Shinko 190/50-17 120/60-17 005 Advance Motorcycle Tire Set Combo Front And Rear

$ 18.99

5 (644) In stock

Shinko Motorcycle Tires 87-4018 Tires, 005 Advance, 200/50ZR-17, Radial, Blackwall, Directional, Rear, Each - Take the lead--Shinko 005 Advance tires are high performance sport touring radials that will move your motorcycle to the front of the pack. Their progressive intermediate rubber compound and Aramid belts enhance high-speed performance, while the specially designed tread grooves help to dissipate water efficiently on wet surfaces.

Shinko 005 Advance Radial Tire 190/50ZR17 Rear

Motorcycle Tyre Warehouse, Australia's #1 CHEAPEST Online Motorcycle Tyre Warehouse, Motorcycle Tyre Warehouse

Bridgestone 160/60zr-17 (69w) Battlax S21 Hypersport Rear Motorcycle Tire

Shinko Motorcycle Tires

120/70ZR17 200/50ZR17 Shinko 005 Advance Motorcycle Tires. Shinko 005 Advance Front and Rear Tire Set. 1 Rear Tire Size - 190/50ZR17 Part # 87-4017. 1

Shinko 120/70ZR17 190/50ZR17 Motorcycle Tires Front Rear Set 005 Advance

Shinko Motorcycle Tires 87-4018 Tires, 005 Advance, 200/50ZR-17, Radial, Blackwall, Directional, Rear, Each - Take the lead--Shinko 005 Advance tires are high performance sport touring radials that will move your motorcycle to the front of the pack. Their progressive intermediate rubber compound and Aramid belts enhance high-speed performance, while the specially designed tread grooves help to dissipate water efficiently on wet surfaces.

Shinko 005 Advance Radial Tire 190/50ZR17 Rear

Shinko E705 Dual Sport Front/Rear Tyre 120/80-18 - Northside Motorcycle Tyres & Service (Brisbane)

The Bridgestone Battlax S22 Hypersport is Bridgestone’s premier tire for the modern street sport bike. Starting where the S21 left off, the S22 has improved both the compounds and pattern design, to promote better handling in all conditions, without compromising wear. Front and rear compound improves the S22’s dry grip. Front and rear pattern design, and a rear compound improves the overall wet grip, improved wet performance by utilizing fine grain Silica.