Disc Pads

- High-end, premium disc brake pads made in Ljubljana Slovenia - Red compound provides predicatable all round braking performance at a great valueT...

- High-end, premium disc brake pads made in Ljubljana Slovenia - Green compound is the softest, quietest, and highest performance option (will also...

- High-end, premium disc brake pads made in Ljubljana Slovenia - Green compound is the softest, quietest, and highest performance option (will also...

- High-end, premium disc brake pads made in Ljubljana Slovenia - Green compound is the softest, quietest, and highest performance option (will also...

- High-end, premium disc brake pads made in Ljubljana Slovenia - Blue compound is the hardest, longest lasting option (great for ebike applications...

- High-end, premium disc brake pads made in Ljubljana Slovenia - Blue compound is the hardest, longest lasting option (great for ebike applications...

- High-end, premium disc brake pads made in Ljubljana Slovenia - Green compound is the softest, quietest, and highest performance option (will also...

- High-end, premium disc brake pads made in Ljubljana Slovenia - Red compound provides predicatable all round braking performance at a great valueT...

- High-end, premium disc brake pads made in Ljubljana Slovenia - Red compound provides predicatable all round braking performance at a great valueT...

- High-end, premium disc brake pads made in Ljubljana Slovenia - Red compound provides predicatable all round braking performance at a great valueT...

- High-end, premium disc brake pads made in Ljubljana Slovenia - Blue compound is the hardest, longest lasting option (great for ebike applications...

- High-end, premium disc brake pads made in Ljubljana Slovenia - Blue compound is the hardest, longest lasting option (great for ebike applications...

- High-end, premium disc brake pads made in Ljubljana Slovenia - Blue compound is the hardest, longest lasting option (great for ebike applications...

- High-end, premium disc brake pads made in Ljubljana Slovenia - Blue compound is the hardest, longest lasting option (great for ebike applications...

Tektro Disc Brake PadsProduct Specifics Compound: Resin Heat Sink: No Backing Plate Material: Steel Pad Shape Number: 31 Today's Stock StatusCurren...

Tektro Disc Brake PadsProduct Specifics Compound: Metal Ceramic Backing Plate Material: Steel Pad Shape Number: 59 Today's Stock StatusCurrently no...

Tektro Disc Brake PadsProduct Specifics Compound: Metal Ceramic Backing Plate Material: Steel Pad Shape Number: 50 Today's Stock StatusCurrently no...

Tektro Disc Brake PadsProduct Specifics Compound: Metal Ceramic Backing Plate Material: Steel Pad Shape Number: 22 Today's Stock StatusCurrently no...

Tektro Disc Brake PadsProduct Specifics Compound: Sintered Backing Plate Material: Steel Pad Shape Number: 50 Today's Stock StatusCurrently not ava...

Tektro Disc Brake PadsProduct Specifics Compound: Resin Designed for ebike: Yes Pad Shape Number: 50 Today's Stock StatusCurrently not available UP...

TRP Disc Brake PadsProduct Specifics Backing Plate Material: Steel Compound: Sintered Heat Sink: No Pad Shape Number: 59 Today's Stock StatusCurren...

- Alloy backed replacement pads - Semi-metallic compound works well in dry conditions but may wear quickly in wet/muddy conditions - Pair/set (1 ca...

- Alloy backed replacement pads - Semi-metallic compound works well in dry conditions but may wear quickly in wet/muddy conditions - Pair/set (1 ca...

- Alloy backed replacement pads - Semi-metallic compound works well in dry conditions but may wear quickly in wet/muddy conditions - Pair/set (1 ca...

- Alloy backed replacement pads - Sold as a pair and includes pad retaining spring, pin and clipToday's Stock StatusCurrently not available UPC: No...

- Alloy backed replacement pads - Sold as a pair and includes pad retaining spring, pin and clipToday's Stock StatusCurrently not available 4 Avai...

- Replacement disc pads with high performance, organic semi-metallic compounds - Performance compound: is suitable for all conditions and perfectly...

- Replacement disc pads with high performance, organic semi-metallic compounds - Performance compound: is suitable for all conditions and perfectly...

- Designed to deliver balanced, long-lasting stopping power and modulation under a variety of conditions - Organic compound is specially formulated...

- Designed to deliver balanced, long-lasting stopping power and modulation under a variety of conditions - Organic compound is specially formulated...

- Replacement brake pads for a variety of brake models, available in three compounds - Carbo-Metallic pads are sintered with a percentage of carbon...

- Replacement brake pads for a variety of brake models, available in three compounds - Carbo-Metallic pads are sintered with a percentage of carbon...

- Replacement brake pads for a variety of brake models, available in three compounds - Carbo-Metallic pads are sintered with a percentage of carbon...

- Replacement brake pads for a variety of brake models, available in three compounds - Carbo-Metallic pads are sintered with a percentage of carbon...

- 2004 through current Hope pads (for prior years/models see EBC and others options) - Includes all springs and clipsToday's Stock Status 10 Avail...

- Replacement disc pads with high performance compounds - Click on item for additional brake model use compatibilityToday's Stock StatusCurrently n...

- Replacement disc pads with high performance compounds - Click on item for additional brake model use compatibilityToday's Stock Status 1 Ready t...

- Replacement disc pads with high performance compounds - Click on item for additional brake model use compatibilityToday's Stock Status 2 Ready t...

- Replacement disc pads with high performance compounds - Standard compound is suitable for all conditions and perfectly balanced in terms of power...

- Replacement disc pads with high performance compounds - Standard compound is suitable for all conditions and perfectly balanced in terms of power...

- Extra durable e-bike brake pads with high Kevlar content for less heat development - Steel-back plate disc pads with all-conditions organic compo...

- Specially modified graphene in the friction compound greatly improves braking performance, durability and heat transfer to the backplate - Backpl...