• Light-green Enduro Pro Power brake pad for Shimano four-piston brakes
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Shimano XTR / XT / SLX / Saint / ZEE – Enduro Pro Power Disc Brake Pads (D / H / N-Type) | Gorilla Brakes

Shimano XTR / XT / SLX / Saint / ZEE – Enduro Pro Power Disc Brake Pads (D / H / N-Type) | Gorilla Brakes

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Choose this compound if…Extra power and heat resistance for trail, enduro and e-bike use.

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Front + rear?For front and rear, choose 2 packs if both calipers use this pad shape. Check the pack contents below.
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Enduro Pro Power takes its name from its strong, immediate bite from cold, followed by consistent, predictable power delivery as heat builds.

Gorilla Brakes Enduro Pro Power replacement disc brake pads for the compatible Shimano XTR, XT, SLX, Deore, Saint, ZEE, MT and CUES four-piston calipers listed below. These pads use steel backing plates.

At a glance

Specifications

Compound
Enduro Pro Power
Backing plate
Steel
Pad shape
Shimano D-Type fitment
Riding
E-bike, downhill, enduro, trail and XC
Pack contents
2 brake pads and 1 spring
Coverage
1 compatible brake caliper

Each pack contains 2 brake pads and 1 spring for one compatible caliper. For front and rear replacement, check both calipers and order the appropriate pack for each.

Check before ordering

Compatibility

These pads are for the listed Shimano 4-piston calipers. Check the exact caliper model; two-piston versions from the same groupset use different pads.

Brake familyCompatible calipers
XTR 4-pistonBR-M9120, BR-M9220
Deore XT 4-pistonBR-M8020, BR-M8120, BR-M8220
SLX 4-pistonBR-M7120
Deore 4-pistonBR-M6120, BR-M6220
Shimano MT 4-pistonBR-MT420, BR-MT520
Saint / ZEEBR-M810, BR-M820, BR-M640
CUES 4-pistonBR-U8020

E-bike guidance

Gorilla Brakes recommends its Enduro Pro and Factory Racing brake pad ranges for e-bike riding. Match the pad shape, rotor and complete brake setup to your bike and its total load.

Rotor compatibility

This compound is suitable for all bicycle disc brake rotor types, including rotors marked “resin pads only”.

Rotor diameter and thickness must meet your brake manufacturer’s specifications. Check rotor condition and minimum permitted thickness before fitting new pads.

Compound performance

Enduro Pro Power

Enduro Pro Power is a steel-backed compound in the Gorilla Brakes Enduro Pro range. In the approximate plot, braking power rises from about 1,150 W at 40°C to about 1,530 W at 310°C rotor temperature. These figures describe the plotted test setup, not a maximum power rating.

These are approximate readings from the supplied test images. Results describe the tested setup.

Compound ratings out of 10

These scores describe the friction compound.

Braking performance
9
Fade resistance
9
Heat resistance
9
Lifespan
7
Quietness
8
Wet-weather performance
7

Compound ratings supplied by Gorilla Brakes. Higher scores indicate stronger performance in that category; a higher quietness score means quieter braking.

Fitting and bedding in

Match the exact caliper model and your existing pad shape before ordering. Follow the brake manufacturer’s installation instructions and bed in the new pads before normal riding.

Enduro Pro range · laboratory results

Explore Enduro Pro test results

Explore the available results for Enduro Pro Power, our latest compound, alongside the Enduro Pro Ultimate follow-up test. Select a compound to highlight its curve, or view both results together.

The same rotor was used. Compare the curves only where their plotted rotor-temperature ranges overlap.

Approximate readings from the supplied graphs.

Highlight a compound

Braking power vs rotor temperature

Enduro Pro Power and Enduro Pro Ultimate braking powerTwo approximate braking-power curves: Enduro Pro Power and the Enduro Pro Ultimate follow-up test. Values in watts are plotted against rotor temperature in degrees Celsius. Approximate readings from the supplied graphs.05001,0001,5002,00050100150200250300Rotor temperature (°C)Braking power (W)
Follow how braking power changes with rotor temperature in each supplied test. The same rotor was used, but the pads have different test histories. All testing is carried out by Adam Read, Hine-R Engineering, Darwen, Lancashire, United Kingdom.

Tap or move along the graph; use the slider or arrow keys to inspect readings at a rotor temperature.

Approximate readingsRotor temperature: ≈ 300 °C
Enduro Pro Power≈ 1,530 W
Enduro Pro Ultimate · follow-up test≈ 1,710 W

Point 54 of 57

Compare only the plotted ranges; no readings are shown beyond a curve’s endpoint.

