ANTSIR 1/64 2.4G Desktop Mini High Speed Drift Car 4WD Remote Control - Full Proportion Racing Car Toy GTR Race Model

The 1/64 scale 2.4G Desktop Mini High Speed Drift Car is a compact, ready-to-run remote control racing car designed for drift enthusiasts and teen hobbyists. With a 4WD drivetrain and responsive 2.4 GHz control, it delivers authentic miniature racing feel on indoor surfaces and small tracks.

• Scale: 1/64 scale keeps the model compact for desktop racing and easy portability.
• Drive System: 4WD drivetrain enhances traction and enables controlled drifting on smooth indoor surfaces.
• Remote Technology: 2.4 GHz wireless control for stable connection and precise steering with minimal latency.
• Materials: Durable metal and plastic construction designed to withstand casual drift sessions.
• Power and Charging: Uses a rechargeable lithium battery (not included); USB charging cable included for convenient recharging.
• Runtime: Typical run time up to about 30 minutes per charge under indoor-use conditions.
• Out-of-the-Box Ready: Includes original box, operating instructions, remote controller, and USB cable—everything you need to start racing.
• Age Recommendation: Suitable for ages 14 and up, making it a solid gift for teens and adult hobbyists alike.
• Design Cues: Full-proportion racing styling with GTR-inspired detailing for an authentic mini-racecar vibe.

This compact drift car brings tabletop racing to life. It’s well-suited for beginners learning throttle control and steering during drift maneuvers, as well as more seasoned players who want a precise, responsive indoor racer. The combination of 4WD traction, 2.4 GHz control, and durable construction helps you perform tight slides, smooth power slides, and confident cornering without needing a large space. The included USB charging cable and ready-to-run packaging make it easy to start right away—just remember that batteries are not included. If you’re shopping for a precise, space-efficient RC drift car with realistic styling, this 1/64 scale model offers a compelling balance of performance and accessibility.