JK Cheetah Mazda Dyson 1/32 Anglewinder Slot Car built around the lightweight JK Cheetah stainless-steel chassis and Falcon 7 motor.

This is a true analog race car: no traction magnets, no digital electronics, and no unnecessary weight. At approximately 90 grams, it is substantially lighter than a typical Carrera 1/32 car and is designed around mechanical grip, foam tires, low weight and responsive handling.

Race-Ready Specifications

• Scale:1/32
• Chassis:JK Cheetah stainless-steel anglewinder
• Motor:Falcon 7
• Drive:64-pitch anglewinder gearing
• Approximate weight:90g
• Traction magnets:None
• Body:Lightweight Mazda Dyson-style body
• Color:Yellow, white and light blue

Rear Wheels & Tires

• Wide high-grip foam rear tires
• Set-screw rear hubs
• Lightweight racing wheel construction
• Designed to provide a broad contact patch and strong mechanical grip

Front End

• Lightweight low-drag front wheel arrangement
• Designed to minimize rolling resistance
• Allows the chassis to work without unnecessary front-end drag

Included for Carrera & Routed Tracks

• Narrow braid suitable for Carrera track
• Copper braid for routed commercial tracks
• Fully assembled and race-prepared

🏁 Exclusive OmniSlotBox Race Prep & Custom Tuning

Every JK Cheetah anglewinder we sell is personally race-prepped by Jim Cunningham before shipment. These cars are excellent performers straight from JK, but our preparation addresses several details we have found can improve speed, consistency and durability—especially on plastic track systems such as Carrera.

Thin, Narrow Guide Braid

We replace the thick, wide factory braid with a finer, narrower braid. On these cars, the front ride height is carried primarily by the guide and braid rather than by the front wheels, so braid thickness and width directly affect how the car sits and how freely the guide runs.

• Less friction on plastic track: Wide braid can extend beyond the metal conductor rails and rub on the surrounding plastic. Narrow braid keeps more of the contact where it belongs—on the rails.
• More consistent electrical pickup: Fine braid conforms closely to the conductor surface instead of developing a worn strip only where the rail touches it.
• Deeper guide position: Thinner braid allows the guide to sit farther into the slot.
• Lower chassis position: Because the guide carries the front of the car, reducing braid thickness can lower the front ride height and center of gravity.

Together, these changes reduce unnecessary drag and help the car run more smoothly and consistently.

Chassis Wear Indicator & Protection

We apply the yellow wear tape at the low point of the chassis. As the foam rear tires wear and the chassis moves closer to the rails, the tape provides an easy visual warning and helps insulate the chassis from accidental rail contact and arcing.

Rear Body Trim

We trim excess rear body overhang for a cleaner, more purposeful appearance and to eliminate unnecessary material behind the rear tires. More importantly, this reduces the common tendency for the lightweight body to tuck over a rear tire during a crash, which can bind the tire and stop the car.

“Bullet-Proofed” Rear Axle Setup

On some recent Cheetahs, the left rear wheel has been positioned farther outward to clear the pinion gear and motor shaft. With little or no spacing behind the wheel hub, even a modest wall impact can push the wheel inward. The tire can then contact the pinion or motor shaft, causing drag, binding or tire damage.

We correct this before the car leaves our shop by moving the pinion farther inboard where needed, trimming excess motor shaft, adding proper axle spacers, and setting wheel position and side play so the rear assembly runs freely and stays where it belongs.

The result is not simply a stock JK car taken out of the box. It is a Cheetah that has been inspected, adjusted and race-prepped at OmniSlotBox using what we have learned from running these cars on our own tracks.

Track Compatibility

This car is designed for analog racing and works particularly well on routed commercial tracks and Carrera analog layouts, including Carrera tracks operated in true analog mode with an OmniSlotBox system.

• Compatible with Carrera Evolution and other suitable analog Carrera layouts
• Compatible with OmniSlotBox true analog operation
• Suitable for many routed commercial raceways
• Full-depth racing guide may be too deep for some shallow-slot track systems

On some Carrera installations, the guide blade may require slight trimming to ensure it does not bottom in the slot.

Power Requirements

The Falcon 7 motor performs best with a power supply capable of delivering adequate current. For serious analog racing, we recommend a robust regulated supply rather than relying on a standard low-current wall adapter.

Service & Tuning

• Replaceable motor, gears, axles, wheels, tires, braid and guide components
• Replacement and alternative lightweight bodies available by special order
• Easy to maintain and tune using conventional race-car components

Jim's Racer Perspective

We have raced these JK Cheetah anglewinders extensively. On our 60-foot Grand Prix Carrera layout, properly prepared examples have run more than a second per lap quicker than our standard Carrera cars.

The attraction is not simply the lap time. With no traction magnet, the car can move and drift progressively as it approaches the limit. I find that makes the anglewinder predictable and rewarding to drive, while the lightweight chassis, foam tires and Falcon 7 provide considerably more performance than a typical home-set car.

This example is configured to comply with the racing rules we use for our CARS Club JK Cheetah class.