YIKESHU 2WD Smart Robot Car Chassis Kit with Speed Encoder Battery Box 2 Wheels Arduino Microbit Raspberry Pi DIY Toy Adult Age 16+

The media could not be loaded. I used this to make a robot car for my niece. Great kit! Note that in the video I have the motor speed varying according to distance ahead, it's been limited to between 50% and 65%, movement is autonomous, and I used another acrylic plate from a second kit as a topper. I had no problems at 100%, but this was for a child.

Easy to assemble. Code available for arduino. Could not go straight though. Unable to fix that. Good learning experience using ultrasonic and laser distance sensors.

I bought the 2 WD for a small Bluetooth car using arduino uno r3. The instructions weren’t the best but they included pictures.putting it together was simple and self explanatory it was a fun project. (Please don’t judge my wiring I didn’t have any male to female jumper cables)

In theory this little fella is the most bang for your buck. Chasis, 2 motors with encoders, battery box, and beefy wheels look great online but in person lacks punch I expected. Adding to that, the chasis was partially cracked (super glued), one of the motor mounts snapped when installing (super glue, again), instructions were translated horribly, came with way too many extra screws which made using quantities to make heads or tails of which screw and nut went where, and a holes not lining up here and there makes me regret this purchase. Would send back if shipping wouldn't cost half the purchase price.

I needed an extended chassis to support two power packs for a Raspberry PI powered unit with a separate HAT. I couldn't find the plastic/metal plate so I opted for this unit.The wheels don't fit well to the DC motor shafts which don't have any wires attached. So you need some 26 ga wire, connectors and a soldering iron to put this unit together. Be careful trying to force the dc motor shaft into the wheel slot. You could end up with wheels that wobble if you damage the plastic fit. I learned.The battery pack came with the wrong screws to secure it to the chassis. The AA batteries end up resting on domed screw heads so they don't settle in the battery pack. I used velcro strips to secure it to the chassis.I decided to scrap the wheels and find some that could be secured with metal screws that allow them to come off when necessary.Unlike an Adafruit unit, this is NOT a kit that could be easily assembled with the provided parts. Instruction sheet was helpful.

I used the car platform, added the Arduino and sensor modules, programmed them, and made my own robot car. The Arduino and motor controller boards are great for this car. I put them together and found that they are quite coordinated. I recently used my Arduino card to test and control the robot car to make it run and succeed. I was worried at the beginning that my card would be incompatible with this car, and now it seems that it can be done. This time I bought the 2 wheels . 2 wheels gives me the feeling that I will try several models. Overall, this car is very good, can be compatible with my Arduino card, if you want to try to make a robot car, you can buy this car to try, chassis and color, as well as the size is suitable. recommend

I have several things that I could mount on the chassis. But none of the holes match. Not even an Arduino as advertised. I don’t really like to drill this material, but I am going to have to to mount something.

The media could not be loaded. I used this Smart Robot Car Chassis Kit to implement a remote control car with ESP32-CAM. And it does not go straight at all. I figured out it was due to one of the wheel twist slightly when it rotates.