MJX Hyper Go 10303 Citroën C3 WRC 1:10 RC Rally Car | 3S Brushless | 7075 Aluminum Chassis | Gyro | Licensed Model (India)

Designed for RC enthusiasts who demand both realism and raw performance, the MJX Hyper Go 10303 Citroën C3 WRC brings professional-grade rally engineering into a ready-to-run package.

This officially licensed Citroën C3 WRC replica features an aggressive rally body, complete with a magnetic quick-release shell and tool-free LED connectors, allowing fast battery changes and easy maintenance. Under the hood, a 3652 hall-sensored brushless motor paired with an 80A sensored ESC delivers smooth throttle control, explosive acceleration, and speeds of up to 70 km/h on 3S LiPo.

The G3C gyroscope system ensures high-speed stability and confident cornering on loose surfaces, while the 7075 aluminum alloy chassis provides exceptional rigidity without excess weight. A fully metal drivetrain, adjustable oil-filled shocks, and hardened gears make this rally car equally capable of high-speed bashing and technical driving.

Whether you’re tearing up asphalt, dirt, or gravel, the MJX 10303 delivers a true WRC-inspired RC driving experience.

Key Features

• Official Citroën C3 WRC licensed body

• 1:10 scale high-performance RC rally car

• 3652 hall-sensored brushless motor

• 80A sensored brushless ESC with aluminum cooling

• G3C gyro stabilization system for precise control

• 7075 aluminum alloy CNC-cut chassis

• Full metal drivetrain with hardened CVD driveshafts

• Powder-metal gears & chrome-steel rear differential

• Fully adjustable metal oil-filled shocks

• Magnetic quick-release body shell

• Integrated full-car LED lighting system

• 3S LiPo compatible – up to 70 km/h

• Ideal for rally, street, and high-speed bashing

Specifications

What’s in the Box

• 1 × MJX Hyper Go 10303 Citroën C3 WRC RC Car

• 1 × 2.4GHz Remote Controller

• 1 × Instruction Manual

• 1 × Hex Wrench Set

• 1 × Screwdriver

• 4 × Extra Tires

• 4 × Rod Ends

• 4 × Steering Connectors

• 4 × Suspension Springs

(Battery & charger depend on selected variant)