Brembo LA Sintered Front Brake Pads 07BB37LA For Aprilia RSV4 And Tuono V4
Product Description
The Brembo 07BB37LA front brake pads use the LA sintered compound, developed specifically for front brake applications. They provide consistent braking performance, good stability and excellent durability for road and sport use.
This is an OE-equivalent Brembo replacement solution for riders who want reliable braking feel, good modulation and long service life without using a track-specific compound.
The package includes pads for one front brake caliper. Compatible Aprilia models use two front calipers, therefore 2 kits are required for a complete front brake pad replacement.
Product Benefits
LA sintered compound specifically developed for front brakes
Stable and consistent braking performance
Excellent durability for road and sport use
ECE-R90 approved
OE-equivalent Brembo replacement solution
Good braking feel and modulation
Important Quantity Information
IMPORTANT: this product contains pads for one front brake caliper only. All compatible Aprilia models have two front calipers, so order quantity 2 for a complete front brake pad replacement.
Technical Details
Brand: Brembo
Product Code: 07BB37LA
Compound: LA Sintered
Position: Front Brake
Width: 102.2 mm
Height: 41.9 mm
Thickness: 8.1 mm
Homologation: ECE-R90
Package Content: 1 set for one front caliper
Compatibility
RSV4 2009-2014
RSV4 RF 2015-2016
RSV4 RF 2017-2020
RSV4 1100 E5 2021-2024
Tuono V4 1100 2017-2020
Tuono V4 1100 E5 2021-2024
Tuono V4 E5+ (EU 2025-2026 | USA 2026-2027)
FAQ
What is Brembo 07BB37LA?
It is a Brembo LA sintered front brake pad set for compatible Aprilia RSV4 and Tuono V4 models.
Is the LA compound suitable for road use?
Yes. It is a sintered compound designed specifically for front road brake applications.
How many kits do I need?
One kit is for one front caliper. Since compatible motorcycles have two front calipers, order 2 kits.
Are these track-only brake pads?
No. They are road-oriented sintered pads, designed for stable braking and high durability.
