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Brake Pads – Compound Choice for Bite, Noise & Heat Control
Brake Pads define initial bite, fade resistance, noise and dust. Choose a compound to suit your 4x4’s weight, tyres and terrain—from quiet, low-dust touring pads to high-friction towing and performance options. For the best results, match pads with quality discs and healthy calipers.
In this section: Browse all categories • Brake Pads – Quick Comparison • How to Choose & Bed-In • Related Sections • FAQ
Pad Compound Options
- Organic/NAO: Quiet operation and good cold bite for everyday use.
- Low-Metallic: Stronger bite and heat capacity than organic with moderate dust.
- Semi-Metallic: High friction and fade resistance for towing and mountain routes.
- Ceramic: Low dust, low noise and stable friction—great for daily/touring rigs.
- Heavy-Duty/Performance: High-temperature compounds for loaded overland builds and spirited driving.
Brake Pads – Quick Comparison
| Compound | Best For | Key Benefits | Considerations |
|---|---|---|---|
| Organic/NAO | Daily driving | Quiet, smooth feel | Lower heat capacity |
| Low-Metallic | Touring | Good bite, value | More dust than ceramic |
| Semi-Metallic | Towing/mountain descents | Strong friction, fade resistance | Can be noisier; rotor wear |
| Ceramic | Daily/touring | Low dust & noise, stable feel | Less initial bite when cold vs semi-metallic |
| HD/Performance | Loaded/off-road performance | High temp range, consistent under heat | May need heat to work at best |
How to Choose & Bed-In
- Vehicle mass & tyres: Heavier rigs and larger tyres benefit from semi-metallic or HD compounds.
- Use case: City/touring customers often prefer ceramic pads for low dust and noise.
- Rotor match: Pair compounds with suitable disc types (vented/slotted/high-carbon).
- Bed-in procedure: Perform progressive stops to establish an even transfer layer and reduce judder.
Example: A towing-focused Land Cruiser uses semi-metallic pads with high-carbon vented discs and braided lines for strong bite and fade resistance on alpine descents.
Fitment & Compatibility Guide
- Hardware refresh: Replace clips, pins and springs; clean/lube sliders to prevent uneven wear.
- Shims & chamfers: Noise-reduction shims and chamfered edges help minimise squeal.
- ECE R90: Choose road-legal, ECE R90-approved pads where required.
- Fluid health: Old fluid boils sooner—consider a flush with DOT 4/5.1 during pad changes.
Upgrade Sequence Roadmap
| Stage | Focus Area | Why It Matters |
|---|---|---|
| 1 | Pad Refresh | Restore bite and consistency with the right compound. |
| 2 | Discs Match | Pair pads with quality rotors for heat capacity and smoothness. |
| 3 | Hydraulics | Improve pedal feel with lines and, if needed, booster. |
| 4 | Caliper Upgrade | For big tyres/loads, consider multi-piston calipers or big brake kits. |
Related Sections
Frequently Asked Questions
- Which pads are best for towing?
- Semi-metallic or heavy-duty compounds offer stronger bite and heat resistance on long descents.
- Are ceramic pads good for 4x4s?
- Yes for daily/touring use—low dust and noise with stable friction. For heavy loads, consider semi-metallic.
- Do pads need bedding in?
- Yes. Proper bed-in builds a stable transfer layer on the disc, reducing noise and judder.
- Why do my brakes squeal after new pads?
- Often due to missing shims, dry sliders or incomplete bed-in. Use high-temp grease on slider pins and follow bed-in steps.
- Do you ship brake pads across Europe?
- Yes. OFM4x4 supplies and ships brake pads throughout the UK and Europe, with local stock options for faster delivery.
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