Moto Metal MO986 Siege 22x10 Chrome Wheel, -18mm Offset

Upgrade your truck or SUV with the Moto Metal MO986 Siege wheel, a bold 22-inch chrome wheel engineered for drivers who want an aggressive appearance and dependable performance. Its deep, 10-inch-wide profile and -18mm offset create a pronounced stance while supporting a commanding fitment for select applications. The polished chrome finish adds a clean, reflective look that complements both custom and factory-style builds.

Designed with a dual bolt pattern, the Moto Metal MO986 supports 6x135 and 6x139.7 applications when matched with the proper vehicle and tire combination. The 106.10mm center bore is intended to accommodate compatible hubs, while professional installation is recommended to verify clearance, load requirements, lug hardware, and tire sizing. Always confirm vehicle-specific fitment before purchase.

Each wheel combines functional specifications with the distinctive styling associated with the Moto Metal Siege series. The MO986 is suited to drivers seeking a larger wheel upgrade without sacrificing a precise, application-focused fit. Its chrome surface is easy to coordinate with a wide range of exterior finishes and aftermarket accessories.

What's Included: One Moto Metal MO986 Siege chrome wheel. Tires, valve stems, lug nuts, center caps, and installation hardware are not included unless specified separately.

Fitment: Designed for select vehicles using a 6x135 or 6x139.7 bolt pattern. Confirm vehicle year, make, model, brake clearance, hub compatibility, and tire requirements before installation.

Features:

• Aggressive 22-inch styling: Delivers a larger, more commanding appearance for compatible trucks and SUVs.
• Chrome finish: Provides a bright, reflective surface that complements custom and factory-inspired vehicle designs.
• Wide wheel profile: The 10-inch width supports compatible performance and all-terrain tire applications.
• Dual bolt pattern compatibility: Designed for select 6x135 and 6x139.7 applications with proper fitment verification.