

Rear Pagid RSL29 1158 Brake Pads
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Do not risk a sudden loss of stopping power at the end of a hard session, an unstable rear end during corner entry, or severe thermal cracking of your rear brake discs on track. The world-renowned Pagid RSL29 1158 represent the ultimate endurance friction choice for drivers who require unyielding fade resistance and a perfectly consistent pedal bite from the first lap to the checkered flag.
An essential upgrade for high-temperature race maintenance or advanced braking system customization on your performance vehicle, this ceramic-based rear brake pad set delivers exceptional thermal stability to demanding drivers.
The severe risks of running standard rear brake pads on track: what your sports car loses
When pushing your track car to its absolute limits, the rear braking system plays a vital role in stabilizing your vehicle's pitch and attitude under extreme deceleration. Retaining standard street-spec compound pads instead of upgrading to authentic pagid rsl29 1158 instantly compromises your track performance. Under the punishing heat generated within the rear calipers, standard road pads suffer from severe thermal fading: the friction material overheats, your brake pedal becomes unnervingly spongy, stopping distances stretch dangerously, and you lose dynamic rear-axle stability, causing the car to swerve unpredictably on corner entry. Neglecting rear friction quality on your performance car cuts your track sessions short, accelerates irregular disc wear, and can trigger a catastrophic thermal fade into high-speed corners.
The famous yellow RSL29 compound engineered by Pagid Racing is highly celebrated for its excellent modulation characteristics and very low thermal conductivity, maintaining a perfectly linear friction coefficient even at temperatures exceeding 600°C.
Record-breaking pad longevity proven in global motorsport endurance racing
Specifically formulated for demanding sprint and endurance events, this low-wear ceramic-based material drastically extends pad life while remaining remarkably kind to your brake discs. By preventing uneven material transfer onto the rotor faces, it completely eliminates brake judder and steering wheel vibrations. It stands as the definitive safety-first component for routine caliper maintenance or when executing a major stopping power customization plan for a dedicated sports chassis setup.
Comprehensive vehicle model and high-performance brand compatibility guide
The precise 1158 pad profile is engineered to seamlessly fit the rear brake calipers of iconic sports cars across several leading automotive brands:
- The premium brand Renault Sport: Perfect match for the rear braking systems of the Clio 3 RS (2.0L 16V 197bhp / 203bhp, including Cup, R27, and Gordini editions) as well as the Mégane 2 RS (225bhp and F1 Team R26 230bhp variants).
- The premium brand Audi: Fully compatible with the rear calipers of the legendary first-generation Audi S3 (8L) 1.8 Turbo (210bhp / 225bhp) and the classic Audi TT (8N) Quattro models.
- The premium brand Volkswagen: A direct performance fitment for the heavy-duty rear calipers found on the Golf 4 R32 (241bhp) and the 3.2L VR6-powered Golf 5 R32 (250bhp).
Rely on the mechanical proficiency and technical workshop of Optimiz Access
Since 2010, Optimiz Access has stood as a premier authority for high-grade replacement parts and specialized performance vehicle maintenance across top European marques (such as Renault Sport, Alpine, Audi, Volkswagen, Porsche, Mercedes, and BMW). Within our modern technical workshop situated in Northern France—closely serving regional automotive hubs like Lille, Valenciennes, Cambrai, Arras, Seclin, Douai, and Saint-Quentin—our expert technicians execute racing brake installations, high-temp fluid flushes, and full chassis setup routines daily. Supported by optimized global express freight partnerships, we guarantee fast shipping worldwide to deliver your endurance brake pads directly to your garage doorstep, maximizing your track time.
Frequently Asked Questions regarding the Pagid Yellow RSL29 compound (FAQ)
Do these Pagid RSL29 race pads require a specific bedding-in procedure?
Yes. A methodical bedding-in sequence is absolutely necessary to deposit an even transfer layer onto the disc surface. Perform several progressive, medium-pressure decelerations without locking the wheels, followed by a total cooling period to chemically stabilize the ceramic compound.
Can I use these high-performance endurance pads for daily street driving?
While they offer immediate bite from cold conditions, they are designed primarily for circuit (Trackday) use. Exclusive low-temperature urban driving may produce normal high-pitched brake squeal, which is a standard acoustic characteristic of motorsport-grade ceramic compounds.
Optimize your stopping distances and secure your corner entry lines
Failing rear brake pads stretch your braking zones and ruin your car's corner entry balance when trail-braking into an apex. Do not let faded street-spec pads limit the efficiency of your performance calipers. Trust the track-proven braking hardware curated by the engineering team at Optimiz Access, and finalize your order for the Rear Pagid RSL29 1158 Brake Pads today.
Note: Upgraded slotted brake rotors, stainless steel braided brake lines, high-boiling-point racing fluids, and matching front brake pads are displayed for purchase at the bottom of this product page.
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Data sheet
- Enable Recurring Profile
- Non
- Marque du véhicule
- Audi
Renault
VW - Modèle du véhicule
- Renault Clio 3
Renault Clio 4
Renault Megane 2
Renault Megane 3
Renault Megane 4
Renault Twingo 2 - Motorisation
- RS
RS 1.6 Turbo 200/220
RS 1.8 16V 280/300
RS 2.0 16V 197
RS 2.0 16V Turbo 225
RS 2.0 16V Turbo 230
RS 2.0 16V Turbo 250/265/275
RS 2.0 16v 200 - Homologué
- Non
- In feed
- Non
- Produit non mécanisable
- Non
- Produit dangereux
- Non
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