13/02/2026
When it comes to cycling components, SRAM stands as a titan, one of the 'big three' manufacturers globally. Cyclists worldwide rely on their innovative gear, from intricate drivetrains to powerful braking systems. However, a common query often arises amongst riders: who exactly manufactures SRAM brake pads? While SRAM designs and engineers its renowned braking systems, the production of crucial consumables like brake pads often falls to specialist third-party manufacturers. Understanding this relationship is key to appreciating the ecosystem of the cycling industry and, more importantly, to making informed choices about your bike's stopping power.
SRAM's journey began in Chicago in 1987, founded by three friends with a vision. Their rapid growth through the 1990s was propelled by a keen ability to adapt road bike technology for the burgeoning mountain bike market in 1991. This innovative spirit, coupled with strategic product development and key acquisitions, led to massive expansion. By 2006, SRAM had broadened its focus beyond mountain biking, venturing into road bike, time-trial, triathlon, fitness, and E-bike markets, cementing its position as a comprehensive component provider. While SRAM excels in system design, the intricate process of brake pad manufacturing, with its specific material science and production techniques, is frequently outsourced to companies that specialise solely in this area.
The Specialist Behind the Pads: Gorilla Brakes
One prominent name that consistently emerges when discussing manufacturers of SRAM brake pads is Gorilla Brakes. This UK-based company has carved out a significant niche for itself by supplying high-quality brake pads compatible with a vast array of SRAM braking systems. Their extensive range covers popular models such as SRAM Guide, Rival, Level, Avid Elixir, and Code brakes, among many others. Gorilla Brakes focuses on developing and producing pads that not only meet but often exceed the performance expectations of original equipment (OE) pads, offering cyclists a reliable and often enhanced alternative.
The practice of relying on specialist manufacturers like Gorilla Brakes is not uncommon in the cycling industry. Component manufacturers often focus their resources on core technologies and system integration, while specialised suppliers handle high-volume, precision-engineered consumables. This allows SRAM to concentrate on developing cutting-edge brake callipers and levers, while companies like Gorilla Brakes perfect the friction materials that provide the actual stopping power. This collaboration ultimately benefits the end-user, ensuring a wide availability of high-performance brake pads tailored for specific SRAM systems.
Understanding Brake Pad Materials: Organic vs. Sintered
When selecting replacement brake pads for your SRAM system, understanding the different material compounds is crucial, as each offers distinct performance characteristics suited to various riding conditions and preferences. The two primary types you'll encounter are organic (resin) and sintered (metallic) pads, with semi-metallic pads offering a blend of both.
Organic (Resin) Brake Pads
Organic pads, also known as resin pads, are typically made from a mixture of fibres (such as rubber, Kevlar, or cellulose) bound together with a resin. They are generally quieter than metallic pads and offer a good initial bite, meaning they provide strong braking power from the moment you apply the lever. They are often preferred for dry conditions and trail riding where modulation (the ability to control braking power smoothly) is important. However, organic pads tend to wear faster, especially in wet or muddy conditions, and their performance can fade on long, sustained descents due to heat build-up.
Sintered (Metallic) Brake Pads
Sintered pads, also referred to as metallic pads, are composed of metallic particles (like copper, iron, or steel) fused together under high heat and pressure. These pads are known for their exceptional durability and resistance to fading, making them ideal for aggressive riding, downhill, and wet or muddy conditions. They offer consistent performance even when hot and last significantly longer than organic pads. The trade-off is that metallic pads can be noisier, especially in damp conditions, and may require more lever pressure for initial bite compared to organic pads. They also tend to generate more heat, which can affect rotor and fluid temperatures.
Semi-Metallic Brake Pads
As the name suggests, semi-metallic pads combine elements of both organic and sintered compounds. They aim to offer a balance between the modulation and quiet operation of organic pads and the durability and fade resistance of metallic pads. These are often a good all-rounder choice for various riding styles and conditions, providing a compromise that many riders find appealing.
Here's a quick comparison:
| Feature | Organic (Resin) Pads | Sintered (Metallic) Pads |
|---|---|---|
| Initial Bite | Excellent | Good (can require more pressure) |
| Noise Level | Quiet | Can be noisy (especially when wet) |
| Durability | Lower | High |
| Fade Resistance | Lower (can fade when hot) | High (consistent in heat) |
| Performance in Wet | Reduced | Excellent |
| Rotor Wear | Lower | Higher |
| Best For | Dry trails, cross-country, light use | Downhill, aggressive riding, wet/muddy conditions |
Choosing the Right Pad for Your SRAM Brakes
Selecting the correct brake pad for your SRAM system involves considering several factors:
- Riding Style: Are you a casual rider, a cross-country enthusiast, or an aggressive downhill racer? Your riding intensity dictates the demands on your brakes.
