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ManualsBrandsRobotShop ManualsRobots & KitsDFRobotShop Rover V2 - Arduino Compatible Tracked Robot (Smartphone Kit)
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When you come to a step indicating “contact RobotShop”, or “request RMA” please indicate the version of the
Troubleshooting guide (V2 above), as well as the step number. For example, you follow the guide below and
reach step 17 “Request RMA”. Please contact us via the RobotShop Support Center and indicate:
Subject: DFRobotShop Rover Troubleshooting V2, Step 17
If you can provide any additional information about what happened or any steps you took which were not
outlined in the guide, please include them. Be sure to contact RobotShop before the warranty runs out.
FAQ
Power Issues
Q. The batteries fall out of the holder, what can I do (V1.0 and V1.5)?
If you do not plan to use the top of the PCB, you can mount the battery holder to the top rather than the
bottom of the board. Another option is to use a low-cost LiPo pack (~$10).
Q. The battery holder provides intermittent or no power, what should I do (V1.0 and V1.5)?
If you have an old AA battery holder, you can rotate the batteries or push them in so they are tight. Check to
see if there is a small gap between the AA closest to the wires and if so, put a small piece of conductive material
(such as aluminum foil).
Ensure the batteries are
Q. The board does not seem to be getting enough power, or shuts off quickly, what should I do?
Check that the batteries are charged.
Check the default code and ensure it works via USB
Q. One of the 6x blue LEDs around the board does not light up.
Contact RobotShop via the Support Center and we will issue an RMA to have the board exchanged at no charge
to you (assuming it is under warranty)
Motion / Mechanical Issues
Q. The robot moves in an arc when I give both motors the same speed value, how can I correct this?
The motors are likely not identical. To get the robot to move as straight as possible, progressively lower one of
the speed values for the faster motor until it goes in a straight line. It is also important to check that the motor
shafts and sprockets are equally spaced after assembly (you can use the frame as visual reference) and that the
set screws are properly tightened.