View the approximate results table

Approximate values sampled from the supplied curves. Each row identifies the compound. A dash means no visible reading is available; no value has been extrapolated.

Enduro Pro Power and Enduro Pro Ultimate — approximate results
Compound and testRotor temperature (°C)Braking power (W)Caliper temperature (°C)Coefficient of friction (μ)
Enduro Pro Ultimate · follow-up test≈ 35No visible reading in the supplied graph≈ 30≈ 0.31
Enduro Pro Power≈ 40≈ 1,150≈ 29≈ 0.45
Enduro Pro Ultimate · follow-up test≈ 40No visible reading in the supplied graph≈ 30≈ 0.34
Enduro Pro Power≈ 45≈ 1,170≈ 29≈ 0.46
Enduro Pro Ultimate · follow-up test≈ 45≈ 930≈ 30≈ 0.36
Enduro Pro Power≈ 50≈ 1,180≈ 29≈ 0.46
Enduro Pro Ultimate · follow-up test≈ 50≈ 990≈ 30≈ 0.39
Enduro Pro Power≈ 55≈ 1,190≈ 29≈ 0.47
Enduro Pro Ultimate · follow-up test≈ 55≈ 1,040≈ 30≈ 0.41
Enduro Pro Power≈ 60≈ 1,200≈ 29≈ 0.47
Enduro Pro Ultimate · follow-up test≈ 60≈ 1,090≈ 30≈ 0.42
Enduro Pro Power≈ 65≈ 1,210≈ 29≈ 0.47
Enduro Pro Ultimate · follow-up test≈ 65≈ 1,120≈ 30≈ 0.44
Enduro Pro Power≈ 70≈ 1,220≈ 29≈ 0.48
Enduro Pro Ultimate · follow-up test≈ 70≈ 1,150≈ 30≈ 0.45
Enduro Pro Power≈ 75≈ 1,230≈ 29≈ 0.48
Enduro Pro Ultimate · follow-up test≈ 75≈ 1,180≈ 30≈ 0.46
Enduro Pro Power≈ 80≈ 1,240≈ 29≈ 0.48
Enduro Pro Ultimate · follow-up test≈ 80≈ 1,200≈ 30≈ 0.47
Enduro Pro Power≈ 85≈ 1,250≈ 29≈ 0.49
Enduro Pro Ultimate · follow-up test≈ 85≈ 1,220≈ 30≈ 0.47
Enduro Pro Power≈ 90≈ 1,250≈ 29≈ 0.49
Enduro Pro Ultimate · follow-up test≈ 90≈ 1,230≈ 30≈ 0.48
Enduro Pro Power≈ 95≈ 1,260≈ 29≈ 0.49
Enduro Pro Ultimate · follow-up test≈ 95≈ 1,250≈ 31≈ 0.49
Enduro Pro Power≈ 100≈ 1,260≈ 29≈ 0.49
Enduro Pro Ultimate · follow-up test≈ 100≈ 1,270≈ 31≈ 0.49
Enduro Pro Power≈ 105≈ 1,260≈ 29≈ 0.49
Enduro Pro Ultimate · follow-up test≈ 105≈ 1,280≈ 31≈ 0.50
Enduro Pro Power≈ 110≈ 1,270≈ 29≈ 0.50
Enduro Pro Ultimate · follow-up test≈ 110≈ 1,300≈ 31≈ 0.51
Enduro Pro Power≈ 115≈ 1,270≈ 30≈ 0.50
Enduro Pro Ultimate · follow-up test≈ 115≈ 1,320≈ 31≈ 0.52
Enduro Pro Power≈ 120≈ 1,280≈ 30≈ 0.50
Enduro Pro Ultimate · follow-up test≈ 120≈ 1,350≈ 31≈ 0.53
Enduro Pro Power≈ 125≈ 1,290≈ 30≈ 0.50
Enduro Pro Ultimate · follow-up test≈ 125≈ 1,380≈ 31≈ 0.54
Enduro Pro Power≈ 130≈ 1,300≈ 30≈ 0.51
Enduro Pro Ultimate · follow-up test≈ 130≈ 1,420≈ 31≈ 0.55
Enduro Pro Power≈ 135≈ 1,320≈ 30≈ 0.51
Enduro Pro Ultimate · follow-up test≈ 135≈ 1,450≈ 31≈ 0.57
Enduro Pro Power≈ 140≈ 1,340≈ 30≈ 0.52
Enduro Pro Ultimate · follow-up test≈ 140≈ 1,490≈ 32≈ 0.58
Enduro Pro Power≈ 145≈ 1,360≈ 31≈ 0.53
Enduro Pro Ultimate · follow-up test≈ 145≈ 1,510≈ 32≈ 0.59
Enduro Pro Power≈ 150≈ 1,380≈ 31≈ 0.54
Enduro Pro Ultimate · follow-up test≈ 150≈ 1,530≈ 32≈ 0.60
Enduro Pro Power≈ 155≈ 1,400≈ 31≈ 0.55
Enduro Pro Ultimate · follow-up test≈ 155≈ 1,550≈ 32≈ 0.60
Enduro Pro Power≈ 160≈ 1,420≈ 32≈ 0.55
Enduro Pro Ultimate · follow-up test≈ 160≈ 1,560≈ 33≈ 0.61
Enduro Pro Power≈ 165≈ 1,430≈ 32≈ 0.56
