LDRC 1899/A99: R34-Inspired RC Drift Car with a Metal Body and Rear-Wheel Drive

The LDRC 1899/A99 is a 1:18-scale RC drift car inspired by the Nissan Skyline GT-R R34. It has rear-wheel drive, a metal body and proportional throttle and steering. Selected versions also have an electronic gyro to help correct a slide.

The model is approximately 23.5 cm long, and one quoted weight is around 560 g. It needs more room than a tiny tabletop drifter, but its controls let you make fine adjustments to the throttle and front-wheel angle.

Rear-wheel drive and optional gyro

The LDRC 1899 drives the rear wheels, while the front wheels steer. When drifting, the driver controls the throttle and uses the front wheels to correct the direction of travel. Rear-wheel drive (RWD) can be harder to master than all-wheel drive because the front wheels do not pull the car forward; the result also depends on the car’s setup and the surface.

The gyro monitors the car’s rotation around its vertical axis and helps adjust the steering accordingly. It can quickly add a correction against unwanted rotation, but it will not drift the car for you. A gyro-equipped version is a more practical choice for a beginner. Check the equipment on the specific version before ordering, as a gyro is not listed for every variant.

Proportional throttle and steering

The throttle is not simply on or off: the position of the transmitter trigger determines motor power. Small throttle changes can therefore help maintain a slide instead of abruptly switching between zero and full power.

The steering is also proportional and uses a separate 9 g servo. The front wheels turn according to the position of the steering control, allowing the driver to adjust the correction angle throughout a slide. The motor is a high-speed, 150-size brushed unit, not a brushless one. For indoor driving, a controllable throttle response matters more than the pursuit of outright power.

Metal body and room to drive

The metal body gives the model a more realistic appearance and contributes to its weight. Extra weight can affect how smoothly the car drives and behaves in a slide, but it does not guarantee better stability. In a collision, it can also place greater stress on the chassis.

At approximately 23.5 cm long, the 1899 is not ideal for a kitchen table. A larger, clear floor area with a smooth surface and room for sweeping turns is more suitable. In a small room, a 1:43-scale model may be more practical. The car also has functional LED lights that complement its R34-inspired body.

Battery, charging and range

The listed battery is a 2S LiPo rated at 7.4 V and 500 mAh. Runtime is approximately 20–30 minutes depending on driving style, and USB charging takes about two hours. A second battery may be useful if you do not want to wait for a recharge between runs.

Use a suitable charger for the LiPo battery and follow the manufacturer’s instructions. Charge it under supervision on a non-flammable surface, and do not use a damaged battery.

The transmitter operates on 2.4 GHz and has a stated range of approximately 30 metres. That is generally more than needed indoors; the important thing is to keep the car clearly in sight while driving.

LDRC 1899/A99 specifications

Who is it for?

The LDRC 1899/A99 makes sense for someone interested in rear-wheel-drive drifting who has enough clear floor space at home and wants to learn throttle control and steering corrections. Beginners will benefit from choosing a version with a gyro. The metal body is an appealing visual feature, but the chassis and proportional controls matter more to the driving experience.

Before buying, check the equipment included with the specific variant and the availability of replacement chassis parts. For regular driving, those parts may matter more than the body itself.