2 Axle RC Car Gyroscope RC Drift Car Gyroscope High Stability 2 Axle Gyroscope for Remote Control Racing Cars RC Car Gyroscope HIP black

2-Axle RC Drift Car Gyroscope – High Stability Module

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Sale price  $43.52 Regular price $51.49
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2 Axle RC Car Gyroscope RC Drift Car Gyroscope High Stability 2 Axle Gyroscope for Remote Control Racing Cars RC Car Gyroscope HIP black

2-Axle RC Drift Car Gyroscope – High Stability Module

Sale price  $43.52 Regular price $51.49
Colorblack

2-Axle RC Drift Car Gyroscope – High Stability Control Module

Take your RC drift racing to the next level with this 2-Axle RC Car Gyroscope Module. Engineered specifically for remote control cars and boats, this compact gyroscope delivers exceptional drift control, precise motion detection, and rock-solid stability during high-speed maneuvers. Whether you're a competitive racer or a hobbyist enthusiast, this gyroscope module is the upgrade your RC setup needs.

Made in Mainland China.

Key Features

  • Dedicated RC Gyroscope Module: Designed specifically for RC toys, this module enhances drift drive control in small model cars and boats — delivering precise stability during high-speed maneuvers and tight corners.
  • Pre-Adjusted Sensitivity: Factory-tuned at the neutral point right out of the box. Compatible with a wide range of popular controllers and receivers including FUTABA, JR, Sanwa, Hi-tec, GWS, and FS — no complicated setup required.
  • Durable ABS Construction: Built from robust, impact-resistant ABS material, this gyroscope can withstand rigorous use while maintaining consistent performance in competitive drift racing scenarios.
  • SMM Vibration Type Sensor: Equipped with an SMM system vibration-type sensor for accurate motion detection and responsive handling, giving you optimized control over RC vehicles and boats.
  • Ultra-Compact Design: The low-profile, lightweight form factor makes installation effortless in virtually any RC car or boat build — without compromising drift stability or control accuracy.

Specifications

Item Type RC Car Gyroscope Module
Number of Axes 2 Axle
Material ABS Plastic
Sensor Type SMM System Vibration Gyroscope
Compatible Controllers FUTABA, JR, Sanwa, Hi-tec, GWS, FS
Country of Origin Mainland China

How to Use

Simply connect the gyroscope module to your RC car or boat receiver — and you're ready to go. No complex programming or calibration needed; the unit comes pre-adjusted for immediate use.

What's in the Box

  • 1 × RC Car Gyroscope Module
  • 1 × Adhesive Tape (for mounting)
  • 1 × User Manual

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Frequently Asked Questions

Q: What RC controllers is this 2-axle gyroscope compatible with?

A: This RC car gyroscope module is compatible with a broad range of popular RC controllers and receivers, including FUTABA, JR, Sanwa, Hi-tec, GWS, and FS systems. Its pre-adjusted sensitivity makes it a plug-and-play solution for most setups.

Q: Is this gyroscope suitable for both RC cars and RC boats?

A: Yes! The 2-axle gyroscope module is designed to work with both RC drift cars and RC boats, providing improved stability and drift control across various remote-controlled vehicles.

Q: How do I install the RC car gyroscope module?

A: Installation is straightforward — simply connect the gyroscope directly to your RC vehicle's receiver using the included adhesive tape to mount it securely. The unit comes pre-calibrated, so no additional tuning is needed before your first run.

Q: Is the gyroscope module durable enough for competitive drift racing?

A: Absolutely. The gyroscope is crafted from tough ABS plastic, built to withstand the vibrations and impacts common in competitive RC drift racing, while maintaining consistent and accurate motion control throughout.

Production & Packaging Notice

To maintain high stock availability and fast shipping times, our items are sourced from multiple verified manufacturing facilities. While the core quality, materials, and product specifications remain identical, you may notice slight variations in the packaging design, manufacturing origin, or the wording of the printed instructions.

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