1l6a1948-copy-2026-07-31-yed-14655-1
Ferrari F2001-Style Go-Kart

Current Price: USD $3,000Source 
Auction Ends: Saturday, August 8 at 10:27am PT

This go-kart is said to have been built by Roketa to resemble an early-2000s Formula One car and is finished in the style of Michael Schumacher’s 2001 Ferrari F1 car. It is powered by a 110cc air-cooled four-stroke single paired with a three-speed sequential transmission. Features include independent coil-over suspension, a carburetor, rear disc brakes, staggered aluminum wheels, a fixed fiberglass seat, an electric starter, and an LCD gear selector screen. This Ferrari-style go-kart was purchased by the seller in 2026 and is now offered at no reserve in Fort Worth, Texas, on a bill of sale.

No Reserve: Ferrari F2001-Style Go-Kart

The seller believes the bodywork was refinished in red under prior ownership in the style of Michael Schumacher’s Ferrari F2001 F1 car. It features white front and rear wings, aerodynamic bargeboards, Marlboro, Vodafone, and Shell decals, a fuel door, and faux dual engine-cover exhaust outlets.

No Reserve: Ferrari F2001-Style Go-Kart

Polished 6″ aluminum wheels wear Dunlop slick tires. Stopping power is provided by dual disc brakes on the solid rear axle. Coil-over suspension is present at the front wheels, with inboard shocks fitted at the rear.

No Reserve: Ferrari F2001-Style Go-Kart

The cockpit features a fixed red fiberglass seat, and a gear selector is mounted to the left of the black steering yoke with gray suede grips. Additional features include a telescopic steering column, an ignition switch, a starter button, and an LCD gear-position display mounted on the dashboard.

No Reserve: Ferrari F2001-Style Go-Kart

The 110cc air-cooled four-stroke single is equipped with a carburetor and a red air filter and sends power to the rear axle through a three-speed sequential transmission with reverse and a drive chain. A plastic fuel tank is mounted above the engine, and a dual-exit exhaust is mounted at the rear.

Filed under: parts and automobilia