Whether you are tearing down a rugged mountain trail on your MTB or tackling a steep daily commute on a heavy E-bike, one component stands between you and absolute control: your brake pads .
With so many brands, shapes, and materials on the market, choosing the right replacement brake pads can be overwhelming. In this ultimate guide, we’ll break down the exact steps to find the perfect match for your ride, ensuring maximum stopping power and durability.
Step 1: Shape & Compatibility First (The Golden Rule)
Before looking at materials, you must find the exact shape that fits your brake calipers. Brake pad shapes are determined by the brake caliper model, not the bike brand. Even for the same e-bike model, manufacturers often update components (such as switching from mechanical to hydraulic brakes) across different production batches.
How to identify your pad shape:
-
Check the Caliper: Look for a model number engraved on your brake caliper (e.g., Shimano MT200, Tektro HD-M275, Zoom, etc.).
-
Remove and Inspect: The safest way is to remove your current pad and look at its silhouette. Is it a rectangle with a handle (like the Shimano B01S style), a circle, or a wide square?
-
Match the Pin: Pay attention to whether the pad is held by a split pin (cotter pin) or a threaded bolt.
Step 2: Choose the Right Material (Resin vs. Semi-Metallic vs. Sintered)
Brake pad materials drastically change how your bike stops, how long the pads last, and how much noise they make. Here is a comprehensive comparison matrix to help you decide:
Brake Pad Material Comparison Matrix
| Material | Stopping Power | Heat Dissipation | Durability | Noise Level | Best Suited For |
|
Resin / Organic |
Excellent initial bite | Poor (Fades under heavy heat) | Low (Wears fast in wet mud) | Very Quiet | Casual city commuting, flat trails, lightweight riders. |
|
Semi-Metallic |
Balanced & Strong | Good | Medium-High | Low to Medium | All-around MTB riding, light cargo, aggressive XC. |
|
Sintered / Full Metallic |
Extreme (Needs warming up) | Exceptional (No heat fade) | Very High | Medium to High (Squeaks when wet) | Heavy E-bikes, steep descents, downhill (DH), wet/muddy conditions. |
Step 3: Special Considerations for E-Bikes vs. MTBs
Why E-Bikes Demand More from Brake Pads
Electric bikes are significantly heavier than traditional mountain bikes due to the motor and battery (often weighing 25kg–35kg+). Combined with higher average cruising speeds, E-bikes generate massive kinetic energy that translates into extreme heat during braking.
If you perform a continuous steep descent (e.g., descending 400 meters every morning), standard resin pads will suffer from "heat fade"—a dangerous phenomenon where the resin glazes over, causing a sudden loss of braking power.
-
Our Recommendation for E-Bikes: Always opt for Sintered Metallic or high-performance Semi-Metallic pads. They handle high thermal loads flawlessly, offering consistent braking power without melting away.
Tuning Your MTB for the Trails
For traditional MTBs, rider preference plays a bigger role:
-
If you hate brake noise and ride in dry climates, Semi-Metallic offers the best balance of modulation and quietness.
-
If you ride park, enduro, or frequently encounter mud and rain, Sintered Metallic is non-negotiable for safety.
Summary: A Simple SOP for Upgrading Your Pads
-
Take a photo of your original brake pad or find your brake caliper model.
-
Assess your terrain: If you ride fast, heavy, or downhill, filter for Metallic/Semi-Metallic.
-
Check our compatibility chart below to find the exact model you need.
Need Help Finding Your Match?
We offer a complete range of high-performance Semi-Metallic and Sintered Full-Metallic brake pads engineered specifically to handle the weight and speed of modern MTBs and E-bikes.
Still unsure? Drop a photo of your current brake pads or caliper in our live chat, or email our support team. We will cross-reference it immediately and pinpoint the exact model you need to tackle your next descent safely!
