1° PRECISION BLUETOOTH 4.0 SMART SENSOR

VeloComputer TM Smart Sensor is designed for precision. It measures distance in 1cm ( 1/2" ) intervals as well as cadence and G-forces with a built-in 3-axis accelerometer. The main sensor body attaches to the chain-stay. The small magnetic field sensor, connected by wire, is positioned next to the rear hub. It transmits precise motion data via Bluetooth to the VeloComputer TM mobile application.

VeloComputerTM Smart Sensor is available in 3 versions:
RIDER
, SPORT and PRO

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All versions feature precision and:

  • Measure distance in 1cm ( 1/2" ) increments
  • 360 times more accurate than traditional cycling sensors
  • Transmit data up to 15 times per second, increasing responsiveness and reducing latency
  • Built-in 3-axis accelerometer
  • Measure performance data with precision:
    - time in 0.001 of a second
    - distance in 0.01 of a meter
    - speed in 0.01 of a kilometer (KMH) or a mile (MPH) per hour
    - acceleration in 0.01 of a KMH or a MPH per second
    - cadence 1 rotation per minute (RPM)
  • Bluetooth 4.0 SMART (low energy)
  • Replaceable 3 volt CR2032 coin cell battery lasts up to 200 hours
  • Rigid and waterproof


SPORT
adds:

  • slope grade calculation in 1% increments
  • 3-axis accelerometer recording X, Y and Z G-forces


PRO
adds POWER

HOW IT WORKS

Like a compass!

Unlike traditional cycling sensors, which count a full 360° of wheel revolution the VeloComputerTM Smart Sensor measures the angle Omega by detecting the position of magnet M using it's magnetic field. As little as of rotation is enough to detect wheel motion. (Watch the video -->>)

This precision allows the VeloComputerTM smart phone application to calculate distance, spot speed and acceleration.

Built-in 3 axis accelerometer helps to calculate grade of incline. All these data is used to calculate propulsion (output) power.

P
ower = Force * Velocity and Force = Mass * Acceleration

Read more about power calculation
Power glossary
Air friction and rolling resistance