Ultraviolette Tesseract: The electric vehicle landscape in India has witnessed remarkable transformation over the past few years, with numerous manufacturers entering the fray to capture the growing market demand for sustainable mobility solutions.
Among these contenders, Ultraviolette Automotive has consistently positioned itself as a pioneer in high-performance electric vehicles, initially making waves with their F77 series of electric superbikes.
Now, the Bengaluru-based company has ventured into the electric scooter segment with their groundbreaking Tesseract, a vehicle that promises to redefine what consumers expect from premium electric two-wheelers.
A Bold Entry Into Competitive Waters
The Ultraviolette Tesseract made its official debut in March 2025, launching at an introductory price of Rs 1.20 lakh for the first 50,000 customers, after which the price increases to Rs 1.45 lakh.
This strategic pricing positions the Tesseract competitively against established players like Ola Electric, Ather Energy, and TVS, while offering features and capabilities that extend far beyond conventional electric scooters currently available in the Indian market.
What sets the Tesseract apart from its contemporaries isn’t just its aggressive styling or performance credentials, but rather its comprehensive approach to addressing the evolving needs of modern urban commuters.
The scooter represents Ultraviolette’s vision of integrating advanced automotive technologies typically reserved for high-end cars into a two-wheeler platform, creating an entirely new category of smart mobility solutions.
Revolutionary Design Philosophy
The Ultraviolette Tesseract merges bold, aggressive styling with futuristic aesthetics, featuring a twin projector LED headlamp setup, floating LED DRLs, and sharp bodywork with aerodynamic winglets that feel inspired by fighter jets.
This design approach represents a significant departure from the gentle silhouettes and muted lines that characterize most mainstream electric scooters in the market today.
The visual impact of the Tesseract is immediately apparent, with its wide apron, courtesy of a smartly designed headlight unit, and robust 14-inch wheels that provide substantial road presence.
The angular seat design and sculpted tail end contribute to an overall aesthetic that communicates performance and technological sophistication.
Every design element serves both functional and aesthetic purposes, from the aerodynamic winglets that improve stability at higher speeds to the integrated hazard lights that enhance safety visibility.
The choice to build the Tesseract on an all-new platform demonstrates Ultraviolette’s commitment to creating purpose-built electric vehicles rather than adapting existing internal combustion engine architectures.
This ground-up approach has enabled the integration of advanced battery management systems, sophisticated electronics, and safety features that would be challenging to retrofit into conventional scooter designs.
Performance That Exceeds Expectations
At the heart of the Tesseract lies a 20.1-horsepower electric motor that enables the scooter to achieve a top speed of 125 kmph and accelerate from 0-60 kmph in just 2.9 seconds.
These performance figures place the Tesseract firmly in the premium segment, offering acceleration and top-speed capabilities that rival or exceed many conventional internal combustion engine scooters.
The power delivery characteristics of electric motors provide several advantages over traditional engines, including instant torque availability and smooth acceleration curves.
The Tesseract leverages these inherent electric vehicle benefits while incorporating sophisticated power management systems that optimize performance across different riding conditions and battery charge levels.
The scooter is available with three battery pack configurations: 3.5kWh, 5kWh, and 6kWh, offering varying range capabilities to suit different user requirements.
The largest 6kWh battery pack delivers an impressive certified range of up to 261 kilometers on a single charge, positioning the Tesseract among the highest-range electric scooters available in India.
The 5kWh variant provides approximately 220 kilometers of range, while the entry-level 3.5kWh option offers around 162 kilometers of riding range.
Revolutionary Safety and Intelligence Systems
Perhaps the most groundbreaking aspect of the Ultraviolette Tesseract lies in its comprehensive suite of advanced safety and intelligence features, many of which are being introduced to the Indian two-wheeler market for the first time.
The scooter incorporates dual radars and front and rear cameras that enable a suite of advanced rider safety features including blind spot detection, overtake alerts, and collision warnings.
This radar-assisted safety system represents a quantum leap in two-wheeler safety technology, providing riders with real-time awareness of their surroundings and potential hazards.
The blind spot detection system actively monitors areas that might not be visible to the rider, while the overtake alert system provides warnings when attempting to pass other vehicles in potentially dangerous situations.
The collision warning system uses advanced algorithms to assess approaching vehicles and obstacles, providing early warnings to help prevent accidents.
The Tesseract becomes the first scooter to feature onboard cameras at both front and rear positions, functioning as integrated dashcams that continuously record the riding environment.
This feature not only provides security and evidence in case of incidents but also enables advanced driver assistance features that can analyze traffic patterns and road conditions to optimize the riding experience.
The safety systems extend to traditional mechanical components as well, with dual-channel Anti-lock Braking System (ABS), traction control, and dynamic stability control systems that ensure optimal control under various riding conditions.
These electronic safety aids work in conjunction with physical safety features like disc brakes at both ends to provide comprehensive protection for riders.
