
JIABAILE 1:43 Nissan Skyline R34 GTR RC Desktop Drift Car with Gyro – 4WD Mini High-Speed RTR (India)
Tell us what you need and our team will send you a personalised price.
Description
This 1:43 scale mini RC car is a tribute to the iconic Japanese tuner legend, featuring signature widebody styling, detailed livery, and gyro-assisted control for buttery-smooth drifts on any surface. Whether you’re a Fast & Furious fan or a JDM die-hard, this RTR (Ready-to-Run) drift car is perfect for indoor racing and compact driving fun. Designed for beginners and hobbyists alike, the built-in gyro stabilizes the car during slides, helping you master those tight corners and long drifts. Complete with 4WD for extra grip and control, a powerful brushed motor, and full proportional steering and throttle, the R34 GTR offers true scale excitement in a palm-sized package. Key Features: Iconic Nissan Skyline R34 GTR Design – JDM styling with custom livery and molded body details Gyro-Assisted Drifting – Auto-stabilization keeps drifts smooth and in control 1:43 Scale Micro Size – Perfect for desktop driving, racing mats, or mini drift tracks 4WD with Proportional Controls – Realistic throttle and steering via 2.4GHz 4CH remote Rechargeable Power – Includes 3.7V Li-ion battery with up to 30 mins of playtime Complete Indoor Drift Set – Comes with traffic cones, extra tires, charger, and remote Specifications: Item Details Brand JIABAILE Model Number 430X R34 GTR Edition Scale 1:43 Motor Mini Brushed Motor Battery 3.7V 200mAh Li-ion (included) Charging Time Approx. 30 minutes Runtime 10–30 minutes Max Speed 15 km/h Frequency 2.4GHz, 4-Channel Control Range Up to 20 meters Car Size 11 × 4.5 × 3 cm Materials PA Plastic + Metal + Electronics Package Includes: 1× Nissan Skyline R34 GTR RC Drift Car (with gyro) 1× 2.4GHz Remote Controller 1× 3.7V Rechargeable Battery 1× USB Charging Cable 4× Extra Drift Tires 8× Traffic Safety Cones 1× User Manual
Shipping & Returns
Fast delivery across the Middle East. 14-day returns on unused items in original condition.


