High quality wheels constitute the perfect rubber grip for operations. Nylon reinforced plastic rims provide strength and endurance towards the wheels.
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Smart Robot Car Tyres and Chassis Kit – Recommended For Arduino Robotics Projects
Original price was: ₹149.00.₹29.00Current price is: ₹29.00.
20cm Male to Female Jumper Cable Wires for Arduino – Pack of 10
Original price was: ₹39.00.₹19.00Current price is: ₹19.00.
Smart Robot Car Tyres & Wheels with 150 RPM BO Gear Motor Chassis For Arduino & Robotics
Original price was: ₹179.00.₹69.00Current price is: ₹69.00.
Description
Specifications
| Specification | Details |
|---|---|
| Tyre Diameter | 65 mm |
| Tyre Width | 26 mm |
| Material | Premium rubber with reinforced plastic rims |
| Motor Type | BO Gear Motor (DC) |
| Motor Voltage | 6V - 3V DC |
| Motor Speed | ~150 RPM at 6V |
| Motor Torque | 1.5 - 3.0 kg.cm (estimate) |
| Chassis Material | Transparent acrylic or ABS (for a selected model) |
| Chassis Dimensions | 25cm x 15cm x 3 mm (approx.) |
| Pre-Drilled Holes | Intended for additional sensors, controllers, and motors |
| Weight (Including Motors & Wheels) | 300g suffices |
Features
- Durable Chassis: Strong stabilizing ABS/acrylic which provides robust support.
- BO Gear Motors: Efficient motors with high torque output and low power consumption.
- High Traction Wheels: Rubber wheels for improved grip on different surfaces.
- Easy Assembly: Added components bolted with great ease.
- Arduino & Raspberry Pi Compatible: Integrates easily with motor drivers such as L298N or L293D.
- Ideal for robotics which can be designed easily for educational and hobbyist projects.
Package Includes
- 1 x Set of Plastic Wheels with Rubber Tyres
- 2 x Remotely Operated BO Gear Motors (DC)
- 1 x Chassis Board (Acrylic/ABS)
- 1 x Battery Box Holder for 4x AA Batteries
- 1 x Nut And Bolt Set For Constructions Assembly
- 1 x Strands of Wires For Connections
Applications
- Track line robots that follow a line utilizing IR sensors.
- Obstacle-Avoidance Robots- Attach ultrasonic sensors for collision detection
- Bluetooth/WiFi-Controlled Cars- Control via smartphone or give commands through a remote control.
- Autonomous Robots- Program AI based navigation with sensors for autonomous control.
- STEM Learning- Ideal for students and robotics hobbyists.
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