Kenda K780F Southwick II Front Tire - 80/100-21 4PR 51M TT 175A2070

The Kenda K780 Southwick II Tires have a tread pattern specifically designed for wet conditions, making it an ideal choice for riders who ride in all weather types.

• Open tread spacing allows excellent cleaning
• Redesigned casing structure for improved handling and cornering stability

Note in regards to wheels and tyres.

Unless otherwise stated, wheels and tyres are supplied individually. They are not typically listed as a full set since most vehicles run different widths and offsets front to rear. Please carefully check your PCD, width and offset (ET) when choosing wheels or wheel and tyre packages. If you need more information or clarification, contact StreetFX customer support prior to ordering.

Images are supplied by the manufacturer and may be generic. While all efforts are made to provide accurate pictures, there may be differences in the actual product, such as colour, quantity, version, or included components. Please carefully review the description and specifications for details on inclusions or any variations. Some items may be sold individually or in sets, and images may occasionally depict additional products or quantities not included in your purchase. For assistance or clarification, please contact customer support.

Reference Information

Tire, Dirt Bike, K780, Southwick II, 80/100-21, Bias-Ply, Blackwall, Tube-Type, Each

Designed for sandy and muddy conditions, Kenda K780 Southwick ll tires combine race-winning high performance and great value. Their front and rear patterns offer tall knob depths for deep-biting action, wide spaces between the rows self-clean the tread even at slow speeds, and their large radius supports at the knob bases help to reduce roll-over in soft areas with hard bases. These tires have an all-new tread compound to support tall knobs, allow for increased wear/durability, and also offer a quick warmup on cement start pads. They also feature an all-new inside casing structure for improved sidewall stability at low pressures.