MEMS LandMark10 AHRS is a silicon MEMS 6 Degrees of Freedom (6DOF) digital altitude and heading reference system, manufactured by Gladiator Technologies of USA. The system provides internally temperature compensated RS485 output of delta velocity, delta theta, heading, pitch and roll angle and altitude information.
The MEMS LandMark10 AHRS is ideal for applications requiring ultra low power consumption, small size, and light weight with no inherent wear out modes for long life. A spare port is available for air data or wheel counter input that supports error correction for turning errors.
The signature feature of the MEMS LandMark10 AHRS is the performance, which is optimized with fully temperature compensated bias, scale factor, misalignment, g-sensitivity, heading, pitch and roll angle and altitude information. The unit is highly durable and can withstand environmental vibration and shock typically associated with commercial aircraft requirements.
MEMS LandMark10 AHRS salient features:
- Low cost silicon MEMS AHRS
- Fully temperature compensated bias, scale factor, misalignment, g-sensitivity, heading & altitude
- In run Gyro Bias 10° to 100°/hour typical
- Pitch, roll & yaw angles 0.5° typical
- Altitude ±3 meter typical
- Low power <1/2 watt typical
- Light weight < 122gms
- Low voltage +3.3V
- Bandwidth 100Hz
- RS485 output 200Hz
- Spare analog port for air data or wheel counter
- Vibration isolation
- Precision alignment
- 3 Internal temperature sensors
- Self test
- Shock resistant
- Long life.
The LandMark10 AHRS offers standard rate ranges of ±75°, ±150°, ±300°/sec and ±1.7 g or ±12g of linear acceleration. This MEMS LandMark10 AHRS is well suited for low cost navigation, antenna stabilization and pointing, general aviation as well as laboratory use.
The MEMS LandMark10 AHRS is ideal where angle outputs coupled with small size, lower power and light weight are desired for demanding applications.
The LandMark10 AHRS is available in Australia and New Zealand from Bestech Australia .