DP Brakes Standard Brake Pads for Kawasaki (DP917)

DP Brakes DP917 Standard Brake Pads are designed for Kawasaki motorcycles requiring dependable, consistent braking performance. Their advanced ceramic-based construction provides a quick break-in period, helping riders reach peak braking performance sooner. The pads deliver strong initial bite and predictable feel in both wet and dry conditions, making them a practical choice for daily riding and a wide range of road applications.
The gray aluminum oxide-based ceramic material on the backplate helps limit heat transfer toward the caliper piston, supporting stable operation during repeated braking. Sintered metal compounds provide extended service life compared with conventional organic or aramid brake pads, while the GG friction rating reflects reliable friction performance across changing riding conditions. DP Brakes engineered the DP917 pads for firm, controlled stops without sacrificing smooth operation.
Quiet performance and rotor-friendly materials help reduce noise and minimize abusive wear on most brake rotors. The formulation is also designed to resist brake fade and produce little to no brake dust, helping maintain cleaner wheels and consistent braking response. For a direct-fit replacement, verify that DP Brakes part number DP917 matches your Kawasaki model and brake system before installation. Professional installation and proper bedding procedures are recommended to achieve the best results.

Features:

• Quick break-in period helps deliver peak braking performance sooner

• Ceramic-based construction supports consistent, hard stops and fade resistance

• Aluminum oxide-based ceramic backplate material helps keep heat away from the caliper piston

• Strong initial bite and predictable feel in wet and dry conditions

• Sintered metal compounds provide longer service life than conventional organic or aramid pads

• GG friction rated for dependable braking performance

• Quiet, rotor-friendly operation with little to no brake dust

Ships from Parts Unlimited.