07:24 20-12-2025

Why 2026 performance EVs put handling and balance first

Discover how 2026 performance EVs shift from 0–60 to handling, as Lotus, Ferrari, Genesis and Polestar focus on chassis balance, rigidity and torque vectoring.

Electric cars have finally moved past the chase for record-breaking acceleration. In the 2026 sports-car segment, the key measures are handling, chassis balance, and precise control through corners. Manufacturers are increasingly concentrating on engineering that counteracts the mass of their batteries, a welcome shift that puts driver confidence back at the center.

Lotus carries its lightness philosophy into the electric era. The Eletre and Emeya feature a low center of gravity thanks to deeply integrated batteries and optimized powertrain packaging, delivering quick responses in bends and high body rigidity—exactly the traits that make a car feel alert in your hands.

Ferrari is preparing its first series-production EV, employing a fully integrated chassis, reworked aluminum, and in-house electric motors. Engineers achieved near-ideal weight distribution and active torque vectoring, while preserving the brand’s emotional character by working with authentic mechanical sounds. The intent comes through: sensations should be shaped by real hardware, not just software.

Genesis, with the Magma project, puts the emphasis on suspension tuning, body stiffness, and aerodynamics, steering clear of a simple power race. Polestar, in the 5 and 6, uses a bonded aluminum architecture and an 800-volt platform to boost rigidity and reduce mass. Both approaches point to hardware-first solutions rather than spec-sheet theatrics.

The Audi RS Q6 e-tron and Maserati GranTurismo Folgore underscore the shift: in the age of electrification, it’s not peak output that matters most, but a car’s ability to maintain a stable rhythm and precise steering in real-world driving. That’s what keeps a performance EV engaging long after the first launch.