Ultraviolette Tesseract Electric Scooter Delayed to 2027 With New 100V Architecture

Ultraviolette has confirmed that the launch timeline for its upcoming Tesseract electric scooter has been revised to January 2027 as the company transitions the vehicle to an all-new 100V electrical architecture. The updated platform is being developed to significantly improve performance capability, charging speed, efficiency and long-term scalability. The scooter was initially unveiled earlier this year, but additional engineering revisions were introduced after customer interaction programs and roadshows conducted across India. According to the company, these nationwide engagements provided valuable insights related to rider comfort, ergonomics, practicality and user interface expectations.

The revised Tesseract platform is expected to deliver substantially higher performance figures compared to existing scooters in the segment. Ultraviolette stated that the new 100V architecture enables the electric scooter to generate 15kW of peak power, which the company claims is nearly three times the current industry average. The updated setup is also designed to support charging speeds up to twice as fast as conventional scooter platforms currently available in the market. Alongside performance enhancements, the company believes the new electrical system will improve efficiency while supporting future technology integration across upcoming products.

Tesseract 100V Architecture Upgrade Details

The transition to the higher-voltage platform is also expected to reduce the size and weight of multiple vehicle components, including the charger, motor controller and associated electronics. Ultraviolette has additionally revised the scooter’s packaging and practicality elements based on customer feedback collected during public showcases. The company confirmed improvements in load-carrying capability, thermal management efficiency, seat dimensions and available floorboard space. These modifications are intended to improve everyday usability while ensuring consistent sustained performance under varied operating conditions.

Key Technical Highlights of the Updated Tesseract

Ultraviolette stated that the new platform strategy is aligned with its broader long-term roadmap focused on developing future-ready electric mobility solutions capable of supporting higher levels of performance and technology integration. The company added that the Tesseract is currently undergoing extensive validation and testing across diverse terrains, climates and riding environments ahead of its revised market introduction. These evaluations are intended to ensure reliability, thermal stability and consistent vehicle performance before the scooter enters production.

Narayan Subramaniam, CEO and co-founder of Ultraviolette, said, “As we pushed the platform further through development and validation, it became evident that achieving the benchmarks we had set for ourselves required additional engineering and refinement – especially on the ride ergonomics and radical redesign of the battery architecture.”

Frequently Asked Questions

Why has Ultraviolette delayed the Tesseract electric scooter launch?
Ultraviolette delayed the Tesseract launch to January 2027 to transition the scooter to a new 100V electrical architecture. The company stated that additional engineering development was required to meet its targeted performance, charging and ergonomic benchmarks. Feedback collected from customer showcases and nationwide roadshows also contributed to several design and usability revisions. The updated platform is expected to deliver improved efficiency, faster charging capability and enhanced scalability for future technology integration while ensuring better rider comfort and sustained performance across varied riding conditions.

What improvements will the new 100V architecture bring to the Tesseract scooter?
The new 100V platform is expected to significantly improve the Tesseract’s overall performance and charging capability. Ultraviolette claims the scooter will deliver 15kW of peak power, which is considerably higher than the current industry average in the segment. The revised architecture is also designed to support charging speeds up to twice as fast as existing scooter platforms. In addition, the new setup reduces component size and weight while improving thermal efficiency, rider ergonomics, floorboard space, seating comfort and load-carrying capability for enhanced practicality and long-term usability.