Inertial Systems

Precise Navigation Made Simple

ACEINNA’s inertial solutions deliver high precision in an easy-to-use open source development environment. Our fully temperature calibrated solutions deliver the performance needed to sense the real-world motion of today’s intelligent systems.

Inertial Measurement Units (IMU)

Open IMU solutions offer best-in-class IMU performance with fully customizable, open source algorithms.

Tilt Sensors

Ruggedized, environmentally sealed inertial sensors that can survive tough construction, agriculture and industrial applications.

Inertial Navigation Systems (INS)

GNSS & IMU sensors combined to deliver cm level accuracy positioning and inertial positioning estimation.

Navigation Studio

Simulate -> Code & Deploy -> Analyze Navigation Systems

Simulate

Easily create a virtual IMU, motion trajectory and navigation algorithm simulations.

Code & Deploy

Customize and deploy algorithms directly on ACEINNA’s OpenIMU hardware using Free VS Code Extension. Implement an INS Kalman Filter.

Analyze

Connect ACEINNA OpenIMU directly to ACEINNA Navigation Studio to record and analyze real-world results.

OpenIMU Development Platform

Link to OpenIMU

MTLT335D

 

The ACEINNA MTLT335 is an easy-to-use high-performance 6-DOF IMU packaged in a rugged sealed over-molded plastic or aluminum housing. The MTLT335 includes triple-redundant 3-Axis MEMS accelerometers and rate gyros, which are fully calibrated over the full operating temperature range. The processing power is provided by a 168MHz ARM M4 CPU with a Floating Point Unit. An internal Kalman Filter provides gyro-compensated and corrected pitch and roll outputs.

The MTLT335D triple redundant sensor array and proprietary fault detection logic seamlessly excludes a failing sensor and continues normal operation increasing machine reliability and up time. The MTLT335 has been developed in accordance with the ISO13849 Machine Safety standard, and fulfills the requirements of category 2. It can be used in safety functions up to Performance Level d as specified in DIN EN ISO 13849-1:2016.

Datasheet
User Manual
NAV-VIEW
DBC File
Specifications
Product Type Rugged
Footprint 6.5 x 6.6cm
Interface CAN / RS232
Connector Style Ampseal 16
Roll/Pitch Accuracy 0.05 deg
Gyro Range 400+/- deg/sec
Gyro In-Run Bias Stability 1.3 deg/hr
Non-Linearity 0.1%
Accel Range 8+/- g
Sensor Bandwidth 2 - 50Hz
Output Data Rate  Selectable to 100 / 200 Hz (CAN / Serial)
Features and Benefits
  • Precision 3-axis MEMS Accelerometer
  • Low-Drift 3-axis MEMS angular rate sensor
  • Triple redundant sensors with fault detection
  • CAN 2.0 and RS232 Interfaces
  • Built in 16-State EKF algorithm for pitch/roll
  • Can be configured as IMU or Tilt Sensor
  • Wide Temp Range, -40C to +85C
  • Wide Supply Voltage Range, 9 V – 32 V
  • IP67 Ampseal Connector
  • Fulfills ISO 13849-1:2016
    • DC > 68%
    • MTTFd > 500 years
  • Bootloader for field upgrades
Applications
  • Autonomous Vehicles
  • Self-Driving Taxis / Delivery Vehicles
  • Construction Vehicles
    • Boom, Bucket and Cab Attitude
  • Agriculture Vehicles and Implements
  • Forklifts
  • Robotics Control / Feedback
  • Antenna / Camera Gimballing and Stabilization