The Complete Guide to Brake Pads for SRAM Level Brakes​

Choosing the right brake pads for your SRAM Level brakes is the single most important factor in ensuring optimal stopping power, consistent performance, and long-term safety for your bicycle. This comprehensive guide provides all the practical knowledge you need, from selecting the correct pad compound to step-by-step installation and maintenance, specifically tailored for the SRAM Level brake system.

​Introduction to SRAM Level Brakes and Why Pads Matter​

SRAM Level brakes are a popular line of hydraulic disc brakes found on a wide range of mountain, gravel, and adventure bikes. Their performance, however, is directly dependent on the condition and type of brake pads installed. The brake pad is the consumable component that creates friction against the rotor to slow and stop your bike. Using worn, contaminated, or incorrect pads for your riding style can lead to poor braking, excessive noise, rotor damage, and in severe cases, brake failure. Investing time in understanding brake pads is an investment in your control and safety on the bike.

​Understanding Brake Pad Compounds for SRAM Level Brakes​

SRAM Level brakes are compatible with a variety of brake pad compounds, each identified by a specific material code on the pad backing. The compound determines the pad's characteristics: power, modulation, noise, wear rate, and performance in different conditions. There are three primary compound types.

1. ​Organic Brake Pads (Resin Pads):​​ Often marked with an "R" or labeled as "Resin." These pads are made from a blend of organic fibers like rubber, carbon, and Kevlar, bound with resin.

   • ​Performance:​​ Offer excellent initial bite and smooth, predictable modulation. They are typically quieter than metallic pads and are easier on rotors, causing less wear.
   • ​Best For:​​ General trail riding, cross-country, gravel, and road riding where maximum power is not the primary concern, but control and quiet operation are valued. They perform well in dry to mildly wet conditions.
   • ​Drawbacks:​​ Wear out faster than metallic pads, especially in demanding conditions like long descents. Performance can degrade significantly when wet or muddy, and they are not suitable for extreme heat buildup, as they can glaze over or fade.

2. ​Sintered Metal Brake Pads (Metallic Pads):​​ Often marked with an "M" or labeled as "Metallic." These pads are made from a mixture of metal particles (like copper, steel, and iron) sintered together under heat and pressure.

   • ​Performance:​​ Provide consistent, powerful performance in all weather conditions, including wet and muddy environments. They are more resistant to fade on long, steep descents due to a higher heat tolerance. They also last significantly longer than organic pads.
   • ​Best For:​​ All-mountain, enduro, downhill, and aggressive trail riding. Ideal for riders in wet climates or those who generate high brake temperatures.
   • ​Drawbacks:​​ Can be noisier, especially when contaminated or not fully bedded-in. They require a brief warm-up period to reach optimal performance. They are also harder on rotors, leading to faster rotor wear compared to organic pads.

3. ​Semi-Metallic Pads:​​ A hybrid compound that aims to blend the benefits of both organic and metallic pads. The formulation varies by manufacturer.

   • ​Performance:​​ Seeks to offer good initial bite from organic materials with improved durability and heat resistance from metal content.
   • ​Best For:​​ Riders seeking a middle-ground solution for mixed riding conditions.

​For SRAM Level brakes, the most common and recommended pads are the genuine SRAM Organic (Resin) and SRAM Metal (Sintered) pads.​​ Always check your brake's specific model (e.g., Level T, Level TL, Level Ultimate) as pad shapes are standardized within the Level family, but confirming compatibility is crucial. Third-party manufacturers like SwissStop, Galfer, and Jagwire also offer high-quality pads for SRAM Level brakes, often with proprietary compound variations.

​How to Choose the Right Brake Pads for Your Riding Style​

Selecting the correct compound is a practical decision based on where and how you ride. Use this simple guide.

1. ​Assess Your Primary Terrain and Conditions:​​

   • ​Dry, Flowy Trails & Cross-Country:​​ ​Organic pads​ are an excellent choice. They provide all the power needed for occasional hard stops and offer superb control for technical climbing and maneuvering.
   • ​Variable Conditions, All-Mountain, Enduro:​​ ​Sintered metal pads​ are the most reliable. Their consistent performance in mud, water, and during sustained braking on descents makes them the go-to for aggressive riding.
   • ​Gravel & Road Riding:​​ ​Organic pads​ are typically preferred. They provide smooth, quiet braking power that is perfectly suited to the demands of drop-bar riding, with less concern for extreme heat fade.
   • ​Downhill Park Riding:​​ ​Sintered metal pads​ are mandatory. The extreme speeds and need for repeated, powerful braking demand the highest heat tolerance and durability.

