OEM Minn Kota Brush End Housing Replacement (92-300-370)

The Minn Kota 92-300-370 Brush End Housing is a genuine OEM replacement component designed for saltwater trolling motors with 4" lower units (80–101 lb thrust). This housing plays a critical role in protecting and supporting internal brush assemblies, ensuring smooth motor operation and long-term durability.

If your lower unit housing is cracked, worn, or damaged, replacing it with OEM Minn Kota Trolling Motor Partshelps restore performance and prevent further internal damage.

Key Features

• Genuine Minn Kota OEM part
• Part Number: 92-300-370
• Designed for saltwater (Riptide) trolling motors
• Fits 4" diameter lower units
• Compatible with 80–101 lb thrust motors
• Durable construction for harsh marine environments

Compatible Models

This part is designed for use with:

• Minn Kota Riptide Terrova ST 80
• Minn Kota Riptide Terrova ST 101
• Minn Kota Riptide Ulterra 80
• Minn Kota Riptide Ulterra (select models)

Why This Part Matters

The brush end housing protects critical electrical components inside your trolling motor’s lower unit. A damaged housing can lead to:

• Water intrusion
• Reduced motor efficiency
• Electrical failure

Using OEM Minn Kota Trolling Motor Parts ensures proper fitment and reliability during repair. This is one of the most essential Replacement Trolling Motor Parts when servicing the lower unit of your Riptide motor.

What’s Included

• 1 x Minn Kota 92-300-370 Brush End Housing

FAQ

What problem does this part fix?

This part replaces a cracked, worn, or leaking lower unit housing, helping prevent water damage and restoring motor performance.

Is this compatible with all Riptide motors?

No — it fits 4" lower units (80–101 lb thrust) on specific Terrova and Ulterra models. Always verify your motor specs before purchasing.

Is this an OEM Minn Kota part?

Yes. This is an authentic Minn Kota Trolling Motor Parts component (Part #92-300-370).

Why not use aftermarket housings?

OEM Minn Kota Trolling Motor Parts are built to exact specifications, reducing fitment issues and improving long-term durability.