- Terrain and Conditions: Do you primarily ride in dry, dusty conditions or frequently encounter wet, muddy, or mountainous terrain?
- Durability vs. Modulation: Do you prioritise long-lasting pads, or is precise control and a quiet ride more important to you?
- Compatibility: Always ensure the pads you choose are specifically designed for your SRAM brake model (e.g., SRAM Level, Guide, Code). While Gorilla Brakes offer a wide range, verifying the exact fit is crucial for safety and performance.
For most general trail riding and cross-country use in varied conditions, a good quality semi-metallic pad often provides the best balance. For riders who push their limits on steep descents or in consistently wet and gritty environments, sintered pads will offer superior performance and longevity. Conversely, if silent operation and immediate bite are paramount for your riding style, and you primarily ride in dry conditions, organic pads might be your preference.
Maintaining Your SRAM Brake Pads
Proper maintenance is essential to ensure the longevity and optimal performance of your SRAM brake pads and system. Regular inspection of your pads is key. Look for signs of wear – if the friction material is getting thin (typically less than 1mm), it's time for a replacement. Also, check for contamination from oil or grease, which can severely impair braking performance and cause squealing. Contaminated pads usually need to be replaced, as cleaning them effectively is challenging.
When replacing pads, ensure your hands are clean and avoid touching the friction material. It's also a good practice to clean your brake rotors with a dedicated disc brake cleaner to remove any residue that could contaminate the new pads. After installation, 'bed in' your new pads by performing a series of gradual stops from moderate speed. This process helps transfer a layer of friction material to the rotor, optimising braking performance and reducing noise.
Frequently Asked Questions About SRAM Brake Pads
Q: Are SRAM brake pads universal?
A: No, SRAM brake pads are not universal. Different SRAM brake models (e.g., Level, Guide, Code, Rival, Apex) use distinct pad shapes and fittings. Always ensure the replacement pads are specifically compatible with your exact SRAM brake calliper model.
Q: How do I know which SRAM brake pads I need?
A: The easiest way is to check the model name on your SRAM brake calliper. You can then look up the corresponding brake pad type online or consult the manufacturer's compatibility chart. Alternatively, remove your existing pads and compare their shape and fitting to potential replacements.
Q: How long do SRAM brake pads last?
A: The lifespan of SRAM brake pads varies significantly depending on the pad material (organic pads wear faster than sintered), riding conditions (wet and gritty conditions accelerate wear), riding style (aggressive braking wears pads quicker), and rider weight. On average, a set of pads might last anywhere from a few hundred to several thousand kilometres.
Q: Can I mix and match different brake pad brands?
A: Yes, you can use compatible brake pads from third-party manufacturers like Gorilla Brakes with your SRAM brake system. As long as the pads are designed for your specific SRAM calliper, they should function correctly. Many riders opt for aftermarket pads for specific performance characteristics or value.
Q: Why are my SRAM brake pads squealing?
A: Squealing can be caused by several factors, including contaminated pads or rotors (oil, grease), improper bedding-in process, worn-out pads, misaligned callipers, or the pad material itself (sintered pads can be noisier). Try cleaning your rotors, re-bedding your pads, or checking calliper alignment as initial troubleshooting steps.
Q: What is 'bedding in' brake pads?
A: Bedding in brake pads is the process of gradually applying the brakes to transfer a thin, even layer of friction material from the pads onto the rotor. This process optimises braking performance, reduces noise, and ensures consistent stopping power. It typically involves a series of progressively harder stops from moderate speeds without coming to a complete stop.
Conclusion
While SRAM designs and engineers the sophisticated braking systems on your bicycle, the actual manufacturing of the consumable brake pads is often handled by specialist companies like Gorilla Brakes. This partnership allows both entities to focus on their respective areas of expertise, ultimately providing the cycling market with a diverse range of high-quality braking solutions. Understanding the different types of brake pads available – organic, sintered, and semi-metallic – and choosing the correct type for your riding style and conditions is paramount to achieving optimal stopping power and safety. Regular inspection and proper maintenance will ensure your SRAM brake pads perform reliably, keeping you in control on every ride.
If you want to read more articles similar to SRAM Brake Pads: Unravelling the Makers, you can visit the Brakes category.