2023 Suzuki RM-Z250

2023 Suzuki RM-Z250

The choice of wise professionals and privateers everywhere, the 2023 RM-Z250 is ready for battle. The agile RM-Z250 combines the sleek, race-ready appearance of the RM-Z450 with a versatile engine and responsive chassis to deliver superior performance. Using Suzuki’s “RUN, TURN, and STOP” philosophy, factory engineers have made the RM-Z250 a formidable competitor.

The RM-Z250 has always set the standard as the best handling 250 on the track. Fed by a dual injector EFI system, a center-port cylinder head and an AMA-compliant exhaust, the RM-Z250’s engine delivers strong, usable power through the entire rev-range.

The twin-spar aluminum frame and hydro-formed swingarm carry a KYB-supplied suspension that includes a coil spring fork and a shock with four-way damping force adjustment. Strong brakes and ergonomically shaped bodywork help keep the rider in control as the RM-Z250 carves up the racetrack.

• FASTER. HIGHER. HARDER.

Motocross is a relentless game, and the technology and training needed for bike and rider to excel are too. Suzuki poured more than 40 years of open-class racebike engineering into the FRM-Z250 to make it the hardest-hitting, sharpest-handling, best-balanced and most rider-friendly production motocrosser in company history.

• ADVANCED ELECTRONICS

The RM-Z250 features an evolved and faster traction management system that reacts to engine speed changes quickly. The Electronic Control Module (ECM) continually measures throttle opening, engine speed, and gear position, and then adjusts the ignition timing and fuel injector duration to fine-tune the engine output to deliver the best traction for the riding conditions.

• HOLESHOT ASSIST CONTROL

The Suzuki Holeshot Assist Control (S-HAC) is a selectable launch system derived from the factory race bike to help takeoff from the starting gate for an early lead.

To aid riders at the moment of launch, there are three stages of power adjustment from the S-HAC system: 1) the moment of initial launch, 2) when crossing the starting gate, and 3) acceleration up to full-speed.