TASKMASTER Aluminum Heavy Duty Wheel 16x6.5 - 8x6.5 Bolt Pattern

16 Inch Diameter x 6.5 Inch Width; 8 x 165.1 Millimeter/ 8 x 6.50 Inch Bolt Pattern; 0 Millimeter Offset; 3.75 Inch Backspacing; 60 Degree Conical Seat Lug; 123.95 Millimeter Center Bore; 8 Spoke; 1 Piece Cast Aluminum Construction; Black With Machined Lip; 4450 Pound Load Capacity; Compatible With TPMS (Tire Pressure Monitoring System); 33.1 Inch Max Tire Diameter; With Taskmaster Logo Center Cap; Single

The TASKMASTER Aluminum Heavy Duty Wheel, part number 665865HDBM, offers a robust and durable solution for demanding applications. Designed with a 16-inch diameter and 6.5-inch width, this wheel provides reliable performance for various industrial and heavy-duty vehicles. The lightweight aluminum construction ensures strength without excessive weight, helping improve overall vehicle efficiency and handling.

Constructed to meet high standards, this wheel features an 8x6.5 bolt pattern, making it compatible with a range of heavy-duty equipment. Its precision engineering ensures a secure fit and long-lasting performance, even under challenging conditions. The aluminum material resists corrosion and reduces overall vehicle weight, contributing to better fuel economy and ease of maintenance.

Ideal for fleet applications, construction vehicles, and other heavy machinery, the TASKMASTER 16x6.5 aluminum wheel combines strength, durability, and lightweight design. Whether replacing worn-out wheels or upgrading for enhanced performance, this product provides a dependable solution. Its compatibility with a variety of vehicles makes it a versatile choice for professionals seeking quality and reliability in their equipment parts.

Features:

• Material: Heavy-duty aluminum for strength and lightweight performance

• Size: 16-inch diameter with 6.5-inch width

• Bolt Pattern: 8x6.5 for wide compatibility with heavy machinery

• Corrosion Resistance: Aluminum construction resists rust and environmental damage

• Design: Engineered for durability and reliable performance under demanding conditions