MICKEY THOMPSON 365022011 Mickey Thompson 365022011 ET Drag Tire, 35.0/15.0-16, Bias-Ply, X5 Compound, White Letter

The Mickey Thompson ET Drag Tire is engineered for drag racing applications that demand dependable traction and consistent performance at the track. Part number 365022011 features a bias-ply construction and Mickey Thompson’s X5 compound, providing a purpose-built combination for competition-focused setups. The tire’s wide profile supports a substantial contact patch, while the specialized drag racing design helps maximize launch performance when properly matched to the vehicle, drivetrain, suspension, and track conditions.
The white letter sidewall adds a classic racing appearance that complements both modern and traditional performance builds. This tire is designed for use in controlled drag racing environments and should be installed, inflated, and maintained according to the vehicle manufacturer’s recommendations and applicable racing requirements. As a competition-oriented tire, it is important to verify fitment, wheel compatibility, clearance, operating conditions, and class rules before installation.
Mickey Thompson is recognized for developing high-performance tires for motorsports and enthusiast applications. The ET Drag Tire delivers a focused solution for racers seeking a dedicated bias-ply tire with a proven drag racing format and distinctive white letter styling. It is sold individually, making it suitable for replacing a single tire or configuring a tailored racing setup. Always inspect the tire before use, follow proper mounting procedures, and confirm that the tire is appropriate for the intended vehicle and track conditions.

Features:

• Brand: Mickey Thompson

• Part Number: 365022011

• Application: Purpose-built for drag racing and controlled competition use

• Construction: Bias-ply design for drag racing applications

• Compound: X5 compound engineered for performance-focused track use

• Sidewall: White letter styling for a classic motorsports appearance

• Configuration: Sold individually