Neoprene keyway outboard motor impeller 500379 Quicksilver
Ref. : QS-17200379

€19.30
Ships in 6 to 8 days
SKU
QS-17200379
🌊 Quicksilver 500379 neoprene impeller: reliable replacement for outboard motors.
💪 Made of wear-resistant and corrosion-resistant neoprene, ensuring durability.
🔄 Compatible with Tohatsu motors and replaces references 3C8-65021-2 and 3C8-65021-2M.
⚙️ 6-blade design for optimal water flow and efficient cooling.
Need an advice ?
QUICKSILVER 500379 NEOPRENE KEYED OUTBOARD IMPELLER: RELIABLE AND DURABLE REPLACEMENT FOR YOUR ENGINE
The Quicksilver 500379 neoprene keyed outboard impeller is an essential part for the proper functioning of your engine cooling system. Designed to ensure optimal water circulation, it prevents overheating and guarantees the longevity of your outboard motor. It is ideal for replacing a worn or damaged impeller, thus ensuring safe navigation.PERFORMANCE AND RELIABILITY: THE WINNING CHOICE
This keyed impeller is made of high-quality neoprene, a material known for its resistance to wear, corrosion, and temperature variations. Its precise design, with its 6 blades, ensures a constant and efficient water flow, even in difficult conditions. By choosing this impeller, you are opting for a reliable and durable spare part that will allow you to fully enjoy your sea trips.COMPATIBILITY AND EASY REPLACEMENT
The Quicksilver 500379 neoprene keyed outboard impeller is compatible with Tohatsu engines and replaces impellers referenced 3C8-65021-2 and 3C8-65021-2M. Its installation is simple and quick, allowing you to get your boat back in the water in minimal time. Do not wait any longer to replace your worn impeller and ensure the optimal performance of your outboard engine.Read more
Technical specifications
- Neoprene component.
- Made in Italy.
- Height of 50.4 mm.
- Thickness of 20.2 mm.
- Center bore of 17.2 mm.
- Features 6 blades.
- Spare part for references 3C8-65021-2 and 3C8-65021-2M.
- Compatible with Tohatsu engines.
- Quicksilver reference: 500379
Write Your Own Review
























