4 Sets TT Motor DC 3-6V Gearbox Motor Dual Shaft 200RPM Ratio 1:48 Motor with Tire Wheel Kit for Arduino DIY Smart Car Robot

These AEDIKO dual‑shaft TT motors work great — exactly what I needed for my robotics builds. I’m running them with an ESP32‑S3 using an Xbox controller over BLE, and they respond beautifully to PWM control. Smooth acceleration, predictable speed curves, and no weird jitter or stalling. With the script I’m using, each motor gets independent LEDC PWM channels, and these TT motors handle the full range from gentle slow‑crawl to full‑speed drive without any complaints. The 1:48 gearbox ratio gives a nice balance of torque and speed, and the dual‑shaft design is perfect for adding encoders or secondary mechanisms. ✔ They work great with this control setup: ESP32‑S3 LEDC PWM at 5 kHz XboxSeriesXControllerESP32_asukiaaa BLE library Deadzone‑mapped joystick input Four‑motor tank‑style steering The motors respond instantly to joystick input, and even rapid direction changes don’t cause binding or gear noise. For PN‑TANK builds or any PhoenixNetwork robotics project, these are a solid choice. ✔ What I like Smooth, quiet gearbox Consistent torque across all four units Dual‑shaft flexibility Perfect compatibility with ESP32 PWM control Great value for a 4‑pack

Works

I used them to make a robot car.

They work and delivered on time.

Made 3d printed "robots" for kid's 5th grade science fair project. These worked well enough. Only complaints would be the drive was a bit wobbly or off axis so to speak. Plenty good enough for the project, but not great. Maybe it was the wheels, who knows. Would be nice to have had diagram for whole size/spacing/layout so I didn't have to measure it all out with calipers. Plan on feeding them 6v. 3v was BARELY a crawl speed.

I ordered these to build a turntable for a photography light-box. We only needed one and it worked perfectly. Even so, it is good to have spares on-hand

Great product! I use it with Arduino with a motor driver board.

These motors are supposed to be average...but they are not. The actuall motor that drives the gear system inside is perfectly fine. However the gear system itself is compermised: If the wheel is given enough force to push, you will hear a clicking sound and the motor will keep moving, but the wheel will remain still. This is a sign of a malfunctioning gear system. And, no, i'm not pushing the motor too hard past its limits - other brands who make the same gear system have taken full advantage of the motor. I highly reccomend the MOTOR itself...just not from this seller.

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