2. ​Evaluate Your Personal Preferences:​​

   • If you prioritize quiet operation and a brake lever that feels smooth and easy to modulate, lean towards ​organic pads.
   • If you want a brake that feels consistently powerful in any weather and you don't mind some occasional noise, choose ​sintered metal pads.

3. ​Consider Rotor Compatibility:​​ Your rotor type can influence pad choice. SRAM's standard "Centerline" rotors work with both compounds. However, if you use a "floating" rotor or a rotor designed for high heat dissipation, it is often paired with metallic pads for best results. ​Always ensure your rotor is in good condition, free of deep grooves or contamination, before installing new pads.​​

​Step-by-Step Guide to Replacing Brake Pads on SRAM Level Brakes​

Replacing brake pads is a straightforward maintenance task. You will need the correct pad type, a 2.5mm or T10 Torx key (for the pad retention pin), a clean rag, and isopropyl alcohol for cleaning.

​1. Prepare the Bike and Brake.​​
* Securely place the bike in a repair stand or a position where the wheel is off the ground.
* Remove the wheel. This provides unobstructed access to the brake caliper and pads.

​2. Remove the Pad Retention Pin.​​
* Locate the small silver or black pin that runs horizontally through the caliper, securing the pads. On most Level brakes, this pin has a small Torx head (T10) or a 2.5mm allen head on one end.
* Using the correct tool, unscrew and carefully pull the pin all the way out. Set it aside in a safe place.

​3. Remove the Old Brake Pads.​​
* Once the pin is removed, the two brake pads and the spring clip that sits between them can be withdrawn from the caliper.
* Gently pull the assembly straight out. Note the orientation. The pads are not identical; the outer pad (with the metal spring clip attached) and the inner pad. The spring clip's legs face the rotor.

​4. Clean the Caliper and Pistons (Critical Step).​​
* With the pads removed, you will see the two pistons inside the caliper. ​Do not pull the brake lever at this stage, as the pistons will be forced out and can pop out completely, causing a leak.
* If the pistons are dirty or have moved unevenly, gently clean them with a cotton swab and isopropyl alcohol. You can use a plastic tire lever to very carefully and evenly push both pistons all the way back into the caliper bore. This creates room for the new, thicker pads.
* Wipe the inside of the caliper where the pads sit to remove any old brake dust or grime.

​5. Install the New Brake Pads.​​
* If your new pads did not come with a fresh spring clip, transfer the old one to the new outer pad. Ensure the spring clip's legs are pointing in the correct direction (they face the rotor and apply light pressure to the pads to reduce rattle).
* Insert the inner pad into the caliper first, then the outer pad with the spring clip. The assembly should slide in smoothly. The spring clip sits in the center channel.
* Visually confirm both pads are seated flat and even within the caliper.

​6. Reinsert the Pad Retention Pin.​​
* Align the hole in the pads and caliper. Insert the pin straight through.
* Thread it or push it in until it is fully seated and secure. Tighten any screw head firmly but do not overtighten.

​7. Reinstall the Wheel and Bed-In the Pads.​​
* Carefully reinstall the wheel, ensuring the rotor sits cleanly between the new pads.
* The final and most important step is bedding-in the new pads. This process transfers a thin, even layer of pad material onto the rotor, creating an optimal friction pairing. To bed-in pads:
* Find a safe, flat area with no traffic.
* Ride to a moderate speed (e.g., 15-20 km/h), then firmly and evenly apply the brake to slow down to a walking pace, but do not come to a complete stop.
* Release the brake and allow the rotor to cool by riding for 20-30 seconds.
* Repeat this process 10-20 times, gradually increasing the pressure and speed with each subsequent stop. You should feel the braking power increase progressively.
* After bedding-in, avoid prolonged, dragging brake application to prevent overheating the new pads.

