








🚀 Own the terrain, code the future — your smart tank chassis awaits!
The SmaringWing TP101 Professional DIY Tracked Robot Chassis is a compact, durable robotic platform designed for Arduino, Raspberry Pi, and STEAM education. Featuring dual high-torque DC motors, an adjustable plastic track system, and a robust 2mm aluminum frame, it enables smooth navigation over complex terrains. Ideal for beginners and educators, it supports coding projects in Python and AI, making it a versatile tool for learning robotics mechanics, electronics, and programming.
| ASIN | B09V7NMCPK |
| Best Sellers Rank | #166,443 in Toys & Games ( See Top 100 in Toys & Games ) #1,689 in Educational Science Kits |
| Customer Reviews | 3.1 3.1 out of 5 stars (12) |
| Item Weight | 3.53 ounces |
| Item model number | TP101 |
| Manufacturer | Smaring |
| Manufacturer recommended age | 16 years and up |
| Product Dimensions | 7.6 x 7.6 x 2.36 inches |
J**.
non-driving wheels don't actually spin.
As far as I can tell, the "bearing wheels" or "idlers wheels" aren't actually meant to rotate. Any attempt to make these wheels spin-able will likely be met with problems. The rest of the chasis is pretty accurately what you see, a little too small to mount a battery, arduino, and L298N driver... but do-able. I ended up mounting a lexan plate on standoffs to make room for the parts. But you can kinda see it's small by the info. My main complaint is that idler wheel.
D**T
I'm happier with purchase than I expected!
Been running on 3S 4500 and 4S 2200 Lipos, using L298 motor driver I and am enjoying the toying/testing on carpet. The motors have not gotten hot, only slightly warm thus far. Considering plugging in a 6S and checking/monitoring heat levels. Pay attention to instructions regarding removing track sections, the track pin is made to be removed from one direction only, and there is a brass tool in kit that works great. I needed to disassemble multiple times to figure out that I should have inspected better prior to initial assembly because there lacks details in assembly instructions. The hole in frame which the hex-head shaft is mounted is much larger than I would have expected and this caused confusion. I believe the "bearing shaft" should be held with nuts and washers through the hole that is large otherwise the tracks will not align vertically/horizontally depending. First assembly I mounted hex-head shaft in wrong location/hole through frame which caused the tracks to not extend the front and rear of frame evenly/symmetrically. Second assembly I again used incorrect mounting location/hole through frame and the track were not vertically symmetric/even. (I think the tracks were symmetric/even front to back but not up and down, I think cannot recall exactly).
A**R
Little FPV Tank
Been running this guy on a 6S 1100mah drone racing lipo and Sabertooth 2x12 and Its a rocket ship. Im actually surprised how long it has lasted. Its alot of fun and very durable too.
TrustPilot
2天前
1 个月前