Honda Taps Tata Technologies for New Vehicle Platform Engineering; ICE, Hybrid and EV Models Could Follow - Team Autopunditz - 2 days ago - 7 min read Honda Motor is reportedly turning to India’s Tata Technologies for the engineering of a new vehicle architecture, marking a significant shift in the Japanese carmaker’s traditional product-development strategy and potentially giving India a much larger role in the development of future Honda cars. According to a report by Automotive News Europe, Honda is using Tata Technologies for platform engineering as the Japanese automaker looks to reduce vehicle-development costs and accelerate its product-development cycle. The architecture is reportedly being conceived with the flexibility to support internal-combustion engine (ICE), hybrid and battery-electric vehicles. While the finer details of the programme remain undisclosed, the development assumes particular significance for India. Honda has already identified India as one of its key growth markets and plans to introduce a new generation of India-focused products beginning in 2028. Tata Technologies, Not Tata Motors An important distinction needs to be made regarding the reported partnership. Honda is reportedly working with Tata Technologies, the engineering and product-development services company, rather than Tata Motors Passenger Vehicles. This does not necessarily mean that future Honda products will ride on an existing Tata Motors architecture or share platforms with models such as the Nexon, Punch, Harrier or Sierra. Instead, Tata Technologies can operate as an engineering partner that develops a vehicle or architecture according to an OEM's technical, cost, safety, packaging and performance requirements. The company has extensive experience in full-vehicle engineering covering areas including mechanical systems, electrical and electronic architecture, embedded systems, software, vehicle integration, testing, manufacturing engineering and product lifecycle management. Tata Technologies describes its Full-Vehicle/Full-Product engineering capability as allowing it to take system-level responsibility across mechanical, electrical, embedded and digital domains