Tesla Cybertruck RC Racer: the 1:10-scale machine that teaches you to drive

Launch the Cybertruck RC Racer across gravel and the gyro catches the first sideways slide before it tips. The angular polycarbonate body, rendered faithful to the full-size truck’s geometric defiance, tips and recovers. The brushless motor answers instantly. You reach for the throttle again. This is not a collectible or a toy; Tesla has built it as a genuine off-road racer at 1:10 scale, which means it teaches you something true about how vehicles actually work.

The engineering sits where serious RC hobbyists work: brushless motor, four-wheel drive, independent suspension on all four wheels, electronic stability control and a 2.4G radio that holds signal up to 326 feet. The polycarbonate bodywork, finished in matte black, absorbs impacts that softer plastic cannot survive. Everything serves driving, not display. What makes this machine interesting is how those components resolve the Cybertruck’s visual contradiction. The truck’s sharp angles and unconventional proportions look as though they should make it unstable, yet the suspension soaks bumps, the motor responds cleanly and the control system feeds back enough sensation through the transmitter to feel what the wheels are doing beneath you.

The optional gyro is where discovery happens. It uses a gyroscope to detect rotation and apply counter-steering correction, the same principle that keeps a motorcycle upright. On this machine, it means you can throw it into a tight turn at speed without spinning out; the gyro catches the excess rotation and holds the line. That transforms panic into confidence, which teaches you precision: the system will not save you from overcorrection or careless input, only from genuine accidents. Drive smooth and the machine responds. Jerk the throttle between acceleration and braking and you feel the difference immediately.

Harvey Hira drove the Cybertruck RC Racer across loose ground and dry grass to understand how the suspension handles terrain and how the gyro compensates for the higher centre of gravity that comes from the angular bodywork. The independent suspension allows each wheel to react separately, which is the difference between sliding sideways and staying planted. The four-wheel drive distributes power evenly across all four motors, giving traction where a two-wheel alternative would struggle. What emerges is a machine that respects attention: not a novelty, but something built to be learned from and driven harder each time.

The radio transmitter is straightforward, offering the controls you need and nothing decorative. No LED lights, no sound effects, no smartphone app. Charge the battery for roughly three hours and you have enough energy for extended sessions. Start on smooth ground while you learn the transmitter’s responsiveness and the machine’s weight distribution, then move to terrain where the suspension and gyro show what they do. The Cybertruck RC Racer is available through Tesla’s online shop.

The design carries through to the smallest details. The polycarbonate body matches the truck’s proportions exactly, which means the centre of gravity sits higher than a conventional RC racer and makes the machine feel less stable until you understand how to work with that geometry rather than against it. The radio transmitter is straightforward without being simple, offering the controls you actually need and nothing decorative. Everything here serves the act of driving.

What makes this compelling is the unresolved gap between form and function. The Cybertruck’s utilitarian, almost aggressive appearance suggests a machine built purely for utility, yet this miniature version accelerates smoothly, corners precisely and handles impacts with the composure of something engineered by people who understand materials and suspension. It refuses to be either a toy or a serious racer; it is both, which means it demands that you become both a player and a driver.

Tesla has resisted the urge to add unnecessary features. No LED lights, no sound effects, no smartphone app: just radio control, responsive hardware and suspension geometry that works. The four-wheel drive system distributes power evenly across all four motors, giving the machine traction on surfaces where a two-wheel-drive alternative would struggle. The independent suspension, rather than a solid axle, allows each wheel to react to the terrain separately, which makes the difference between sliding sideways and staying planted.

The optional gyro is the most sophisticated addition, and also the most useful. It uses a gyroscope to detect rotation and apply counter-steering correction, the same principle that keeps a motorcycle upright through a corner. On this machine, it means that you can throw it into a tight turn at speed without fear of it spinning out; the gyro catches the excess rotation and holds the line. It transforms panic into confidence, which is exactly what a performance machine should do.

Driving it reveals something true about the full-size truck’s design. The Cybertruck looks impossible because of its angles and its refusal to follow convention, yet both at this scale and at full scale, that form houses engineering that works. The angular body does not make the machine unstable; the suspension and motor make it stable. The sharp lines do not interfere with function; they simply define the package differently than conventional vehicles do.

The Cybertruck RC Racer is available now through Tesla’s online shop. It arrives ready to run once you charge the battery, which takes roughly three hours and delivers enough energy for extended sessions. You will want to start on smooth ground while you learn the transmitter’s responsiveness and the machine’s weight distribution, then move to terrain where the suspension and gyro can show what they do. This is a machine that respects attention: not a novelty item, but something built to be learned from and driven harder each time you pick up the controller.

Imagery courtesy of Tesla (@teslamotors).