Prices incl. VAT plus shipping costs
delivery time 2-7 working days Europe longer
- Order number: MX-14304
- Hersteller: MJX RC Technic
- Zustand: Neuer Artikel
MJX Hyper GO 14304 Volkswagen Polo R WRC – 1:14 brushless RC rally and drift car with 4WD and gyro
The MJX Hyper GO 14304 Volkswagen Polo R WRC brings real rally action to the compact 1:14 scale. This high-performance brushless RC car combines a powerful 4WD drivetrain, precise gyro stabilisation and a highly detailed body based on the Volkswagen Polo R WRC design.
Whether it’s fast runs on tarmac, controlled drifts or challenging rally sections on gravel: the robust chassis and modern electronics ensure agile handling, high driving stability and plenty of driving fun.
Powerful brushless drive with speeds of up to 43 km/h
The necessary power is provided by a 2845 brushless motor with approx. 3700 KV, controlled by a high-performance 45A brushless speed controller. With the included 2S LiPo battery, the RC rally car reaches speeds of up to 43 km/h.
An integrated motor fan aids cooling during intense driving sessions. This makes the MJX Hyper GO 14304 suitable for both ambitious beginners and experienced RC drivers looking for a fast and precisely controllable model.
Integrated gyro for controlled drifts
The adjustable gyro stabiliser aids directional control and helps keep the vehicle stable at high speeds and during fast cornering. Particularly when drifting, the gyro facilitates controlled countersteering manoeuvres and ensures predictable handling.
The fully proportional 2.4 GHz radio control allows for precise control of throttle and steering. This enables both slow, precise manoeuvres and rapid changes of direction.
Robust 4WD chassis with metal components
The permanent four-wheel drive transmits the motor’s power to all four wheels and offers reliable traction on a variety of surfaces. Metal differentials, a sturdy drivetrain and full ball-bearing suspension increase durability and ensure precise, smooth running.
Aluminium oil-filled shock absorbers effectively absorb bumps and ensure controlled handling on tarmac, gravel and paved rally tracks. A dust cover provides additional protection for the electronics against dirt and small stones.
Three sets of tyres for rally, road and drift
The package includes three different sets of tyres. This allows the MJX Hyper GO 14304 to be flexibly adapted to your preferred driving style and surface – from high-grip rally runs to controlled drifts on smooth surfaces.
The integrated LED lighting system at the front and rear ensures a realistic look and good visibility even in poor lighting conditions.
Product highlights
- Volkswagen Polo R WRC design on a 1:14 scale
- Powerful 2845 brushless motor with approx. 3700 KV
- 45A brushless speed controller
- Top speed of up to 43 km/h with a 2S battery
- Permanent 4WD all-wheel drive
- Integrated gyro stabilisation
- Metal differentials and fully ball-bearing-equipped drivetrain
- Aluminium oil-pressure shock absorbers
- Fully proportional 2.4 GHz radio control
- LED lighting at the front and rear
- Dust cover for the electronics
- Three sets of tyres for different surfaces and driving styles
- Ready-to-run (RTR) model including battery and charging accessories
Contents
- 1 × MJX Hyper GO 14304 Volkswagen Polo R WRC
- 1 × 2.4 GHz remote control
- 3 × different sets of tyres
- 1 × 7.4 V / 2000 mAh LiPo battery
- 1 × USB charging cable
- Tools
- Instruction manual
Technical specifications
Scale: 1:14
Version: RTR – Ready to Run
Drivetrain: 4WD all-wheel drive
Top speed: up to approx. 43 km/h with a 2S battery
Motor: Brushless 2845, approx. 3700 KV, with fan
Electronic speed controller: 45A brushless ESC
Servo: 17 g digital servo, approx. 2.4 kg of force
Battery: 7.4 V / 2000 mAh LiPo battery, 2S
Running time: approx. 13 minutes
Range: approx. 120 metres
Remote control: 2.4 GHz, fully proportional
Lighting: LED front and rear
Dimensions: approx. 320 × 153 × 115 mm
Actual running time, speed and range may vary depending on the terrain, driving style, battery condition and environmental conditions.