1/10 RC Kei Drift Van Hijet80 RTR Green

1/10 RC Kei Drift Van Hijet80 RTR Green delivers unique style and thrilling drift action for RC enthusiasts seeking something different. Featuring: Kei Van Styling: Authentic Hijet80 body with a unique and eye-catching design. Drift-Specific Tires: Designed for smooth and controlled drifting. Ready to Run (RTR): Fully assembled with all necessary components for immediate fun. 4WD Drivetrain: Provides balanced handling and control for drifting. Model Dimensions (Approximate): Length: 350 mm Width: 160 mm Height: 170 mm Wheelbase: 210 mm Technical Specifications: Scale: 1/10 Brand: (Check Brand) Motor Type: Brushed Battery (vehicle): Battery information not available - please check product details before purchase. Transmitter batteries: Requires 4 x AA batteries for transmitter (not included) Run/Fly Time: Battery information not available - please check product details before purchase. Drive / Propulsion: 4WD Assembly: Ready-to-Run (RTR) Controller: 2.4GHz pistol grip Material: Plastic Included: RC Drift Van, 2.4GHz Transmitter Perfect for casual drivers and hobbyists who want easy handling and reliable performance with a unique style straight out of the box. Gift Idea This model makes a great gift for teens and new RC enthusiasts. Age suitability: 14+. Batteries and charger required, not included. Why this model matters The Hijet80 Drift Van stands out with its unique Kei van styling, offering a refreshing alternative to typical drift cars. Its combination of 4WD and drift-specific tires makes it easy to slide and control, perfect for beginners and experienced drifters alike. How to use it 1. Install batteries in the transmitter (4 x AA, not included). 2. Purchase and install a suitable battery pack for the vehicle. 3. Charge the vehicle battery fully before use. 4. Turn on the transmitter and then the vehicle. 5. Use the transmitter controls to steer and control the speed of the van, initiating drifts with throttle and steering inputs. 6. After use, turn off the vehicle and then the transmitter.