6N7-81800-10 Starter Motor for 2000-2001 Yamaha 130 Horsepower L130 TL XLR
Includes:
New 9-tooth starter motor
Fits Models:
Yamaha Outboard
Model Years:
1997 - 2010
Submodels:
L130, TL, XLR
Engine Options:
115hp, 130hp, 150hp, 175hp, 200hp, 225hp
Description:
Brand new 9-tooth starter motor designed as a direct replacement for Yamaha outboard engines. This high-quality aftermarket starter delivers reliable engine starting with precision-manufactured armatures and heavy-duty magnets for improved torque and performance. Compatible with 115hp to 225hp models including L130, TL, and XLR submodels from 1997-2010. Features robust construction for extended service life and quick installation. Replaces OEM part numbers 6N7-81800-00, 6N7-81800-01, and 6N7-81800-10. Professional installation recommended for optimal performance.
Features:
¥ Brand new, not remanufacturedÑready for immediate installation
¥ Heavy-duty magnets deliver enhanced starting torque
¥ Precision-engineered armatures tested for long service life
¥ Direct replacement design fits 1997-2010 Yamaha outboard motors
¥ Compatible with 115hp, 130hp, 150hp, 175hp, 200hp, and 225hp engines
¥ 9-tooth pinion gear configuration for reliable engagement
¥ Heavy-duty surface finish for marine durability and corrosion resistance
| Includes | New 9-tooth starter motor |
| Fits Models | Yamaha Outboard |
| Model Years | 1997 - 2010 |
| Submodels | L130, TL, XLR |
| Engine Options | 115hp, 130hp, 150hp, 175hp, 200hp, 225hp |
| Description | Brand new 9-tooth starter motor designed as a direct replacement for Yamaha outboard engines. This high-quality aftermarket starter delivers reliable engine starting with precision-manufactured armatures and heavy-duty magnets for improved torque and performance. Compatible with 115hp to 225hp models including L130, TL, and XLR submodels from 1997-2010. Features robust construction for extended service life and quick installation. Replaces OEM part numbers 6N7-81800-00, 6N7-81800-01, and 6N7-81800-10. Professional installation recommended for optimal performance. |
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