Rotiform RC209 RPS 18x9.5 Matte Black Wheel, 5x4.5 Bolt Pattern, +25 Offset

The Rotiform RC209 RPS is an 18-inch performance wheel designed to deliver a distinctive motorsport-inspired appearance with dependable street and performance capability. Its 9.5-inch width and +25 offset provide an aggressive stance, while the matte black finish gives the wheel a clean, understated look that complements a wide range of vehicle styles.

Built around a 5x4.5-inch bolt pattern, also specified as 5x114.3 mm, this Rotiform wheel is engineered for compatible applications requiring a 72.56 mm center bore. The RC209 RPS combines practical fitment specifications with Rotiform’s recognizable styling, making it a strong choice for drivers upgrading their vehicle’s appearance and wheel performance. Confirm vehicle-specific clearance, brake fitment, load requirements, and tire compatibility before installation.

What's Included: One Rotiform RC209 RPS wheel in matte black. Lug nuts, center caps, tires, tire-pressure sensors, and installation hardware are not included unless specified separately.

Fitment: Fitment information should be verified against the vehicle’s year, make, model, trim, suspension setup, brake package, and tire selection. Professional installation is recommended to confirm proper hub, fender, and brake clearance.

Key Specifications: Model: Rotiform RC209 RPS; wheel diameter: 18 inches; wheel width: 9.5 inches; bolt pattern: 5x4.5 inches (5x114.3 mm); offset: +25 mm; finish: matte black; center bore: 2.857 inches.

Features:

• Rotiform RC209 RPS design: Delivers a distinctive performance-oriented appearance with modern motorsport-inspired styling.
• Matte black finish: Provides a durable-looking, low-gloss appearance that complements both factory and modified vehicle finishes.
• 18x9.5 wheel configuration: Offers a wide performance profile for compatible tire applications and an aggressive visual stance.
• 5x4.5-inch bolt pattern with +25 offset: Supports compatible 5-lug vehicle applications while helping achieve a more assertive fitment position.