Enduro Pro Ultimate · follow-up test≈ 165≈ 1,570≈ 33≈ 0.61
Enduro Pro Power≈ 170≈ 1,440≈ 32≈ 0.56
Enduro Pro Ultimate · follow-up test≈ 170≈ 1,580≈ 33≈ 0.62
Enduro Pro Power≈ 175≈ 1,450≈ 33≈ 0.57
Enduro Pro Ultimate · follow-up test≈ 175≈ 1,590≈ 34≈ 0.62
Enduro Pro Power≈ 180≈ 1,460≈ 33≈ 0.57
Enduro Pro Ultimate · follow-up test≈ 180≈ 1,590≈ 34≈ 0.62
Enduro Pro Power≈ 185≈ 1,470≈ 34≈ 0.57
Enduro Pro Ultimate · follow-up test≈ 185≈ 1,600≈ 35≈ 0.62
Enduro Pro Power≈ 190≈ 1,480≈ 34≈ 0.58
Enduro Pro Ultimate · follow-up test≈ 190≈ 1,600≈ 35≈ 0.63
Enduro Pro Power≈ 195≈ 1,480≈ 35≈ 0.58
Enduro Pro Ultimate · follow-up test≈ 195≈ 1,610≈ 35≈ 0.63
Enduro Pro Power≈ 200≈ 1,490≈ 35≈ 0.58
Enduro Pro Ultimate · follow-up test≈ 200≈ 1,610≈ 36≈ 0.63
Enduro Pro Power≈ 205≈ 1,490≈ 36≈ 0.58
Enduro Pro Ultimate · follow-up test≈ 205≈ 1,610≈ 36≈ 0.63
Enduro Pro Power≈ 210≈ 1,490≈ 36≈ 0.58
Enduro Pro Ultimate · follow-up test≈ 210≈ 1,610≈ 37≈ 0.63
Enduro Pro Power≈ 215≈ 1,490≈ 37≈ 0.58
Enduro Pro Ultimate · follow-up test≈ 215≈ 1,610≈ 38≈ 0.63
Enduro Pro Power≈ 220≈ 1,500≈ 37≈ 0.59
Enduro Pro Ultimate · follow-up test≈ 220≈ 1,610≈ 38≈ 0.63
Enduro Pro Power≈ 225≈ 1,500≈ 38≈ 0.59
Enduro Pro Ultimate · follow-up test≈ 225≈ 1,610≈ 39≈ 0.63
Enduro Pro Power≈ 230≈ 1,500≈ 39≈ 0.59
Enduro Pro Ultimate · follow-up test≈ 230≈ 1,620≈ 40≈ 0.63
Enduro Pro Power≈ 235≈ 1,510≈ 40≈ 0.59
Enduro Pro Ultimate · follow-up test≈ 235≈ 1,620≈ 41≈ 0.63
Enduro Pro Power≈ 240≈ 1,510≈ 41≈ 0.59
Enduro Pro Ultimate · follow-up test≈ 240≈ 1,620≈ 42≈ 0.63
Enduro Pro Power≈ 245≈ 1,510≈ 42≈ 0.59
Enduro Pro Ultimate · follow-up test≈ 245≈ 1,630≈ 43≈ 0.63
Enduro Pro Power≈ 250≈ 1,510≈ 43≈ 0.59
Enduro Pro Ultimate · follow-up test≈ 250≈ 1,630≈ 44≈ 0.64
Enduro Pro Power≈ 255≈ 1,510≈ 44≈ 0.59
Enduro Pro Ultimate · follow-up test≈ 255≈ 1,630≈ 45≈ 0.64
Enduro Pro Power≈ 260≈ 1,520≈ 45≈ 0.59
Enduro Pro Ultimate · follow-up test≈ 260≈ 1,640≈ 46≈ 0.64
Enduro Pro Power≈ 265≈ 1,520≈ 46≈ 0.59
Enduro Pro Ultimate · follow-up test≈ 265≈ 1,650≈ 47≈ 0.64
Enduro Pro Power≈ 270≈ 1,520≈ 47≈ 0.59
Enduro Pro Ultimate · follow-up test≈ 270≈ 1,650≈ 48≈ 0.65
Enduro Pro Power≈ 275≈ 1,520≈ 49≈ 0.59
Enduro Pro Ultimate · follow-up test≈ 275≈ 1,660≈ 49≈ 0.65
Enduro Pro Power≈ 280≈ 1,520≈ 50≈ 0.59
Enduro Pro Ultimate · follow-up test≈ 280≈ 1,670≈ 51≈ 0.65
Enduro Pro Power≈ 285≈ 1,520≈ 52≈ 0.60
Enduro Pro Ultimate · follow-up test≈ 285≈ 1,680≈ 52≈ 0.66
Enduro Pro Power≈ 290≈ 1,530≈ 54≈ 0.60
Enduro Pro Ultimate · follow-up test≈ 290≈ 1,690≈ 53≈ 0.66
Enduro Pro Power≈ 295≈ 1,530≈ 56≈ 0.60
Enduro Pro Ultimate · follow-up test≈ 295≈ 1,700≈ 54≈ 0.66
Enduro Pro Power≈ 300≈ 1,530≈ 58≈ 0.60
Enduro Pro Ultimate · follow-up test≈ 300≈ 1,710≈ 56≈ 0.67
Enduro Pro Power≈ 305≈ 1,530≈ 60≈ 0.60
Enduro Pro Ultimate · follow-up test≈ 305≈ 1,730≈ 57≈ 0.67
Enduro Pro Power≈ 310≈ 1,530≈ 62≈ 0.60
Enduro Pro Ultimate · follow-up test≈ 310≈ 1,740≈ 59≈ 0.68
Enduro Pro Ultimate · follow-up test≈ 315≈ 1,760≈ 64≈ 0.69

