KMC KM235 Grenade Crawl Beadlock 18x9 Wheel, 5x5 Bolt Pattern, +10 Offset, Machined Finish

The KMC KM235 Grenade Crawl Beadlock wheel is engineered for off-road enthusiasts who demand durable performance and distinctive styling. Built around KMC’s Grenade Crawl Beadlock design, this 18-inch wheel combines a rugged appearance with fitment for vehicles using a 5x5 bolt pattern. Its machined finish provides a clean, purposeful look that complements both trail-focused builds and custom street applications.

With a 9-inch width and +10 offset, the KMC KM235 helps provide a balanced stance while supporting compatible tire applications. The 5x5 bolt pattern, also identified as 5x127, is designed for select Jeep and other compatible platforms. A 71.50 mm center bore supports proper hub clearance when matched to the vehicle’s specifications. Confirm vehicle fitment, brake clearance, load requirements, and tire compatibility before installation.

The Grenade Crawl Beadlock styling adds visual character and reinforces the wheel’s off-road-oriented identity. This KMC wheel is intended for drivers seeking a strong, functional upgrade with a machined finish and application-specific geometry. Professional installation is recommended, including verification of lug hardware, torque specifications, wheel clearance, and alignment after installation.

What's Included: One KMC KM235 Grenade Crawl Beadlock wheel. Tire, mounting hardware, center cap, and installation accessories are not included unless specified by the seller.

Features:

• Off-Road Beadlock Styling: KMC Grenade Crawl Beadlock design delivers a rugged appearance suited to trail and custom vehicle builds.
• Vehicle-Specific Fitment: 5x5 bolt pattern, also known as 5x127, supports compatible Jeep and other vehicle applications.
• Balanced Wheel Geometry: 18-inch diameter, 9-inch width, and +10 offset provide a purposeful stance for properly matched vehicles.
• Durable Machined Finish: Machined surface offers a clean, technical appearance designed to complement off-road and performance applications.