Elite
Navigation.
GYRO
Static Drift
0.2°/hr
In-Motion
0.25°/min
Interface
CAN + Analog
True Heading,
No Drift.
Featuring a low-drift 6-axis IMU with a class-leading 0.2°/hr static drift. While other gyros lose their sense of direction, the Boron stays locked in, ensuring your field-oriented drive remains perfect from autonomous through the endgame.
Static Stability
Maintains heading within 0.2° over a 60-minute period.
In-Motion Performance
Advanced EKF filtering minimizes drift during intense collisions.
Update Rate
Configurable high-speed update rates for responsive control loops.
ESD Protection
Industrial-grade protection on all IO ports and power rails.
Stable Under Fire.
In a field-tested 2.5-minute competition match, the Boron maintains a near-flat heading curve, while alternative sensors drift by as much as 5 degrees. This is the difference between a perfect autonomous and a missed climb.
In-Motion Drift Over Time
Benchmarked @ 20°C Ambient
Boron Avg. Drift
0.25°/min
Competitor Avg.
0.72°/min
* Benchmark compares Boron against an Industry Standard IMU under real match conditions.
Zero to Auton in Seconds.
Our open source library means you can read heading with three lines of code.
importcom.reduxrobotics.sensors.canandgyro.Canandgyro;// ...Canandgyro gyro =newCanandgyro(0);// Read heading in rotationsdoubleheading = gyro.getYaw();
Mounting
Standard 1-inch hole pattern.
Connectivity
Secure Weidmuller connectors for CAN
ESD Safe
ESD protection on all IO ports and power rails.
Form Factor
Ultra-low profile (18mm height) fits easily in any chassis
Robust
Engineering.
Built for the rigors of FRC and FTC. With robust ESD protection and standard mounting patterns, it’s designed to be the "set it and forget it" core of your navigation stack.
Sensor
6-Axis IMU
Max Speed
±2000 °/s
Max Accel
±16 g
Static Drift
0.2 °/hr
Voltage
4.3V - 16V
Interface
CAN Bus
Technical Documentation.
Complete reference for register maps, CAN IDs, and implementation details.
View Documentation