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Wheel with Tire for Arduino Robot by 3Dsimo (model DDE1092)
Wheel with Tire for Arduino Robot by 3Dsimo (model DDE1092)
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Wheel with Tire for Arduino Robot by 3Dsimo (model DDE1092)
Leave your address - as soon as the price of the product goes down, you'll know about it right away
Wheel with Tire for Arduino Robot by 3Dsimo (model DDE1092)
Wheel with Tire for Arduino Robot by 3Dsimo (model DDE1092)
Replacement wheel with tire for Arduino Robot by 3Dsimo (model DDE1092) is a compact mechanical component intended for use on small Arduino-based robots and hobby platforms. It provides a ready-made wheel assembly that can be mounted directly to common hobby motors or chassis designed for educational and DIY robotics. The assembly includes a rubber tire profile suitable for indoor surfaces and basic outdoor use on smooth terrain, enabling straightforward integration during prototyping, repairs or kit assembly.
The wheel offers a simple, compact design that facilitates fast replacement and reduces downtime during robot construction or maintenance. Its rubber tire improves traction on smooth floors and tables while cushioning minor shocks and vibration. The wheel geometry and mounting interface are compatible with a range of small electric hobby motors and standard robot chassis, allowing flexible use across different Arduino robotics projects.
Align the wheel hub with the motor shaft or chassis mounting point and secure according to the motor or chassis manufacturer’s recommended method (for example, set screw, collet or push-fit adapter). Ensure the wheel spins freely without rubbing against the chassis and that the tire makes consistent contact with the ground. For two- or four-wheel drive configurations, mount wheels symmetrically and verify wheel alignment to avoid uneven wear or steering issues.
Regularly inspect the tire for wear and debris, and replace the wheel if the rubber becomes cracked or excessively worn. Avoid prolonged use on rough, abrasive surfaces to extend service life. Confirm compatibility with your motor shaft diameter and mounting style before installation to ensure a secure fit.
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