WLtoys 22206 1/22 Scale RC Car – 4WD High-Speed Drift & Racing Car with LED Light Show (15km/h, Dual Tire Set)

The WLtoys 22206 is a compact yet powerful 1/22 scale 4WD RC car designed for kids, beginners, and drift enthusiasts. Equipped with a 130 strong magnetic brushed motor , it delivers exciting performance with speeds up to 15 km/h . This RC car features dual drive modes — switch between PP drift tires for smooth sliding or TPR racing tires for high-grip performance. The full-body LED light show adds a stunning visual effect, making night-time driving even more fun. Control the light modes directly from the remote, with options such as steady glow, fast flash, slow flash, and off . Built with a high-toughness PVC shell , the WLtoys 22206 is resistant to impacts and ideal for indoor and outdoor use. Its 2.4GHz radio system ensures stable signal transmission up to 50 meters , with adjustable high/low speed settings for better control. Powered by a high-density Li-ion battery with protection board , the 22206 offers safe, reliable power for longer and more enjoyable playtime. Key Features 2.4GHz remote system – 50m control range, no interference 130 strong magnetic brushed motor – up to 15km/h 4WD drivetrain – stable, responsive handling Dual speed mode – high & low speed switch on controller Full-body LED light show with multiple modes Includes drift & racing tires – switch driving styles anytime Explosion-resistant PVC shell – durable and safe for kids Rechargeable Li-ion battery with built-in protection board Specifications Feature Details Model WLtoys 22206 Scale 1/22 Drive System 4WD Motor 130 brushed motor Top Speed 15 km/h Remote Frequency 2.4GHz Control Range 50 meters Battery Rechargeable Li-ion battery Charging USB Charger Car Shell High-toughness PVC Tires PP Drift Tires + TPR Racing Tires Recommended Age 6 years+ Package Includes 1 × WLtoys 22206 RC Car 1 × Rechargeable Battery 1 × 2.4GHz Transmitter 1 × USB Charger

Fast delivery across the Middle East. 14-day returns on unused items in original condition.