Original: $39.00
-65%$39.00
$13.65The Story
- Description
-
AndyMark’s line of Standard Sensors is designed specifically for FRC and FTC teams. Using standard 1.5” pitch mounting holes, the sensor’s small footprint fits nicely on a 1” wide tube. Easily swap out sensors for reading distance, color, or position using I2C communication, and head into matches worry-free with locking connectors.
Product Documentation can be found here.
Longer lengths of cable can be found here
IMU (Orientation)
-
- When to use this sensor
- Orientation tracking for field-oriented control or navigation.
- Heading stabilization for drive systems, arms, or turrets.
- Measuring linear acceleration for movement profiling or detecting sudden impacts.
- Providing quaternion data for advanced motion calculations in autonomous programming.
- Typical integrations
- Enable field-centric driving in holonomic drive robots.
- Keep manipulators or arms at a fixed angle during movement.
- Detect tipping or impacts for safety shutdowns.
- Smooth out autonomous navigation with real-time orientation correction.
- When to use this sensor
Product Documentation can be found here.
-
-
- Communication Protocol: I2C
- Default I2C Address: 0x4B (7-bit)
- Dimensions: 2.00 in. x .745 in. x .51 in.
- Max Bus Speed: 400 kHz (Fast mode)
- Max Input Voltage: 16 V
- Measurement Channels: quaternion, yaw/pitch/roll, linear acceleration
- Mounting Holes: #10 holes, 1.5 in. apart
- Nominal Voltage: 3.3 V
- Sensing IC: BNO085
Description
- Description
-
AndyMark’s line of Standard Sensors is designed specifically for FRC and FTC teams. Using standard 1.5” pitch mounting holes, the sensor’s small footprint fits nicely on a 1” wide tube. Easily swap out sensors for reading distance, color, or position using I2C communication, and head into matches worry-free with locking connectors.
Product Documentation can be found here.
Longer lengths of cable can be found here
IMU (Orientation)
-
- When to use this sensor
- Orientation tracking for field-oriented control or navigation.
- Heading stabilization for drive systems, arms, or turrets.
- Measuring linear acceleration for movement profiling or detecting sudden impacts.
- Providing quaternion data for advanced motion calculations in autonomous programming.
- Typical integrations
- Enable field-centric driving in holonomic drive robots.
- Keep manipulators or arms at a fixed angle during movement.
- Detect tipping or impacts for safety shutdowns.
- Smooth out autonomous navigation with real-time orientation correction.
- When to use this sensor
Product Documentation can be found here.
-
-
- Communication Protocol: I2C
- Default I2C Address: 0x4B (7-bit)
- Dimensions: 2.00 in. x .745 in. x .51 in.
- Max Bus Speed: 400 kHz (Fast mode)
- Max Input Voltage: 16 V
- Measurement Channels: quaternion, yaw/pitch/roll, linear acceleration
- Mounting Holes: #10 holes, 1.5 in. apart
- Nominal Voltage: 3.3 V
- Sensing IC: BNO085




