Kategorie: SRAM Force Bremsbeläge | Force AXS hydraulische Scheibenbremsbeläge

SRAM Force Scheibenbremsbeläge kompatibel mit SRAM Force und Force AXS hydraulischen 2-Kolben-Bremssätteln. SRAM Force verwendet das kleine SRAM Road-Belagprofil, das auch mit RED-, Rival- und Apex-Systemen geteilt wird, und bietet kraftvolle sowie leichte Bremsleistung für Straßenrennen und schnelles Gravel-Riding.

SRAM Force Kompatibilität

Kompatible Modelle

SRAM Force / Force AXS (Hydraulische Scheibenbremse)

Belagprofil

Kleines SRAM Road / 2-Kolben Belagprofil


Enduro Pro

Maximale Bremskraft und Fading-Resistenz für lange Abfahrten und hohe Belastung.

Höchste Performance.


Factory Racing

Leistungsorientierte Beläge, abgestimmt auf Modulation, Hebelgefühl und kontrolliertes Bremsen.

Ausgewogene Kraft & Kontrolle.


Standard-Beläge

Beinhaltet Sintered, Semi-Metallic und Ceramic Optionen mit zuverlässiger Performance für den Alltag.

Zuverlässige Alltagsleistung.

Benötigen Sie Hilfe bei der Auswahl des richtigen Belags? Sehen Sie sich den Leitfaden unten an.

Leitfaden zu Belägen und kompatiblen Modellen anzeigen ↓

Workshop Notes — SRAM Force (Road / Gravel)

  • Squealing brakes: Almost always contamination or poor bedding-in. Clean rotors thoroughly with isopropyl alcohol before installing new pads.
  • Soft or inconsistent lever: Usually bleed quality — not the pads. Air in the system causes wandering bite point.
  • Long alpine descents: Lightweight road calipers build heat quickly. Choose higher heat-stability compounds for mountain riding.
  • Wet UK conditions: Sintered or Semi-Metallic compounds provide stronger bite and better durability in grit and rain.

🏆 Enduro Pro Compound Comparison (Highest Performance)

Compound Backing Plate Dry Wet Heat Life Best For
Enduro Pro Ultimate 🟧 Orange ★★★★★+ ★★★★★+ ★★★★★+ ★★★★★+ Road racing, gravel racing, long mountain descents, maximum braking control
Enduro Pro Semi-Metallic 🔵 Blue ★★★★★ ★★★★★ ★★★★★ ★★★★★ All-weather road & gravel, wet UK riding, consistent power and durability
Enduro Pro Resin ⚫ Black ★★★★ ★★★ ★★★★ ★★★★ Dry road & gravel, quieter braking, smooth modulation

🏁 Factory Racing Compound Comparison (High Performance)

Compound Backing Plate Dry Wet Heat Life Best For
Factory Racing (Green) 🟩 Steel ★★★★ ★★★★ ★★★★ ★★★★★+ High-mileage endurance riding, heavier riders, long descents
Factory Racing Titanium ⚪ Titanium ★★★★ ★★★ ★★★★ ★★★ Lightweight road builds, fast dry riding, reduced rotating weight
Factory Racing Stealth 🟪 Stealth Purple ★★★★★ ★★★★ ★★★★ ★★★★ Quiet braking with strong modulation for mixed road & gravel
Factory Racing Organic ⚪ Grey ★★★★ ★★ ★★ ★★★★ Smooth lever feel, quiet urban riding, low rotor wear

🔧 Standard Compounds – Road & All-Weather Performance

Compound Backing Plate Dry Wet Heat Life Best For
Semi-Metallic ⚫ Black ★★★★ ★★★ ★★★ ★★★ Everyday road & gravel, balanced performance and durability
Ceramic – NANO TECH 🟢 Green ★★★★★ ★★★★ ★★★ ★★★ Dry conditions, low rotor wear, efficient braking for endurance rides
ENDURO Ceramic 🔴 Red ★★★★★ ★★★★★ ★★★★ ★★★★ Heavier riders, high-speed descents, mixed road & gravel
Sintered (Metallic) 🟡 Gold ★★★★★ ★★★★★ ★★★★★+ ★★★★★ Wet winter road & gravel, maximum durability and fade resistance

📚 Helpful Resources

Frequently Asked Questions

Which SRAM Force brakes do these pads fit?
They fit SRAM Force hydraulic road/gravel systems that use the “small” SRAM pad shape (shared with RED/ Rival/ Apex and many Level 2-piston systems). Always match your pad shape to the old pads before ordering.
My Force brakes squeal after a pad swap — what’s the usual cause?
Most squeal is contamination (sprays, chain lube, oily fingerprints) or uneven piston retraction. Clean rotors with isopropyl alcohol, check both pistons move freely, re-centre the caliper, then bed the pads in properly.
Which compound should I choose for road vs gravel?
For mixed-weather UK riding and gritty gravel, pick a higher wet-performance compound for consistent bite. For dry road and the quietest braking, choose a quieter compound option with smooth modulation.