Vendeur: GOOFIT

Starter Motor for Honda CBR250RR, Hornet 250, JADE 250 (1996–2008) | 9-Tooth CCW

22,21 €32,66 €31% OFF
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Détails du produit

Bring your legendary high-revving Honda back to life. The GOOFIT 12V Starter Motor is a precision-engineered replacement specifically for Honda’s high-performance 250cc four-cylinder platforms. Designed to meet the exact requirements of the CBR250 and Hornet 250, this motor provides the rapid rotation speed necessary to fire up multi-cylinder engines instantly, even after long periods of storage.

Engineered with a high electrical energy conversion rate, this starter minimizes battery drain while providing a powerful drive to the flywheel. Whether you are restoring a classic JDM Jade 250 or maintaining your daily Hornet, this motor offers the reliability and "push-button" confidence you expect from Honda.

Product Compatibility

This motor is a direct replacement for the following Honda 250cc models:

  • Sport & Street: Honda CBR250RR (MC22), Honda Hornet 250 (CB250F) models from 1996–2008.
  • Standard/Classic: Honda JADE 250 (CB250).
  • Engine Type: 250cc Inline-Four, 4-Stroke Engines.

Key Technical Specifications:

  • Drive Gear: 9-Tooth Spline.
  • Rotation: CCW (Counter-Clockwise).
  • Voltage: 12V DC.
  • Performance: High-torque output with low-current draw.

Why Choose the GOOFIT Honda 250cc Starter?

  • Optimized High-Rev Cranking: Honda's 250cc fours require a specific cranking speed to achieve proper compression ignition. Our motor is tuned for a high conversion rate, ensuring the engine turns over fast enough for a crisp start.
  • Strong Drive Capability: Built with heavy-duty internal windings, this motor handles the resistance of four pistons with ease, reducing the "sluggish" start common with worn-out factory units.
  • Durable & Compact Design: Engineered to fit perfectly within the tight engine casing of the CBR and Hornet series, featuring a precision-cut 9-tooth spline for smooth engagement.
  • Reliable Thermal Management: Designed to dissipate heat quickly during repeated starting attempts, preventing the internal "binding" that leads to premature failure.