Heavy-Duty Performance Brake Pads for Brembo Calipers
DBA DB15107XP Xtreme Performance front brake pads are engineered for drivers who demand strong initial bite and consistent braking performance from low to high temperatures.
Designed for heavy-duty and high-load applications, the XP range delivers elevated friction levels to maintain control under extreme braking conditions — whether on fast road, club track days or performance street builds.
These pads are specifically designed for vehicles equipped with Brembo front brake calipers paired with DBA3417 brake discs.
Performance Characteristics
DBA Xtreme Performance pads are ideal for:
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Street performance driving
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Police and emergency pursuit vehicles
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Club-level track days
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Heavy towing applications
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Upgraded performance vehicles
They provide stable friction characteristics across a wide operating temperature range, ensuring predictable braking behaviour even under repeated heavy load.
Technical Specifications
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Semi-metallic carbon fibre friction compound
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G-G Class Friction (0.45 average μ from low to high temperatures)
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Excellent high-temperature resistance
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Optimal braking consistency up to 550°C (1022°F)
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Strong initial bite
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Designed for high-load braking environments
DBA Xtreme Performance part numbers are identified by the suffix “XP”.
For optimal stopping performance, DBA recommends pairing XP pads with T3 slotted rotors in the 4000 or 5000 Series.
Vehicle Compatibility (Front – Brembo Calipers, Disc DBA3417)
Suitable for selected BMW and Toyota models equipped with:
Including:
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BMW 3 Series (G20 / G21 / xDrive variants)
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BMW 5 Series (G30 / G31 / xDrive variants)
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BMW 6 Series GT (G32)
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BMW 7 Series (G11 / G12 / xDrive variants)
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BMW 8 Series (G14 / G15 / G16)
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BMW X3 (G01)
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BMW X4 (G02)
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BMW X5 (G05)
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BMW Z4 (G29)
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Toyota GR Supra / Supra (2019+)
Compatibility is specific to vehicles equipped with Brembo calipers using the DBA3417 rotor configuration.
Torque Lab Recommendation
At Torque Lab, we recommend DBA XP pads for drivers seeking aggressive initial response and consistent friction without stepping into full race-only compounds.
Ideal for performance street builds and occasional track use where reliable high-temperature performance is essential.
