Due to Component and Supply Shortages

From 16 March 2026, SECURITYSUPPLIES has revised pricing, payment terms, and quotation validity. Please confirm price, stock, and payment terms before placing orders

0 items / AED 0.00

Previous product

B E - Circuit Tester for Electrical Circuit Testing-Car Test Pencil Fuse Detection DC 6-24V - TMET0029 AED 88.73

Next product

B E - LCD1602 Keypad Shield for Arduino 2x16 Display - DELL0004 AED 47.78

besomi-electronics-1pc-tire-wheel-for-dc-3v-6v-arduino-smart-car-robot-replacement-wheel-dear0036-1

Click to enlarge

B E – 1Pc Tire Wheel for Dc 3V-6V Arduino Smart Car Robot Replacement Wheel – DEAR0036

Name: B E - 1Pc Tire Wheel for Dc 3V-6V Arduino Smart Car Robot Replacement Wheel - DEAR0036
SKU: SS155634
Price: 20.48 AED
Availability: InStock

See all products from b-e

AED 20.48 VAT included

100 in stock

Compare

Product Code : SS155634 Brand: B E Approved by : [woo_pro_badges_extended]

free delivery
Above AED1000 in UAE
WARRANTY
For 365 days
always authentic
Only Reputed Brands
EASY PAYMENT
Multiple payment options

Description

The B E Tire Wheel is a durable replacement wheel designed for use with DC 3V-6V motors in Arduino-based smart car robots. This high-quality tire ensures smooth movement and reliable traction for your robotic projects. Ideal for use in educational kits or DIY robotics, the wheel is easy to install and compatible with various Arduino robot platforms, providing a simple solution for wheel replacements in smart car robots.

Features

Compatible with DC 3V-6V Motors: Perfectly designed to work with motors operating in the 3V-6V range, making it suitable for a wide variety of robot platforms.
Durable and Reliable: Built for durability, the wheel offers reliable traction and smooth motion, ensuring long-lasting performance for your robotic projects.
Easy Installation: Simple to attach to the motor shaft, allowing for quick replacements or upgrades in your Arduino-based smart car robots.
Perfect for Educational Projects: Ideal for use in STEM education, DIY robot kits, and Arduino robotics projects, allowing for hands-on learning and experimentation.