The Pirelli Diablo Powercruiser rear tire is designed for sport cruisers that demand confident handling, strong traction, and high-speed stability. This 180/55B18 tire uses a racing-inspired structure to support responsive performance while maintaining the comfort and control expected from a premium cruiser tire. The 80H speed and load designation makes it suitable for motorcycle applications requiring dependable rear-tire performance at highway speeds.
Featuring Pirelli’s iconic flash mark in both the tread design and sidewall, the Diablo Powercruiser delivers a distinctive appearance that complements modern cruiser styling. The slick shoulder area is engineered to enhance performance in dry conditions, helping provide a smooth transition and precise control during cornering. Its dynamic handling characteristics support accurate rider input and a composed feel across a range of road conditions.
The high-visibility sidewall design adds visual impact, while the tread and casing construction are developed to provide excellent traction and stability at speed. The Pirelli Diablo Powercruiser is intended as a rear fitment for compatible sport cruiser motorcycles using a 180/55B18 tire specification. Always verify the motorcycle manufacturer’s recommended tire size, load rating, speed rating, and fitment before installation. The manufacturer part number and vendor part number for this tire are 4587200.
Features:
- Fitment: Rear motorcycle tire designed for compatible sport cruiser applications using a 180/55B18 specification
- Size: 180/55B18
- Load and Speed Rating: 80H
- Brand: Pirelli
- Model: Diablo Powercruiser
- Manufacturer Part Number: 4587200
- Vendor Part Number: 4587200
- Tread Design: Iconic Pirelli flash mark integrated into the tread pattern
- Sidewall Design: Matching flash mark with a high-visibility appearance
- Dry Performance: Slick shoulder area helps enhance handling in dry conditions
- Handling: Racing-inspired structure supports dynamic, precise control
- Stability: Engineered to provide strong traction and stability at high speed