Ducati has unveiled its latest strides in electric motorcycle innovation with the V21L prototype, now equipped with advanced solid-state lithium-metal batteries, marking a significant milestone in the company’s electrification journey. The announcement was made at the IAA Mobility event in Munich, highlighting Ducati’s commitment to sustainable, high-performance electric mobility.
The V21L prototype incorporates QuantumScape QSE-5 solid-state battery cells, developed in collaboration with Audi and PowerCo. These next-generation batteries offer a remarkable energy density of 844 Wh/L, fast charging from 10% to 80% in just over 12 minutes, and a continuous discharge capability of 10C, providing both performance and reliability. By replacing conventional liquid electrolytes with a solid-state, anode-free lithium-metal design, the battery enhances safety while minimising risks of leakage and combustion.
Ducati’s experience in the MotoE World Championship over the past three years has contributed to an 8.2 kg reduction in battery pack weight for the V21L. Despite these improvements, the company continues to tackle the challenge of balancing weight, range, and performance to achieve parity with traditional internal combustion racing motorcycles.
The partnership with QuantumScape and PowerCo forms part of Ducati’s broader strategy to explore next-generation battery technologies. Collaborations with Volkswagen Group companies aim to develop high-energy-density packs, positioning Ducati at the forefront of electric motorcycle innovation while maintaining the brand’s signature performance standards.
While the V21L remains a research-focused prototype, its integration of solid-state batteries signals a promising future for Ducati’s electric motorcycles. The company’s ongoing investment in alternative energy solutions underlines its commitment to sustainable mobility without compromising on speed, safety, or riding experience.
Ducati’s research continues to pave the way for a new generation of electric motorcycles, combining cutting-edge technology with performance-driven engineering.

