
Brembo's 'Beyond EV' Kit Is Built Specifically for How Electric Cars Actually Brake
A coated-disc and matched-pad system engineered around regenerative braking behavior, aimed at the fast-growing EV and hybrid aftermarket.
Brembo has launched a new product family, the Beyond EV Kit, built specifically for electric and plug-in hybrid vehicles rather than adapted from an existing combustion-car part. The kit pairs specially coated discs with a matched pad compound designed around how EVs actually use their friction brakes — sparingly, and mostly at low speed, since regenerative braking handles the bulk of everyday deceleration.
That usage pattern creates a problem combustion cars don't have: friction brakes that sit mostly idle are prone to corrosion and rotor rust, and when they do engage, dust and noise characteristics differ from a conventionally-braked car. Brembo's coating and pad compound are aimed directly at those two issues — reduced corrosion from long idle periods and cleaner, quieter engagement when the calipers do clamp down.
It's a genuine gap in the aftermarket brake market: most disc and pad development over the last several decades has been tuned around combustion-car braking habits, and EVs brake differently enough that a purpose-built product actually matters. As EV and hybrid registrations keep climbing, expect more of Brembo's competitors to follow with their own regen-tuned lines rather than just relabeling combustion-car parts for EV fitment.

Roush's New Supercharger Puts 810 Legal Horsepower Under a Stock-Looking Mustang Hood
The 2026 Roush Mustang Supercharger bolts in with zero cutting or drilling, and it's now 50-state legal.

HRE Marks 20 Years of Monoblok Wheels With an All-New Structural Design
The Series P3 debuts with the P301 — a five-spoke mesh wheel built around an integrated structural disc, fit for cars like the Porsche GT3 RS and Ferrari F80.

3D Printers Are Turning Garages Into Body Kit Shops — and Bugatti's Taking Notes
From a widebody Miata kit designed in Fusion 360 and printed on a desktop machine to Bugatti's titanium brake calipers, additive manufacturing is reshaping what "aftermarket" means.
