TT Robot Motor (DC Gearbox Motor) – KSH 200 at HIMASTORES Mombasa – best electronics in Kenya
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TT Robot Motor (DC Gearbox Motor)

SKU: HMJ098 Category: Motors
KSH 200.00
In Stock

Product Description

TT Robot Motor (DC Gearbox Motor)

Affordable DC Gearbox Motor for Arduino Smart Cars and Robotics

The TT motor is a low-cost DC gearbox motor widely used in DIY robotics and Arduino projects. Also known as a "BO" motor, it features an attached gearbox that reduces speed while increasing torque, making it ideal for driving the wheels of small robot cars.

LowCost and Widely Available A budget-friendly motor choice for educational and hobby robotics projects.
Integrated Gearbox - Provides increased torque for moving robot chassis.
The motor is typically rated for 3V to 6V DC operation [citation:2][citation:9].
It is commonly used with motor driver modules like the L298N or L9110S.
These motors have no built-in encoders or speed feedback [citation:2][citation:9].

Technical Specifications (Standard 1:48 Gear Ratio Model)

ParameterValue
Rated Voltage3V to 6V DC [citation:2][citation:9]
No-Load Speed (3V)90 RPM [citation:2][citation:9]
No-Load Speed (6V)200 RPM [citation:2][citation:4][citation:9]
Gear Ratio1:48 [citation:2][citation:4][citation:6]
Stall Torque (6V)0.8 kg.cm [citation:2][citation:6][citation:9]
No-Load Current150mA (typical) [citation:2][citation:9]
Shaft TypeSingle or Double (dual) shaft [citation:4][citation:6][citation:10]
Weight~30g [citation:2][citation:9]

= Key Features =

+High Torque Gearbox - The 1:48 gear ratio allows the motor to move a small robot car effectively [citation:2][citation:9].

+Simple TwoWire Connection Red wire (positive) and black wire (negative) for easy wiring [citation:9].

+BreadboardFriendly Often comes with pre-crimped 0.1" (2.54mm) male headers on the wires, allowing direct connection to breadboards or screw terminals [citation:2][citation:9][citation:12].

+Plastic Gearbox Features a lightweight plastic housing with plastic gears for costeffectiveness [citation:2][citation:5][citation:9].

= Common Applications =

  1. Arduino smart cars and robots [citation:4][citation:9][citation:10]
  2. Linefollowing and obstacleavoidance robots [citation:6]
  3. Educational robotics projects and STEM kits
  4. 2WD/4WD robot chassis platforms [citation:4][citation:10]
Affordable and Accessible - One of the most popular beginner motors for learning robotics.
Ready to Use Presoldered wires and connectors allow for quick prototyping.

√ Sold in sets (2, 4, etc.) for complete robot drive systems [citation:4][citation:10].

√ Compatible with common robot wheel sizes (e.g., 65mm diameter).

√ Works with Arduino, Raspberry Pi Pico, and other microcontrollers [citation:4][citation:10].

Troubleshooting

Motor not running:

  • Check 3-6V power supply is connected.
  • Ensure the motor driver is receiving a valid control signal.
  • Verify wiring connections are secure.
  • The red wire is positive (+) and the black wire is negative (-) [citation:9].

Motor lacks power:

  • Ensure the battery/power source can deliver enough current under load.
  • Check for any mechanical obstructions or debris in the gearbox.