All Balls Racing ABR18-8049 Sintered Front Left Brake Pad for 2016-2017 Can-Am Commander MAX 800R DPS

• Greater stopping power in comparrison to semi-metallic or organic brake pads
• All Balls Racing Sintered brake pads provide an improved life span

Upgrade the braking performance of your powersports vehicle with the All Balls Racing ABR18-8049 Sintered Front Left Brake Pad. Designed for the 2016-2017 Can-Am Commander MAX 800R DPS, this replacement brake pad delivers stronger stopping power than comparable semi-metallic or organic compounds. Its sintered construction is engineered for demanding off-road use, helping provide dependable braking performance during trail riding, utility work, and other severe operating conditions.

All Balls Racing sintered brake pads are built with durability in mind. The friction material is designed to provide an improved service life while maintaining consistent braking response. This makes the ABR18-8049 a practical choice for riders seeking a reliable replacement component for the front left braking position. Proper installation should be performed according to the vehicle manufacturer’s service procedures, and the brake system should be inspected before operation.

Key Features and Performance Benefits

• Greater stopping power compared with semi-metallic or organic brake pads
• Sintered friction material supports improved pad life
• Designed for consistent braking performance in powersports applications
• Direct replacement fit for the specified front left brake position

Product Specifications and Technical Data

• Brand: All Balls Racing
• Part Number: ABR18-8049
• Part Type: Sintered brake pad
• Brake Position: Front left
• Vehicle Type: Powersports
• Application: 2016-2017 Can-Am Commander MAX 800R DPS
• Friction Material: Sintered compound
• Quantity: One brake pad

What’s Included

• One All Balls Racing ABR18-8049 sintered front left brake pad

Fitment: 2016-2017 Can-Am Commander MAX 800R DPS. Verify the model, year, brake position, and existing pad configuration before ordering.