Real-Time Monitoring
Capture reliable performance data for engineering decisions.
Automotive Testing Sensors
Sensors in Cars and Vehicles: Precision Automotive Testing Solutions
Professional vehicle sensors and measurement systems for automotive engineering, motorsport, prototype testing, and ADAS validation.
Sensor Overview
What Are Sensors in Vehicles?
ATSIPL Group provides advanced vehicle sensors and testing systems for professional automotive engineering, motorsport, and R&D applications. Sensors monitor speed, pressure, temperature, position, force, and motion, then convert these measurements into electrical signals for the ECU.
A modern car can contain more than 70 sensors. They support safe operation, performance optimization, fuel efficiency, ADAS functions, and professional vehicle validation.
Benefits
Key Benefits of Quality Vehicle Sensors
Enhanced Safety
Support ADAS, braking, traction, and active safety development.
Efficiency
Improve fuel efficiency and emissions control.
Validation Data
Improve durability studies and predictive maintenance.
Speed Sensors
Speed Sensors for Vehicles
Speed sensors measure wheel speed, vehicle velocity, and rotational movement with high precision. Speedbox and Speedbox Mini combine GPS and inertial data for professional automotive testing, with CAN, RS232, and pulse outputs.
The MT Pulse Transducer provides robust rim-mounted wheel speed measurement for slip, acceleration, and ABS tests.
Motion and Position
EZMotion for Advanced Motion Measurement
EZMotion supports precise vehicle motion and position measurement during simulation, data collection, and real-time control. It measures wheel and engine movement up to 500 Hz and supports accurate 3D and 6D measurement.
Force and Load Measurement
Wheel Force Sensors and Load Measurement
Wheel Force Transducers measure all six force and torque components acting on a wheel. Their robust all-weather design supports load collective data acquisition, fatigue testing, winter trials, prototype development, and vehicle dynamics validation.
WFT-Cx systems are available for small cars and lighter vehicle variants where weight and packaging matter.
Next Step
Get Started with Automation
Steering and ADAS
Steering and ADAS Testing Sensors
The CLSx Steering Effort Sensor measures torque, steering angle, velocity, and acceleration with 24-bit resolution for dependable ADAS and autonomous-driving validation.
The LHT Light Height Sensor provides non-contact distance, pitch, roll, and dynamic camber measurement with CAN and analogue outputs for vehicle dynamics testing.
Applications
Applications of Automotive Sensors
Prototype Development
Acquire real-world load data during test drives.
Fatigue and Durability
Support test stands, road tests, and multi-poster rigs.
Extreme Conditions
Use waterproof sensors in winter and harsh weather.
ADAS Validation
Measure steering, motion, force, and vehicle response.
Motorsport
Optimize performance with high-frequency measurement.
Modern Mobility
How Sensors in Cars Improve Modern Vehicles
Modern vehicle sensors enable ABS, ESC, collision avoidance, lane-keeping assistance, emissions optimization, adaptive suspension, climate control, and driver monitoring. As electric vehicles and autonomous driving advance, accurate automotive sensors remain essential for safe, efficient, high-performance mobility.
Next Step
Explore Car Technology
Support
FAQs
1. What are the main types of sensors in cars?
Common vehicle sensors include speed, wheel force, steering, temperature, pressure, and motion sensors.
2. How many sensors are in a modern vehicle?
Modern cars typically use 70 to 100 or more sensors, depending on model and features.
3. What are vehicle sensors used for?
They send performance data to the ECU for real-time safety, control, diagnostics, and efficiency functions.
4. Which company provides automotive testing sensors in India?
ATSIPL Group provides professional-grade testing sensors including EZMotion, Speedbox, MT Pulse Transducers, and Wheel Force Transducers.
5. Are wheel force sensors important for car testing?
Yes. They provide force and torque data for vehicle dynamics, durability, and safety-system validation.