Ultraviolette Automotive’s plan to invest about ₹779 crore in a new electric-vehicle factory near Hosur is more than a capacity expansion announcement. It is a test of how quickly an emerging electric two-wheeler manufacturer can convert product ambitions, local supplier networks and automation plans into a large industrial operation.
The company’s proposed Big Global Ambition, or BIGGA, Factory will come up at the SIPCOT Industrial Park in Shoolagiri, near Hosur, in Tamil Nadu. Ultraviolette has said that cumulative investment in the facility over the next four to five years will be around ₹779 crore. Phase I is planned to have capacity for about 2.5 lakh vehicles, while a second phase, expected after 2029, would take total capacity to 5 lakh units.
The numbers are significant because the plant is being designed not only for the company’s existing motorcycle business but also for a broader product portfolio. Ultraviolette currently designs and manufactures high-performance electric two-wheelers, with the F77 as its flagship electric motorcycle. Its future portfolio is expected to include sports, crossover, cruiser and street motorcycles, alongside scooters such as the Tesseract.
The company has said that construction of Phase I is expected to be completed by the first quarter of 2027. However, the project has not yet reached the construction stage. The paperwork for land allotment is under way, and the next step will be to begin plant development activities. That sequence makes land allocation and the transition from announced investment to site execution the first important milestones for the factory.
The proposed facility also reveals how Ultraviolette is positioning its manufacturing base geographically. The company already operates a manufacturing facility in Bengaluru, Karnataka, but expects the Hosur-area plant to simplify its supply chain. According to co-founder and chief executive Narayan Subramaniam, a large part of the company’s vendor and supplier ecosystem is already concentrated around Hosur and Chennai.
That expected supply-chain advantage is central to the project’s logic. The plant is not being presented as an isolated greenfield facility detached from existing industrial activity. Instead, it is intended to operate closer to suppliers that the company already uses or identifies as important to its manufacturing system. Whether that proximity produces the anticipated efficiencies will depend on the final plant schedule, supplier readiness and the pace at which production is scaled.
Ultraviolette expects Phase I operations to create direct employment for about 2,000 people. The figure could rise to between 4,000 and 5,000 if the second phase is implemented. These are direct jobs associated with the factory; the supplied information does not quantify additional employment among suppliers, logistics companies or other service providers. Even so, the planned workforce indicates that the facility is intended to be a substantial manufacturing operation rather than a limited assembly site.
The company is also using the project to define what it describes as a more sustainability-oriented and automated manufacturing model. Its existing battery line is semi-automated, but the company says the new facility will gradually move towards full automation. Planned systems include collaborative robots for sorting, welding and assembly, automated assembly fool-proofing and vision-based inspection across key manufacturing processes.
These plans place the factory at the intersection of two changes in automotive production. The first is the shift from internal-combustion vehicles to electric two-wheelers. The second is the growing use of software-linked, automated and inspection-intensive production systems. For Ultraviolette, automation is expected to be part of how the company manages higher volumes while maintaining manufacturing consistency. The information supplied does not establish the plant’s eventual automation ratio, capital allocation by manufacturing line or the number of jobs that automation could replace or reshape.
The company’s localisation claims provide another important measure of the proposed expansion. Subramaniam said more than 90 per cent of Ultraviolette’s components are already localised. The company manufactures chargers and motors locally, and makes its battery packs in-house. At the same time, cell technology and the magnets required for its electric vehicles are still imported, according to the company.
That combination shows both the depth and the limits of localisation in the proposed manufacturing system. A high share of locally sourced or locally manufactured components can reduce dependence on overseas suppliers for several parts of the vehicle. But imported cells and magnets remain strategically important because they are tied to the battery and motor systems that determine much of an electric vehicle’s performance and cost. The supplied material does not provide the value share of imported components, so the 90 per cent figure should not be read as 90 per cent of the vehicle’s total economic value.
Demand assumptions are shaping the facility’s product strategy. Ultraviolette expects its product mix in three to four years to be evenly divided between scooters and motorcycles. In the immediate term, the company expects volume growth to be led more strongly by the Tesseract electric scooter and aims to reach about 10,000 units a month through the new facility as quickly as possible.
This intended shift matters because the company’s present identity is closely associated with high-performance electric motorcycles, while scooters represent a broader and more established two-wheeler category in the company’s assessment. The proposed factory therefore has to support both continuity in the motorcycle business and expansion into scooters. The scale of Phase I will depend not only on installed capacity but also on whether the planned product mix and monthly production target are achieved.
The company’s export plans add another layer to the expansion. Ultraviolette currently exports vehicles to 19 countries across Europe, including Germany, France, Spain, Portugal and the United Kingdom. In the near term, it expects exports to account for 10 to 15 per cent of volumes, with a target of about 20 to 25 per cent by 2030.
Those targets would make the Hosur facility part of an international production and distribution strategy, rather than a plant focused only on the domestic market. But the supplied information does not provide export volumes, country-level sales, homologation timelines or the distribution investments required to reach those targets. The scale-up will therefore need to be assessed against actual production, deliveries and market access as the factory moves from planning to operation.
The project follows an agreement between Ultraviolette and the Tamil Nadu government. The company signed a memorandum of understanding with the state government at an investment conclave held in the previous month. An MoU signals an investment intent, but it is not the same as a completed plant, operational capacity or realised employment. The pending land-allotment paperwork makes that distinction particularly relevant in this case.
The institutional pathway is consequently straightforward in outline but unfinished in execution: land allotment, plant development, completion of Phase I and subsequent production scaling. The supplied report does not specify the value of public incentives, the exact land parcel, utility arrangements, approval schedule or the terms of the state agreement. Those details will be important for understanding the public administration and infrastructure requirements attached to the project.
The investment also comes as Ultraviolette seeks to scale from a specialised electric motorcycle maker into a multi-segment electric two-wheeler company. Founded in 2016 by Subramaniam and Niraj Rajmohan, the company is backed by Lingotto, TDK Ventures, Qualcomm Ventures, Zoho Corporation, TVS Motor Company, Speciale Invest and others. It says it is currently capitalised to execute the outlined expansion plan despite the capital-intensive nature of the industry.
That statement addresses one of the central risks in any large manufacturing expansion: the gap between announced capacity and the funding required to build, equip and operate it. The company has expressed confidence in its capital position, but the available material does not disclose the project’s financing structure, spending schedule or operating-cost assumptions. Those remain unresolved aspects of the investment story.
For Hosur and Shoolagiri, the proposed factory adds another manufacturing project to an area that already matters to Ultraviolette’s supplier network. Its effects will depend on how the company manages land, construction, workforce recruitment, supplier coordination and production ramp-up. The immediate evidence confirms an investment plan, a proposed site, a phased capacity target and a projected employment base. It does not yet confirm completed land allocation, factory construction or production from the new site.
The BIGGA Factory should therefore be read as a marker of ambition as much as a report of present capacity. If Phase I proceeds on schedule, Ultraviolette will have a plant designed to support higher volumes, a wider product range and a larger export programme. The next developments to watch are the completion of land allotment, commencement of plant development, progress towards the first-quarter 2027 construction target and evidence of how the company’s localisation and automation plans are implemented in practice.