Technology Integration and User Experience
The Tesseract features a large 7-inch touchscreen TFT display that serves as the central hub for the scooter’s extensive connectivity and information systems.
This high-contrast, full-color display provides real-time navigation, ride analytics, and access to Ultraviolette’s Violette AI connectivity suite, which offers comprehensive vehicle monitoring and smart features.
The integration of smartphone connectivity enables call and SMS alerts, music control, and seamless integration with mobile applications.
Additional convenience features include wireless charging capability in the apron cubbyhole, USB-C charging port, keyless start system, and haptic feedback in the handlebars.
The Violette AI system represents Ultraviolette’s approach to creating intelligent vehicles that learn and adapt to individual riding patterns and preferences.
This artificial intelligence platform can detect weather conditions, read terrain characteristics, and fine-tune the scooter’s performance parameters for optimal control and efficiency.
The system also provides comprehensive security monitoring, alerting owners to any unauthorized access attempts or suspicious activity around their vehicle, even when the key is off.
Practical Considerations and Daily Usability
While the Tesseract impresses with its advanced features and performance capabilities, Ultraviolette has not overlooked the practical requirements of daily commuting.
The scooter provides 34 liters of underseat storage capacity, sufficient to accommodate a full-face helmet along with other essential items.
The inclusion of features like park assist, hill-hold assist, and cruise control demonstrates attention to real-world riding scenarios that urban commuters encounter daily.
The hill-hold assist prevents rollback when starting on inclines, while the park assist system helps navigate tight parking spaces with enhanced precision. Four levels of regenerative braking allow riders to customize the energy recovery characteristics based on their preferences and riding conditions.
The navigation system with full-map integration ensures that riders can efficiently navigate urban environments without relying on separate devices.
The integration of these navigation features with the scooter’s performance systems enables route optimization that considers battery charge levels and terrain characteristics to maximize range and efficiency.
Economic and Environmental Impact
Ultraviolette claims that with Rs 100 worth of electrical charge, the Tesseract can cover approximately 500 kilometers, demonstrating exceptional energy efficiency that translates into significant cost savings compared to conventional fuel-powered vehicles.
This efficiency, combined with the extended range capabilities, addresses two primary concerns that have historically limited electric vehicle adoption: range anxiety and operating costs.
The environmental benefits extend beyond zero direct emissions, as the Tesseract’s energy efficiency reduces overall electrical energy consumption compared to less sophisticated electric vehicles.
The advanced battery management systems and regenerative braking capabilities further enhance the environmental credentials by maximizing energy utilization and extending battery life.
The choice of 14-inch wheels not only contributes to the scooter’s distinctive appearance but also provides practical benefits in terms of ride quality and handling stability.
Larger wheels typically offer better pothole and road imperfection absorption while providing more stable handling characteristics at higher speeds.
Market Position and Future Implications
The Ultraviolette Tesseract enters the Indian electric scooter market at a crucial juncture when consumer expectations are rapidly evolving beyond basic transportation needs toward comprehensive mobility solutions.
The integration of advanced safety systems, artificial intelligence, and premium features positions the Tesseract in a category that transcends traditional scooter classifications.
With deliveries scheduled to begin in Q1 of 2026, Ultraviolette has time to refine production processes and ensure quality standards meet the high expectations set by the vehicle’s feature set.
The extended timeline also allows for the development of supporting infrastructure, including service networks and software updates that will be crucial for maintaining the advanced electronic systems.
The success of the Tesseract could influence the entire electric two-wheeler industry, potentially accelerating the adoption of advanced safety systems and intelligent features across various price segments.
If consumer reception proves positive, other manufacturers may be compelled to incorporate similar technologies to remain competitive.
Redefining Electric Mobility
The Ultraviolette Tesseract represents more than just another entry in the electric scooter market; it embodies a vision of what urban mobility could become when advanced technology is thoughtfully integrated with practical transportation needs.
By incorporating radar-assisted safety systems, artificial intelligence, and comprehensive connectivity features, Ultraviolette has created a vehicle that addresses not just the basic requirement of moving from point A to point B, but the broader ecosystem of modern urban transportation challenges.
The combination of impressive performance specifications, extended range capabilities, and groundbreaking safety features positions the Tesseract as a flagship product that could redefine consumer expectations for electric two-wheelers.
Whether this technological sophistication translates into market success will depend on factors including build quality, service support, and real-world reliability.
For the Indian electric vehicle industry, the Tesseract represents an important milestone in the evolution from basic electric mobility solutions toward premium, feature-rich vehicles that can compete directly with the best international offerings.
As urban transportation needs continue to evolve, vehicles like the Tesseract provide a glimpse into a future where technology and sustainability converge to create genuinely superior mobility experiences.
The Ultraviolette Tesseract stands as testament to the potential of Indian automotive innovation, demonstrating that domestic manufacturers can not only compete in advanced technology segments but can also pioneer new categories of vehicles that push the boundaries of what consumers expect from electric transportation solutions.