DMRacing NEZ 1:64 Rear-Wheel Professional RC Drift Car Chassis

"NEZ" is a professional rear-wheel drive RC drift chassis developed by DMRACING for 1:64 scale vehicle models. Throughout the long development process, we have focused on making it a truly miniature RC drift model, with high levels of professionalism, adjustability, and body shell compatibility. Players can freely adjust parameters such as CAMBER, CASTER, TOE angle, and AKERMAN to fine-tune the car to their personal preferences.


In terms of body shell compatibility, the NEZ chassis performs impressively, with an adjustable wheelbase range of 36.5mm to 43mm and a track width range of 27mm to 32mm, making it compatible with the vast majority of drift car bodies available on the market.

In addition to the rich adjustability of the chassis, we also paid close attention to the aesthetic design, ensuring that the body parts are not only functional but also beautiful and refined. The surface treatments of the parts include sandblasting, anodizing, high-gloss chamfering, laser engraving, and several other complex processes, aiming to make the NEZ a piece of art that can both be static and dynamic.

The DMRacing NEZ Car chassis comes with the chassis, servo, esc, motor. Player still need to prepare radio, receiver and gyro (it is recommended to use transmitters and integrated receiver-gyro units from NB4, SANWA, or Futaba). Tires and rims also need to be purchased separately."

RC drift car has a high level of difficulty, as chassis assembly, tuning, and maintenance require players to have a certain level of expertise. We sincerely recommend that players who are new to RC drifting start with 1:24 or 1:10 scale models to get a better beginner experience.


Recommended plan 1:
It is highly recommended to use the NB4 integrated gyro micro receiver and transmitter.
Since this receiver has a built-in gyro, it significantly saves chassis space and reduces the complexity of electronic layout. Additionally, the gyro's excellent performance meets the drifting requirements of 1:64 scale models.

Recommended Plan 2:
You can use a static-to-dynamic receiver (usually integrated with ESC and light control) with a V4, G5 or other gyroscope commonly used in mosquito cars. The Plan 2 greatly reduces the cost because it does not require the use of high-priced remote controls such as NB4, and a light group can be installed on the car body, but the receiving response speed may be slightly lower than the Plan 1. 

Be careful with Plan 2 unless you are very familiar with RC model related electronic equipment and are sure that the vehicle model you choose has enough space inside to accommodate the electronic equipment.

Recommended Battery Size: 20x10x5mm. 
Players can purchase larger or smaller batteries according to the wheelbase and width of the car shell. (The battery size can only be increased or decreased in length and width, but not in thickness, otherwise it will not fit in the battery compartment)