RVR is a fast and nimble mobile robot shaped like an all-terrain tank. It's designed as a programmable platform for beginners, students, and hobbyists. You can drive it manually and program autonomous behaviors out of the box. You can also expand the robot using additional hardware.
- United States 🇺🇸
Did you know?
The robot's name is pronounced either "R-V-R" or "rover."
Controller uses high-resolution encoders, 9-axis IMU, and proprietary algorithms to drive perfectly straight, as well as turn and stop with high accuracy. Balanced center of gravity, wide stance for stability, mounting plate, removable protective rollcage. Payload of about 0.9 kilograms (2 pounds).
- 21.6 cm
- 11.4 cm (2 cm body clearance)
- 18.5 cm
- 1 kg
- 7.2 km/h
Current-draw sensor, full 9-axis IMU (accelerometer, gyroscope, magnetometer), ambient light sensor, high-resolution 20-pole magnetic encoders, IR sensors, RGB sensors with normalizing LED and focus lens.
Two compact DC motors with gearboxes (22.5:1 gear ratio) and steel-reinforced axles.
Control board with 5-V 2.1-A USB-A power and data. Four-pin UART expansion port (RX, TX, GND, 5V, with 3.3V signals), compatible with Raspberry Pi, Arduino, micro:bit, and more. Ten individually addressable RGB LEDs.
Programmable with Sphero Edu app. Open SDK, and third-party integration libraries for Raspberry Pi, Arduino, and BBC micro:bit.
Removable, rechargeable battery, with up to 2 hours of operation (depending on use). USB-C charging. 5-V 2.1-A USB-A output to power additional devices.
- $200 (On Kickstarter. Shipping to customers in October 2019.)