KMC KM239 Impact Beadlock 17x9 Wheel, 6x135, +25 Offset, Matte Black

Upgrade your truck or SUV with the KMC KM239 Impact Beadlock wheel, a rugged 17-inch design engineered for drivers who want a strong off-road appearance and dependable fitment. The wheel features a 9-inch width, a six-lug 6x135 bolt pattern, and a +25 mm offset, making it suitable for select vehicles that use this application. Always confirm vehicle compatibility, brake clearance, suspension clearance, and tire specifications before installation.
The KM239 Impact Beadlock is finished in matte black for a clean, durable-looking appearance that complements a wide range of factory and modified vehicle styles. Its beadlock-inspired design adds a distinctive off-road character while maintaining a balanced, purposeful profile. The black finish helps create a stealthy presentation and pairs easily with all-terrain, mud-terrain, and highway tires when matched to the vehicle and intended use.
KMC builds the KM239 with practical fitment details for a straightforward wheel selection process. The wheel uses an 87.10 mm center bore, equivalent to approximately 3.43 inches, and its +25 mm offset is approximately +0.98 inch. The six-lug pattern measures 6x135 mm, or approximately 6x5.31 inches. Verify that the center bore, lug hardware, load requirements, tire size, and wheel-well clearances meet your vehicle manufacturer’s specifications. The KMC KM239 delivers a bold matte black look and application-focused specifications for truck and SUV owners seeking a capable, off-road-inspired wheel upgrade.

Features:

• Brand and Part Number: KMC KM239 Impact Beadlock wheel

• Wheel Size: 17-inch diameter with a 9-inch width

• Bolt Pattern: Six-lug 6x135 mm pattern, approximately 6x5.31 inches

• Offset: +25 mm offset, approximately +0.98 inch

• Finish: Matte black finish with a rugged off-road appearance

• Center Bore: 87.10 mm center bore, approximately 3.43 inches

• Vehicle Compatibility: Designed for select vehicles requiring the listed six-lug pattern, offset, and center bore