part of measurement integrity, helping OEMs and test facilities achieve repeatable results and dependable validation data.
Driving Robots for ADAS Testing and Vehicle GSR Compliance
The EU General Safety Regulation (EU) 2019/2144 requires advanced safety systems such as emergency braking, lane-keeping, intelligent speed assistance, and driver drowsiness and attention warning on new vehicles. Vehicle GSR compliance testing needs repeatable, accurately controlled vehicle inputs. ATS IPL driving robots and steering robots deliver consistent speed, steering, and braking profiles, so ADAS test scenarios can be repeated run after run and compared reliably.
Used with ADAS soft targets and platforms, they support pre-compliance and validation testing for ADAS functions covered by GSR and related UN Regulations. For exact test procedures, refer to the applicable regulation and approval authority.
ADAS Soft Targets · Soft Target Platforms · Regulatory Guide · Steering Robot · EU General Safety Regulation
Why Driving Robots Matter
Why Driving Robots Matter
Driving robots eliminate human input variation and improve the consistency of automotive test results.
ADAS validation for vehicle GSR compliance
Pre-compliance testing for type approval programs
Integrated Test Setup
Complete Robotic Test Setup
Pedal robots, gear changing robots, steering robots, and automated driverless systems work best as one integrated workflow. This gives engineers precise control of vehicle behaviour and supports complex test scenarios with a higher degree of repeatability.
For OEMs and test houses, this approach improves efficiency, standardizes validation procedures, and creates better data quality through controlled execution.
Next Step
Build a Complete Robotic Testing Workflow
Get practical guidance for pedal robots, gear robots, driverless testing, and calibration services.
Fast response for quotation, consultation, and application support.
Auto Technical Service India Pvt Ltd
Driving Robot Supplier and Technical Support
Auto Technical Service India Pvt Ltd supplies driving robot solutions for automotive testing, ADAS validation, and driverless testing, with technical support for product selection, application guidance, calibration, and vehicle GSR compliance programs.
With a focus on precision, repeatability, and practical engineering support, ATS IPL delivers solutions for modern vehicle testing programs.
Support
FAQs
1. What is a driving robot used for?
Driving robots control vehicle pedals, steering, and gear changes with repeatable precision during automotive testing.
2. What does a pedal robot control?
A pedal robot controls brake, throttle, and clutch inputs for braking, durability, tyre wear, and collision-avoidance validation.
3. Can driving robots support driverless testing?
Yes. Integrated driving robot, controller, telemetry, and software systems support precise automated driverless testing.
4. Why is robot calibration important?
Calibration maintains measurement accuracy, traceability, and reliable repeatability for regulated vehicle test programs.
5. Can robots be installed in different vehicles?
Yes. Driving robot systems can be retrofitted to a wide range of vehicle platforms depending on the test requirement.
6. What is vehicle GSR compliance?
Vehicle GSR compliance means meeting the requirements of the EU General Safety Regulation (EU) 2019/2144, which sets safety system and technical requirements for new vehicles.
7. How do driving robots support GSR compliance testing?
Driving robots provide repeatable steering, braking, and speed inputs, so ADAS and safety tests can be run consistently and compared reliably.
8. Which ADAS functions are covered by GSR?
Examples include advanced emergency braking, lane-keeping support, intelligent speed assistance, and driver drowsiness and attention warning. See our Regulatory Guide for the related regulations.