EBC Ultimax2 Front Brake Pads
2012–2018 Tesla Model S / 2016–2022 Tesla Model X
UD14741
Overview:
The EBC Ultimax2 Front Brake Pads offer a high-quality OEM replacement solution designed specifically for Tesla Model S (2012–2018) and Model X (2016–2022) vehicles. Manufactured in the UK at EBC’s Bristol plant, these pads deliver reliable stopping power with minimal dust and rotor wear, making them an excellent choice for daily drivers and urban commuters.
Ultimax2 pads feature a carefully engineered brake compound that balances longevity and performance without the premium price tag of high-performance alternatives. Their proven formula has remained unchanged for over a decade, reflecting their consistent success and customer satisfaction worldwide.
With full ECE R90 approval, these brake pads provide safety and performance equivalent to original equipment at less than half the cost, ensuring you get excellent value without compromising on quality.
Key Features:
Ultimax2 brake pads combine advanced materials and design to deliver dependable braking performance suitable for a wide range of driving styles and conditions.
- Manufactured in the UK at EBC’s Bristol facility, ensuring strict quality control and consistency.
- Brake compound includes a small percentage of steel fiber, significantly less than many competitors, reducing rotor wear while maintaining effective friction.
- Produces minimal brake dust, keeping wheels cleaner and reducing maintenance.
- Universal heat range suitable for urban driving and daily use, providing stable performance without fading.
- Shimmed, slotted, and chamfered design reduces noise and vibration for a smoother braking experience.
- Vented pad design compatible with 355mm diameter rotors, optimized for Tesla Model S and Model X front brakes.
- ECE R90 approved, guaranteeing safety and performance equivalent to OEM standards.
- Durable compound that minimizes rotor wear, extending the life of your brake rotors.
- Black coded in the EBC range, representing a trusted and proven brake pad formula.
Construction & Design:
The Ultimax2 pads utilize a premium European-spec friction material engineered for consistent braking performance. The compound’s unique fiber blend ensures optimal friction and heat dissipation, while the slotted and chamfered pad surface helps reduce noise and improve bedding-in.
Each pad is precisely shimmed to reduce vibration and brake noise, enhancing driver confidence and comfort. The vented design supports effective heat management, critical for maintaining braking efficiency during repeated stops.
Installation & Fitment:
These brake pads are designed as direct OEM replacements for Tesla Model S (2012–2018) and Model X (2016–2022) front brakes, fitting seamlessly with factory hardware and mounting points. No modifications, cutting, or special tuning are required for installation.
For safety, it is recommended that installation be performed by a professional mechanic or a qualified individual following the vehicle manufacturer’s guidelines. EBC also offers an installation DVD to assist qualified mechanics with proper fitting procedures.
- Fits Tesla Model S (2012–2018) front brakes
- Fits Tesla Model X (2016–2022) front brakes
- Compatible with vented 355mm diameter rotors
- OEM hardware fitment ensures straightforward installation
What's Included:
- Set of front brake pads engineered for Tesla Model S and Model X
- High-quality friction material pads with shims, slots, and chamfers
- Installation instructions and support materials (installation DVD available separately)
Ideal For:
The EBC Ultimax2 Front Brake Pads are ideal for Tesla owners seeking a reliable, cost-effective OEM replacement that maintains factory-level braking performance. Perfect for daily driving, urban commuting, and light spirited driving without the need for high-performance or race-grade pads.
- Daily drivers and urban commuters
- Owners prioritizing low dust and rotor longevity
- Those seeking a proven, long-lasting brake pad formula
- Drivers who want OEM-equivalent safety and performance at a lower cost
