OVERVIEW
The Shinko SR777 is a rear motorcycle tire engineered to deliver load-bearing durability and consistent road contact for heavier cruiser platforms. Built with an aramid-belted rubber carcass, this 150/80‑16 compound reinforces structural integrity while supporting extended touring miles. It provides reliable grip and stability where weight distribution and high-speed highway cruising demand dependable performance.
ENGINEERING & PERFORMANCE
A grooved tread pattern paired with functional siping actively channels moisture away from the contact patch, maintaining predictable feedback across both wet and dry pavement. The aramid-reinforced internal structure resists deformation under heavy loads, allowing the tire to sustain mechanical stress during long-distance rides without compromising handling alignment. Engineered specifically for rear mounting positions, this geometry balances lateral stability with a compliant rubber compound that absorbs road vibration while preserving cornering confidence.
KEY FEATURES
- Dedicated rear mounting application for cruiser motorcycles
- Aramid-belted carcass construction for increased durability
- Heavy-duty reinforced architecture designed for elevated load capacity
- Grooved tread configuration with functional siping for water evacuation
- Optimized rubber compound for consistent dry and wet traction
- High-speed stability tuning matched to touring usage patterns
- Designed exclusively as a rear wheel installation tire
TECHNICAL SPECIFICATIONS
- Brand: Shinko
- Part Name: 777 Heavy Duty SR777
- Product Type: Rear Tire
- Material: Aramid-Belted Rubber
- Tire Size: 150/80‑16
- Compatible Trims: V-Twin and Metric Cruisers requiring 150/80‑16 rear mount
FITMENT
- V-Twin and Metric Cruiser motorcycles requiring a 150/80‑16 rear tire
WHY RIDERS CHOOSE THIS
Riders choose the Shinko 777 for its reinforced casing and groove-patterned tread, which together maintain steady pavement grip when carrying heavy touring gear or passengers. The aramid belt package prevents sidewall flex under sustained highway speeds, translating directly into predictable steering response and reduced tire scrubbing over long distances. Because the casing geometry is optimized for rear-wheel loading, it aligns smoothly with typical cruiser frame architectures, delivering a stable foundation without sacrificing ride compliance on extended trips.