Michigan WHL 992506 10.125 x 14 Aluminum Vortex Wheel for Heavy-Duty Applications

Outboard; 10-1/8 Inch x 14 Inch Prop Size; 10-1/8 Inch Diameter; 14 Inch Pitch; 3 Blade; Right Hand Rotation; Aluminum; Hub Kit Is Needed Based On The Horsepower Please See The Technical Document For More Information

The Michigan WHL 992506 is a durable aluminum vortex wheel designed for heavy-duty applications requiring reliable performance. With a size of 10.125 inches in diameter and 14 inches in width, this wheel offers a robust construction suitable for demanding environments. Its lightweight aluminum construction ensures strength without excessive weight, facilitating easier handling and installation. The vortex design enhances airflow and heat dissipation, making it ideal for high-performance vehicles and industrial equipment.

Built with precision, the Michigan WHL 992506 features a sturdy construction that withstands tough operational conditions. Its design promotes efficient cooling and improved aerodynamics, contributing to overall system efficiency. This wheel is suitable for specialized applications where durability and performance are critical. The product is shipped via LTL freight, ensuring safe and reliable delivery to your location.

Whether you're upgrading your vehicle or replacing existing wheels in a commercial setting, the Michigan WHL 992506 offers an optimal combination of strength, lightweight performance, and advanced design. Trust Michigan WHL's reputation for quality engineering and superior manufacturing standards to meet your specific needs. This wheel is a dependable choice for professionals seeking long-lasting, high-performance wheel solutions.

Features:

• Size: 10.125 inches in diameter and 14 inches in width for versatile use

• Material: Lightweight aluminum for durability and ease of installation

• Design: Vortex pattern enhances airflow and heat dissipation

• Application: Suitable for heavy-duty vehicles and industrial equipment

• Construction: Robust build to withstand demanding operational conditions