​Maintenance, Troubleshooting, and Knowing When to Replace​

Regular inspection of your brake pads is essential for safety. Check them every few rides or at least once a month, depending on your riding volume.

​Signs You Need New Brake Pads:​​

• ​Low Pad Material:​​ Visually inspect the pad thickness through the caliper. If the friction material is 1mm thick or less, replace the pads immediately. Most pads have wear indicators (small grooves). If these grooves are gone, the pad is worn out.
• ​Decreased Braking Power:​​ A noticeable loss of power, or a brake lever that pulls closer to the handlebar, often indicates thin pads causing the pistons to over-extend.
• ​Contamination:​​ If pads are contaminated with oil, grease, or hydraulic fluid, they will feel slippery and noisy. Cleaning is rarely effective; replacement is the best solution.
• ​Unusual Noises:​​ Persistent squealing or grinding, especially after cleaning the rotor, can indicate glazed or contaminated pads.

​Common Brake Pad Issues and Solutions:​​

1. ​Squealing or Squeaking:​​ This is the most common complaint. Causes and fixes:

   • ​Contamination:​​ Clean the rotor thoroughly with isopropyl alcohol. Lightly sand the pad surface with fine-grit sandpaper to remove a contaminated layer. If contamination is severe, replace pads and clean rotor.
   • ​Glazed Pads:​​ Overheating can harden the pad surface. Sand the pads lightly and re-bed them.
   • ​Improper Bed-in:​​ Follow the bed-in procedure meticulously.
   • ​Loose Components:​​ Ensure the caliper bolts, adapter, and wheel are properly torqued.

2. ​Poor Braking Power (Spongy or Weak Lever Feel):​​

   • ​Worn Pads:​​ Replace pads.
   • ​Air in Hydraulic Line:​​ This requires a brake bleed, a more advanced procedure. If pads are new and power is still low, a bleed is likely needed.
   • ​Contaminated Pads/Rotor:​​ Clean or replace as above.

3. ​Grinding Noise or Feeling:​​

   • This usually indicates that the pad material is completely worn away and the metal backing plate is grinding against the rotor. ​Stop riding immediately.​​ Replace pads and inspect the rotor for deep grooves or damage. A damaged rotor will likely also need replacement.

​Recommended Brake Pad Products for SRAM Level Brakes​

While genuine SRAM pads are a guaranteed fit and perform excellently, several aftermarket options offer unique benefits.

• ​SRAM Organic (Resin) Pads:​​ The standard choice for reliable, quiet performance. Ideal for most trail and XC riders.
• ​SRAM Metal (Sintered) Pads:​​ The benchmark for all-weather, high-heat durability. Trusted by enduro and downhill riders.
• ​SwissStop EXOThermic2 (Resin) or Sintered Pads:​​ High-performance aftermarket pads known for exceptional power, heat management, and consistency. Often used as an upgrade for demanding conditions.
• ​Galfer Sintered Pads:​​ Offer strong, progressive bite and are popular with aggressive riders. Their compound is formulated for high friction and durability.
• ​Jagwire Pro (Organic or Sintered):​​ A reliable and often more affordable alternative that provides solid performance.

When purchasing, always confirm the pad shape matches the SRAM Level caliper. The most common shape is the "Post Mount" style pad used in recent Level models.

​Maximizing Brake Pad and Rotor Life​

Proper care extends the life of your entire braking system.

• ​Avoid Contamination:​​ Never touch the braking surface of pads or rotors with bare fingers. The oils from your skin will contaminate them. Use clean gloves or tools when handling.
• ​Clean Rotors Regularly:​​ Wipe rotors down with isopropyl alcohol every few rides or after riding in muddy conditions.
• ​Use Appropriate Braking Technique:​​ Instead of dragging brakes, use firm, intermittent applications. This controls speed while allowing components to cool.
• ​Store Bike Properly:​​ Do not leave the bike in a way that pressure is constantly applied to the brake lever (e.g., with a strap compressing it during transport), as this can cause the pads to stick to the rotor.

By understanding the different brake pad compounds for your SRAM Level brakes, following the correct replacement and bedding-in procedures, and performing regular maintenance checks, you ensure that your brakes deliver reliable, powerful stopping performance ride after ride. Your brakes are your most critical safety component; giving them the attention they deserve is non-negotiable for any cyclist.