Swipe sideways to see all columns.

How to read these results

Power’s curves are excerpts from a longer run stopped when the measured caliper temperature reached 120°C, to protect the piston seals in that setup. The displayed curves end at the last supplied point, before that stop limit. The horizontal axis shows rotor temperature. Values are approximate readings reconstructed from the supplied images. Ultimate continued to produce braking power in its separate follow-up test.

These results describe the tested samples and setups. Compare the curves only where their plotted temperature ranges overlap.

Read the laboratory report ↗

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Help & fitting

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Your questions

About these brake pads

Fitment, materials and performance explained.

Why is this compound called Enduro Pro Power?

The name reflects its strong, immediate bite from cold. As heat builds, the compound delivers a consistent, predictable braking response.

Which Shimano four-piston brakes do these pads fit?

These are the Shimano D/H/N-Type shape for the XTR, XT, SLX, Deore, Saint, ZEE, MT and CUES four-piston calipers listed in the compatibility table. The listed models include BR-M9120, BR-M8120, BR-M7120, BR-M6120, BR-M820, BR-M640, BR-MT420 and BR-U8020. Check the full table for every supported model; a Shimano family name alone does not identify the pad shape.

What is included in each pack?

Each pack contains 2 Enduro Pro Power brake pads and 1 spring, enough for one compatible brake caliper. To replace the pads in two calipers, order two packs and check the correct fitment for each brake.

What backing plates do Power pads use?

Enduro Pro Power pads use steel backing plates. Choose the pad shape that matches your exact caliper model and check the full compatibility table before ordering.

How should I install and bed in the pads?

Check the exact caliper model and pad shape before fitting. Follow your brake manufacturer’s installation instructions, use the retaining hardware specified for your caliper, and follow the bedding-in guidance for your pad and rotor setup.

What do the Power test graphs show?

The graphs plot braking power, caliper temperature and coefficient of friction against rotor temperature using approximate readings from the supplied images. Power’s curves are excerpts from a longer run stopped when the measured caliper temperature reached 120°C, to protect the piston seals in that setup. The displayed curves end at the last supplied point, before that stop limit. Ultimate continued to produce braking power in its separate follow-up test.