Position sensors
A position sensor is a crucial component of today's technology ecosystem and is used to measure position, motion and orientation with high precision. From autonomous vehicles and industrial robotics to navigation systems and wearable electronics, position sensors enable precise navigation and stable motion control in real time.
For companies in IoT, industrial automation and autonomous systems, the right position sensor is a key factor in optimising performance, safety and efficiency.
Position sensors - High precision navigation and tracking
In an increasingly automated world, position sensors play a central role in ensuring accurate motion calculations and real-time navigation. From autonomous vehicles and industrial robots to advanced navigation systems and wearable technologies, these sensors are key to safety, efficiency and reliable performance.
Our range covers everything from linear and rotary position sensors to advanced IMU and geomagnetic sensors - adapted for industry, automotive, defence and IoT.
Different types of position sensors
Geomagnetic sensors - Precise orientation without GPS
Geomagnetic sensors use the Earth's magnetic field to determine direction and orientation. By sensing magnetic changes in the environment, these sensors can operate without reliance on satellite signals, making them ideal for both indoor and outdoor use where GPS coverage is limited. They are often used in autonomous systems, robots and navigation solutions where high accuracy and stability are required.
Examples of applications:
- Autonomous vehicles and drones to determine direction for navigation without GPS.
- Marine navigation systems for course finding in maritime transport and underwater vehicles.
Inertial Measurement Units (IMU) sensors - Advanced motion detection
IMU sensors are a combination of accelerometer, gyroscope and magnetometer that enable precise motion and position determination. These sensors can measure both linear acceleration and rotational velocity, making them indispensable for autonomous vehicles, robotics and wearable technology. By integrating IMU sensors into advanced systems, accurate position and motion can be predicted even in environments where external references are not available.
Examples of applications:
- Drones and autonomous vehicles that require balance and stable movement.
- Industrial robotics where accurate positioning of robot arms is necessary.
Digital compasses - Reliable direction and heading
Digital compasses are specialised sensors that use geomagnetic data to accurately determine direction. They are crucial in applications where GPS is unavailable or unreliable, such as autonomous machines, drones and defence applications. Digital compasses allow systems to quickly and accurately identify their position and adjust their course based on the surrounding magnetic field.
Examples of applications:
- Navigation systems in defence and industry where high precision is required.
- Autonomous vehicles and machines that need stable course and direction calculation.
Why choose our position sensors?
- High precision and reliability - for demanding environments and applications
- Wide range for different needs - from industrial automation to autonomous systems and consumer electronics
- Integration with advanced systems - works with AI-based analytical tools and cloud solutions
Whether you need a position sensor for autonomous vehicles, precision measurement in industry or motion detection in wearable technology, we have the solution. Contact us today to find the right sensor for your needs.
Frequently asked questions about position sensors
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What types of position sensors are available?
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