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navX3-CAN Robotics Navigation Sensor

Introducing the NavX3-CAN robotics navigation sensor, the next generation of the competition-proven NavX IMU. Completely re-engineered from the ground up to create the best possible IMU for competition robotics.

  • Enhanced Autonomous Navigation
  • High-Precision Motion Tracking
  • Rugged & Competition-Ready Design
  • Easy Integration with Control Systems
  • CAN-base Inertia Measurement Unit
MFR Part #: 71043
$199.00
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The navX3-CAN Robotics Navigation Sensor redefines robot motion tracking with industry-proven performance in a compact, durable package. This Industrial-grade Inertia Measurement Unit was designed from the ground up for competitive robotics, R&D, and Industrial Applications, this sensor integrates a 6-axis gyroscope, accelerometer, and 3-axis magnetometer with advanced on-board sensor fusion to deliver smooth, accurate orientation, position and motion data.

Whether you’re building autonomous routines or complex control loops in FIRST Robotics (FRC), the navX3-CAN provides essential feedback on yaw, pitch, roll, quaternion orientation, linear acceleration, and angular velocity — all with continuous bias estimation and calibration for long-term stability.

Connectivity is versatile and future-ready: utilize the built-in CAN-FD (with fallback to CAN-2.0) for high-speed bus communication or USB-C for direct connection and alternate power. Factory calibration and optional user calibration ensure the sensor performs reliably across various robot configurations and mounting orientations. With output rates up to 1000 Hz, it supports real-time navigation and precise control needed for autonomous robot motion and advanced programming strategies.

STEP FILE

OnShape File

NavX3 Documentation and Support

Why Choose navX3-CAN for Your Robot?

  • Enhanced Autonomous Navigation

  • High-Precision Motion Tracking

  • Rugged & Competition-Ready Design

  • Easy Integration with Control Systems

Featuring:

  • A new industrial 6-axis gyro and accelerometer
  • A 3-axis magnetometer that is industry-proven
  • Custom sensor fusion algorithm
  • Continuous per-axis bias estimation
  • All required outputs: Yaw, Pitch, Roll, 6 and 9-axis Quaternion, Linear Acceleration, Angular Velocity
  • CAN-FD out of the box (2027 with systemcore)
  • CAN-2.0 fallback for roboRIO
  • USB-C output
  • Up to 1000 Hz user-selectable output rate
  • Factory and user calibration for improved long-term stability
  • Can be mounted in any orientation with easy calibration (ENU - Default)
  • Reverse Power Input Protection
  • 5VDC - 30VDC Input Range
  • Power Backup with USB
  • Sealed case to prevent swarf
  • Authentic Colour Coded Wago Lever Connectors for robust wire connections
  • Full-spectrum RGB LED for easy debugging 

Specifications:

 Input Voltage Range  5 VDC to 30 VDC
 Nominal Input Voltage  12 VDC / 24 VDC
 Weight  27 g
 Gyroscope Range  ±15.625 dps to ±4000 dps
 Gyroscope Resolution  16 bits
 Accelerometer Range  ±2 g to ±32 g
 Accelerometer Resolution  16 bits
 Magnetometer Range  ±800 µT
 Magnetometer Resolution  13 nT
 Shock Reliability  20,000 g
 Operating Temperature  -20 ℃ to +85 ℃
 No Motion Yaw Drift  ~0.0619 °/hour
 Motion 5 seconds after boot, Yaw Drift  ~0.0582 °/min
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The navX3-CAN Robotics Navigation Sensor redefines robot motion tracking with industry-proven performance in a compact, durable package. This Industrial-grade Inertia Measurement Unit was designed from the ground up for competitive robotics, R&D, and Industrial Applications, this sensor integrates a 6-axis gyroscope, accelerometer, and 3-axis magnetometer with advanced on-board sensor fusion to deliver smooth, accurate orientation, position and motion data.

Whether you’re building autonomous routines or complex control loops in FIRST Robotics (FRC), the navX3-CAN provides essential feedback on yaw, pitch, roll, quaternion orientation, linear acceleration, and angular velocity — all with continuous bias estimation and calibration for long-term stability.

Connectivity is versatile and future-ready: utilize the built-in CAN-FD (with fallback to CAN-2.0) for high-speed bus communication or USB-C for direct connection and alternate power. Factory calibration and optional user calibration ensure the sensor performs reliably across various robot configurations and mounting orientations. With output rates up to 1000 Hz, it supports real-time navigation and precise control needed for autonomous robot motion and advanced programming strategies.

STEP FILE

OnShape File

NavX3 Documentation and Support

Why Choose navX3-CAN for Your Robot?

  • Enhanced Autonomous Navigation

  • High-Precision Motion Tracking

  • Rugged & Competition-Ready Design

  • Easy Integration with Control Systems

Featuring:

  • A new industrial 6-axis gyro and accelerometer
  • A 3-axis magnetometer that is industry-proven
  • Custom sensor fusion algorithm
  • Continuous per-axis bias estimation
  • All required outputs: Yaw, Pitch, Roll, 6 and 9-axis Quaternion, Linear Acceleration, Angular Velocity
  • CAN-FD out of the box (2027 with systemcore)
  • CAN-2.0 fallback for roboRIO
  • USB-C output
  • Up to 1000 Hz user-selectable output rate
  • Factory and user calibration for improved long-term stability
  • Can be mounted in any orientation with easy calibration (ENU - Default)
  • Reverse Power Input Protection
  • 5VDC - 30VDC Input Range
  • Power Backup with USB
  • Sealed case to prevent swarf
  • Authentic Colour Coded Wago Lever Connectors for robust wire connections
  • Full-spectrum RGB LED for easy debugging 

Specifications:

 Input Voltage Range  5 VDC to 30 VDC
 Nominal Input Voltage  12 VDC / 24 VDC
 Weight  27 g
 Gyroscope Range  ±15.625 dps to ±4000 dps
 Gyroscope Resolution  16 bits
 Accelerometer Range  ±2 g to ±32 g
 Accelerometer Resolution  16 bits
 Magnetometer Range  ±800 µT
 Magnetometer Resolution  13 nT
 Shock Reliability  20,000 g
 Operating Temperature  -20 ℃ to +85 ℃
 No Motion Yaw Drift  ~0.0619 °/hour
 Motion 5 seconds after boot, Yaw Drift  ~0.0582 °/min
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