Sturgess Cycle

  • 615 King St. West
  • Hamilton, ON L8P 1C4
  • Call Us: (905) 522-0503
  • https://www.sturgesscycle.com/
Print This Page

2025 Kawasaki KLX300SM Base

Specifications

  • Hamilton, Ontario
  • 2025
  • Kawasaki
  • KLX300SM Base
  • 6-speed, return
  • Available

Description

2025 Kawasaki KLX300SM

Get Out and Play

The class-leading KLX300SM lightweight motorcycle takes the fun to the streets in full Supermoto style. A quick-accelerating engine, paired with light, agile handling, helps riders of all skill levels manoeuvre through city traffic, navigate country backroads, or experience the exhilaration of Supermoto racing at a track. Suspension, wheels, and brakes have been tuned for Supermoto-style performance.

Features may include:

EXCITING ENGINE
  • Enduro Racer-derived Engine

With enduro racer-derived performance, the fuel-injected, liquid-cooled, 4-stroke, single-cylinder engine delivers a rewarding spread of power across the rev range. Complementing its strong, rider-friendly low-mid range, it offers crisp response with every twist of the throttle thanks to cam profiles sourced from Kawasaki’s KLX300R play bike.

RACER-BASED CHASSIS
  • Enduro Racer-derived Chassis

The enduro racer-based frame and chassis components are the source of the KLX300SM’s high-level of performance. The lightweight package offers both manoeuvrability and excellent control.

SPORTY KX-INSPIRED STYLING
  • Fresh, sporty looks

The KLX300SM features KX motorcrosser-inspired styling for a fresh, sporty look. All-new bodywork creates a sharp design that flows from the compact new headlamp to the more condensed tail, hinting at the versatile performance that riders can expect from this supermoto machine.

ADDITIONAL
  • Sporty styling: shrouds, side covers, fenders
  • LED headlight, compact taillight
  • Supermoto-tuned long-travel suspension
  • Powerful, large-diameter ø300 mm semi-floating front petal disc brake]
  • All-digital instrumentation
  • Heat management for enhanced rider comfort
  • Comfortable ergonomics