{"id":1843,"date":"2026-09-18T17:07:22","date_gmt":"2026-09-18T08:07:22","guid":{"rendered":"https:\/\/india-marketing.jp\/india-news\/ultraviolette-hosur-factory\/"},"modified":"2026-09-18T17:07:22","modified_gmt":"2026-09-18T08:07:22","slug":"ultraviolette-hosur-factory","status":"publish","type":"india-news","link":"https:\/\/india-marketing.jp\/en\/india-news\/ultraviolette-hosur-factory\/","title":{"rendered":"Ultraviolette Builds BIGGA Factory in Hosur, Mass-Produces the Tesseract"},"content":{"rendered":"
\nThis article is based on what we could verify As of September 18, 2026<\/strong> in public records and news reports from India. India revises its tax rules and regulations frequently, and the details here may have changed since. When making an actual business decision, please check the latest information with primary sources such as the ministries responsible and local experts.\n<\/div>\n\n\n

On September 10, 2026, Indian EV two-wheeler maker Ultraviolette announced it would build a new factory, \"BIGGA,\" in Hosur, Tamil Nadu. Initial annual production capacity is 250,000 units (2.5 lakh, 1 lakh = 100,000), with a design that can expand to 500,000 units (5 lakh) in the future, and it will first mass-produce the new Tesseract scooter. What stands out is the choice of a location close to Ultraviolette's R&D base and supplier network in Bengaluru. For Japanese two-wheeler and parts makers, this is a phase in which local EV makers are building out mass-production capacity, and offers material for reading where openings for parts supply and collaboration will widen.<\/p>\n\n

The Source News: New Factory in a SIPCOT Industrial Park, Starting at 250,000 Units, Up to 500,000<\/h2>\n\n

According to Autocar India, BIGGA will be built in the SIPCOT industrial park in Shoolagiri, near Hosur, Tamil Nadu, on land arranged by the Tamil Nadu state government. Initial annual capacity is 250,000 units, with infrastructure designed to allow expansion up to 500,000. The first product to be mass-produced will be the upcoming Tesseract scooter, with the product line to be expanded afterward. The factory will feature real-time production tracking, collaborative robots for sorting, welding, and assembly, image-based inspection, and a test track for pre-shipment evaluation. Investment amount, site area, employment figures, and start-of-operations timing were not disclosed in this announcement and are not covered in this article.<\/p>\n\n

Background: Placing Mass Production Next to R&D, a Two-Wheeler Cluster in the Bengaluru Economic Zone<\/h2>\n\n

Hosur, though located in Tamil Nadu, is close to Bengaluru and is known as a manufacturing cluster that straddles the state border. Ultraviolette is placing its mass-production factory near Bengaluru, where its development base is, in order to shorten the distance between design and manufacturing and speed up the iteration cycle. Battery, motor, and control systems are the core of an EV two-wheeler, and a location where parts can be sourced nearby is advantageous. The fact that the state government arranged the land also reflects the trend of states courting EV manufacturing.<\/p>\n\n

Why Start with a Scooter, and a Factory Design Leaning Toward Automation<\/h2>\n\n

Mass-producing the Tesseract scooter first can be read as an aim to capture the high-volume scooter segment of the two-wheeler market. The factory incorporates collaborative robots and image-based inspection, and is built on the assumption of production tracking. Preparing a design that can scale up to 500,000 units in advance is a hedge against a production gap once demand takes off. Ultraviolette has also hinted at launching a new X-47-series derivative and a rounder, family-oriented scooter in 2027.<\/p>\n\n

How it is being received locally and in the industry<\/h2>\n\n

The reporting frames this as a move by an Indian EV two-wheeler maker to strengthen a setup that completes everything from R&D to mass production locally. Since detailed figures such as investment amount and employment have not been disclosed, there is currently no basis for a definitive market assessment. Here, we stick to the fact that \"the company announced construction of the BIGGA factory and set an initial mass-production target of 250,000 units.\"<\/p>\n\n

Implications for Japanese Companies: A Local EV Two-Wheeler Production Base Is an Order Opportunity for Parts and Automation<\/h2>\n\n

A production base built with an eye toward 500,000 units generates broad procurement needs, from battery cells, motors, and control components to inspection and assembly automation equipment. Japanese players are reported to be struggling in finished EV two-wheelers, and there is a situation where they have fallen far behind local players in sales volume<\/a>; even so, there is still room to compete on parts and equipment. A local player's battery takes India's first BIS certification<\/a> Given that, there is room for Japanese components trusted for quality and safety standards to gain a foothold. A realistic first step is to establish contact with the Hosur-Bengaluru EV two-wheeler cluster as a supplier of parts and automation equipment.<\/p>\n\n

Ripple Effects on the Market: Toward a Supply Chain That Includes Used-Battery Recycling<\/h2>\n\n

The more EV two-wheeler mass production grows, the more battery material sourcing and used-battery collection thicken locally. In India, the launch of battery-metal recycling<\/a> is two sides of the same coin as the expansion of mass-production bases. Japanese companies can look for an entry point outside the finished vehicle, on both the upstream materials side and the downstream collection side.<\/p>\n\n

Practical information and related links<\/h2>\n\n