BMW has officially introduced its all-electric i3 sedan as the second model based on its next-generation Neue Klasse platform, highlighting the company’s strong push toward advanced electric mobility. The new EV represents BMW’s future design and technology direction, combining improved efficiency, longer range, and a new digital architecture.
The electric sedan is expected to deliver an impressive driving range of up to 900 km (WLTP), thanks to BMW’s sixth-generation eDrive technology. The new battery cells are designed to offer higher energy density, faster charging capability, and improved overall vehicle efficiency, making the i3 a major step forward in the company’s EV development roadmap.
In terms of performance, the BMW i3 Neue Klasse sedan is expected to produce up to 469 hp through an advanced dual-motor powertrain. The vehicle is also built on an 800-volt architecture, which allows ultra-fast DC charging of up to 400 kW. This technology can enable the car to gain approximately 400 km of range in just about 10 minutes of charging under ideal conditions.
BMW has also introduced its new “Heart of Joy” central computing system in the vehicle, which is designed to manage driving dynamics, braking, energy recuperation, and steering functions. This new system aims to improve driving precision, efficiency, and overall vehicle responsiveness while enhancing the brand’s signature driving experience.
The new i3 also supports bidirectional charging features including Vehicle-to-Load (V2L), Vehicle-to-Home (V2H), and Vehicle-to-Grid (V2G), allowing the car to supply power externally when needed. These capabilities further strengthen the vehicle’s role in supporting smart energy ecosystems and sustainable mobility solutions.
Production of the BMW i3 Neue Klasse sedan is scheduled to begin at the company’s Munich plant in August 2026, with deliveries expected to follow afterward. With this launch, BMW continues to expand its next-generation EV lineup and reinforce its commitment to electrification and future mobility innovation.
