Eli Teases Launch of Faster Electric Microcar Ahead of EICMA
The new L7e-class vehicle could reach speeds of 53 mph, significantly higher than the current 28 mph limit.
Eli Electric Vehicles has announced the upcoming Eli ZERO MX, a new L7e-class electric microcar that could offer significantly higher speeds than the company’s existing models.
What Happened
In an Instagram teaser released ahead of the EICMA motorcycle show in Milan, Eli revealed that the ZERO MX is joining its lineup as an L7e vehicle. The company also teased a special Race Edition, accompanied by promotional artwork depicting a dark, sporty version of the ZERO with red accents and an open-sided cabin. While specific technical details for the MX were not provided in the teaser, the L7e designation indicates a higher performance class than Eli’s current L6e models. Eli’s Italian website currently lists an L7e ZERO capable of 85 km/h (53 mph) with a claimed range of up to 200 km (124 miles), though it remains unconfirmed whether these specifications apply directly to the new ZERO MX.
Why It Matters
The shift from L6e to L7e classification addresses a key limitation of the original Eli ZERO, which has a top speed of 45 km/h (28 mph). If the new model achieves speeds near 53 mph, it would expand the microcar's practicality for urban and suburban commuting, allowing it to safely navigate roads where the slower L6e class is restricted. This potential versatility retains the compact footprint that makes these vehicles easy to park, while offering a more viable alternative for daily transportation needs that exceed the capabilities of standard quadricycles. The introduction of a Race Edition variant also suggests Eli is exploring sportier design options, though it is unclear if this entails mechanical performance upgrades or primarily aesthetic changes.
The Bottom Line
Eli plans to officially reveal the ZERO MX and Race Edition at EICMA in Milan, scheduled for November 3–8 in Hall 22, Stand B40. The launch marks a potential expansion of the microcar segment into faster, more versatile urban mobility solutions.
