Tracked Rover Zero Mobile Robotics Platform
The Rover Robotics Rover Zero Tracked accelerates your projects with a rugged open-source robot platform proven in the field with thousands of public safety deployments. The Rover Zero Tracked excels in dry environments requiring a rugged chassis and a low profile. It can reach speeds up to 8mph and range 8 miles. Add electronics and accessories like cameras, lidar, and a charging dock.
- Quickly build your custom payloads and software. Internal charging circuitry allows you to add a charging dock for automatic charging, eliminating the need to remove the battery for charging.
- The Rover Zero is not IP67-rated and is best used in dry, low-particulate environments. However, its chassis is designed to withstand abuse, making it a highly rugged and capable mobile robotics platform.
- The Tracked Rover Zero differs from the Rover Pro; there is no other motor in the Zero, which means the tracks are not motorized. Instead, they are fixed once installed and can be installed at several angles.
Specifications
Dimensions | 62cm x 39cm x 15.2cm [24.4in x 15.4in x 6in] |
Weight | 11kg [25lbs] |
Max Speed | 2.5m/s [5.6mph] |
Payload Capacity | 100kg [220lbs] |
Ground Clearance | 1.2cm [0.5in] |
Operating Temp | -20C to 50C [0F to 120F] |
Run time (basic usage) | 3 hours |
User Power | Unregulated 12V-16.8V |
Shaft Material | Titanium |
Motors | 2050KV inrunner Brush-less motors |
IP Rating | None |
Note: All variants come with one battery and charger. Additional batteries, chargers, drive kits, and accessories can be purchased separately. You can also contact us for any custom configurations.
Motors
The Rover Zeros use high torque 2050KV in-runner brushless sensor motors. That’s a mouthful, so let’s break down what that means. There are two main types of DC motors: brushed and brushless. Brushes are small strips of metal inside the motor that connect the rotor to the stator. These brushes wear out over time. Using brushless motors ensures our Rover Zeros last a long time. In-runner refers to the fact that the rotor is in the middle. 2050KV refers to how fast the motor spins per volt that is applied. Lower values imply that the motor has more torque and is one of the lowest KV motors on the market; we customize them to lower the KV rating. Sensor means a built-in hall effect sensor that allows the motor to start from a stop and spin slower than a sensor-less motor.
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