Heading and Position Determination Systems
Introducing K-PUS — a high-precision digital magnetic compass designed for professionals who require absolute accuracy and reliability. This innovative sensor is the ideal solution for a wide range of applications, from robotics and drones to industrial equipment and navigation systems.
The K-PUS sensor family ensures exceptional accuracy and efficiency in orientation measurement across all three axes:
- Roll: the angle of rotation around the longitudinal axis (from nose to tail). Essential for stabilization and balancing.
- Pitch: the angle of rotation around the transverse axis (from wing to wing). Determines how much the device is tilted upward or downward.
- Yaw: the angle of rotation around the vertical axis. Indicates the direction of movement or orientation relative to North.
This real-time data enables precise control of the device’s position and movement, which is critically important for complex systems.
Technical Specifications of K-PUS Direction and Position Sensors
| Model | AccuracyRoll/Pitch | Accuracy Heading | Range Pitch/Roll | Frequency | Dimensions (millimeters) | Weight | Power Consumption | Operating Temperature | Notes |
|---|---|---|---|---|---|---|---|---|---|
| KPUS GY2 | 0.1° RMS | 0.25° RMS | -80°/+80° | до 50Hz | 33x31x13,5 | <26 г | 300 mW | -32~65°C | – |
| KPUS GM100 | 0.1° RMS | 0.5° RMS / 1.5° RMS (static/dynamic) | -45°/+45° | до 30Hz | 50x45x30 | <10 г | ~1W | -32~65°C | IP42 |
| KPUS Nano | 0.1° RMS | 0.25° RMS | -80°/+80° | до 50Hz | 15x15x2.3 | <1 г | 69 mW | -40~85°C | for electro-optics, LLC “ Vibration and Resource” and UAVs |
| KPUS Micro | 0.1° RMS | 0.25° RMS | -80°/+80° | до 50Hz | 31x23x8.5 | <11 г | 160 mW | -32~65°C | Improved connector compared to KPUS GY2 |
| KPUS AHRS | 0.1° RMS | 0.8° RMS | -80°/+80° | до 50Hz | 31x23x8.5 | <11 г | 160 mW | -32~65°C | With Gyro Assistance function for high accelerations |
The K-PUS sensor series — advanced technology in a compact housing
At the core of K-PUS is a powerful combination of three independent sensors working together:
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3D accelerometer: measures linear acceleration and helps determine tilt relative to gravity.
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3D gyroscope: measures angular velocity, enabling precise tracking of rotation and compensation for external influences.
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3D magnetometer: determines the direction of the Earth's magnetic field, ensuring accurate heading.
Thanks to sensor fusion algorithms, K-PUS combines data from these sensors to eliminate errors and provide stable and reliable results even under conditions of vibration, magnetic interference, or rapid movement.
Bidirectional interface for maximum task flexibility
K-PUS is equipped with a bidirectional electrical interface that sets it apart from standard sensors. It is not just a device that transmits data — you can interact with it in real time. The interface allows you to:
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Receive measured values in real time.
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Configure sensor sensitivity and calibration parameters.
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Update the firmware and adapt the device to specific tasks.
This functionality enables rapid integration of K-PUS into your systems and allows precise configuration to meet specific project requirements. K-PUS is not just a component, but a flexible tool designed to solve the most complex tasks.
We also offer vibration measurement sensors for your consideration. To receive additional консультацію from our specialists or to place an order, please contact us using the phone numbers provided.
