NICHE Starter Motor Assembly for Honda FourTrax Foreman 400-500 — OEM-Equivalent High Torque

Overview

NICHE presents a robust Starter Motor Assembly designed to restore dependable starts for Honda FourTrax Foreman riders. This unit is built to align with OEM references 31200-HM7-003 and 31200-HM7-A41, covering a wide span of Foreman models from mid 1990s to early 2010s. The high torque design aims to deliver steady cranking in varied conditions, offering a practical upgrade over worn or weaker starters without overpromising results.

Compatibility highlights

• OEM numbers: 31200-HM7-003 and 31200-HM7-A41
• Honda FourTrax Foreman 400 TRX400FW models (1995-1996, 1997-2003)
• Honda FourTrax Foreman 450 TRX450S/ES/FE/FM (1998-2001) and TRX450FM/FE (2002-2004)
• Honda FourTrax Foreman 500 TRX500FE/FM/TM/FPE/FPM (2005-2011)

Performance and design

• High Torque design engineered to exceed OEM expectations
• Brush Type Carbon for efficient electrical contact
• Torque N m: 1.9; Cycle Rating: 10000; Teeth: 10
• Rotational Direction: Counter Clockwise (CCW)

Real-world use and scenarios

Imagine starting a ride after storage or on a chilly morning. A reliable starter can contribute to smoother engine cranking and fewer interruptions during your first few turns of the key. This NICHE unit is designed to be a practical drop-in option for a broad range of Foreman models, offering potential improvements in starting reliability while staying mindful of the overall electrical health of the machine.

Installation and care

To maximize compatibility, verify the listed OEM numbers and ensure connectors match your harness. The unit is configured for CCW rotation and intended to mount in the standard orientation for Foreman models. Regularly check the electrical system, keep connections clean, and inspect the starter area for wear or damage to maintain consistent starts over time.

Bottom line

This NICHE starter motor assembly provides an OEM-compatible path to restoring starting performance on Honda Foreman bikes. It presents a practical option for refurbishing a machine, with high torque potential and carbon brush design that supports reliable contact, while avoiding guarantees and acknowledging the influence of overall system health.