Lucid’s Grand Touring model unleashes up to 828 horsepower, marrying staggering acceleration with poise and composure. It’s a performance canvas that only Brembo’s high-end braking solution could truly complement.
“Lucid’s focus on engineering excellence makes the Lucid Gravity an exciting electric vehicle entrant to the performance and premium SUV segments. Brembo shares a drive for innovation and performance in all of its products, and we know customers will appreciate the increased peace of mind our brakes bring to this cutting-edge vehicle.”
[Stéphane Rolland,
President and CEO of Brembo North America]
Precision Where It Counts
The foundation of Lucid Gravity’s braking prowess lies in its aluminum monobloc calipers, six-piston up front, four-piston at the rear, offering an unmatched level of pressure uniformity and structural stiffness. This design markedly improves brake modulation, responsiveness, and control, especially under dynamic driving.
Available in two refined colors: Black Anodized, or Titanium Gold to complement the Dynamic Handling Package and accentuate the SUV’s dynamic character.
Aligned with Lucid’s commitment to efficiency and sustainability, the rear calipers are equipped with Brembo’s patented Enesys (ENErgy Saving sYStem). This smart spring mechanism ensures the brake pads retract fully upon release of the pedal, eliminating residual drag and associated energy loss. The result: improved efficiency, reduced emissions, enhanced brake pad durability, and extended component longevity, all without compromising braking feel.
Notably, these monobloc calipers are lighter than comparable floating ones. This reduction in unsprung mass not only sharpens handling precision but also extends driving range, an essential benchmark for electric vehicle performance.
High-Rigour Testing, High Confidence
Every Brembo caliper developed for the Lucid Gravity undergoes extensive validation, including over 300,000 simulated stops at 1G, with no loss in performance. This ensures that feel, reliability, and endurance remain uncompromised, even under sustained high-load braking demands.