Introduction

SYD Dynamics provides a complete solution of motion sensing technologies, allowing for orientation reading in 3D. The TransducerM TM352 and TM353 are mid-end product models providing good performance with high cost effectiveness, suitable for research and education, robotics, as well as professional applications for production, such as indoor/outdoor autonomous vehicles and appliances. For a full picture of TransducerM product series, please click here.

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Excellent Reliability

With the advantage of vibration resistant, self-adapting drift compensation and professional calibration.

Newest fusion software

Sophisticated sensor fusion software onboard for outputting roll / pitch / yaw data.

Freedom to Choose packaging

Raw PCB and metal housing. Easy programmability in providing user friendly GUI and communication library.

Outstanding on cost-effective

Ready for mass production. Support from small dedicated team to make our module your solution.

TransducerM TM352/TM353 Details

TransducerM 9 Degree‐of‐Freedom attitude and heading reference system (AHRS)

TransducerM consists of the motion module, communication software and graphic user interface running on PCs for configuring the module.


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Features

COMPACT PACKAGE WITH RUGGED DESIGN

  • 34 x 34 x 23 mm
  • IP67 Enclosure

 DIGITAL INTERFACE

  • UART (Serial Port)
  • CAN Bus

DYNAMIC PERFORMANCE

  • Output Rate 300Hz Typ.
The motion sensing module takes the advantages of a unique processing method developed by SYD Dynamics. It offers great dynamic performance while keeping the preciseness.
 

*Specifications are subject to change without notice.

Reliability

Shock Resistant and Active Magnetic Field Compensation:
The module is resistant to temporary shock or vibration of up to ± 8g, and features intelligent self-adapting filter for improved heading accuracy, taking advantages of our patent pending technology.



Quality-of-Service (QoS)

SYD Dynamics’s motion module provides a measure of its healthiness, and notifies the host computer of potential drop of measurement quality upon extreme conditions, making it possible for integrating with mission critical applications.

Applications

ROBOT

Robotics

UAV, Industrial drone
AGV 
Mobile robot 
Under water robot

VEHICLE

Vehicle

Autonomous driving 
Vehicle monitoring 

EQ

Equipment

Stabilization equipment  
Tracking system