Tata Motors is taking a significant leap in its electric vehicle strategy by choosing Jaguar Land Rover’s (JLR) advanced Electrified Modular Architecture (EMA) as the foundational platform for its upcoming premium electric vehicle, Tata Avinya. This decision marks a major step in Tata’s pursuit of expanding its EV portfolio and delivering future-ready, high-tech electric cars.

Under a strategic collaboration, Tata Passenger Electric Mobility Ltd (TPEM) — the electric vehicle subsidiary of Tata Motors — and JLR have signed a Memorandum of Understanding (MoU) to license the born-electric EMA platform. The deal covers the platform’s core components and technologies, including electrical architecture, the electric drive unit, battery packs, and manufacturing know-how.

Why EMA for Avinya?

The EMA platform, originally developed by Jaguar Land Rover for its next-generation pure electric vehicles such as the upcoming Velar, Evoque, and Discovery Sport, is designed from the ground up for battery-electric propulsion. Unlike converted internal combustion platforms, EMA is “born electric,” meaning it maximises space, efficiency, and performance right from the design stage. Its flat-floor architecture allows better interior room, optimised battery packaging, and improved vehicle dynamics.

According to Tata Motors’ Group CFO, PB Balaji, the choice to adopt EMA is part of Tata’s long-term vision to move toward Gen 3 EVs — pure electric skateboard architectures that support advanced electrification and smart vehicle technologies. The Avinya project was always intended to be a premium, globally competitive offering, and EMA aligns perfectly with that goal.

Benefits of the Collaboration

By leveraging JLR’s EMA platform, Tata Motors gains several advantages:

• Reduced Development Time: Instead of designing a new platform from scratch, Tata can accelerate Avinya’s development using a proven EV architecture.
• Advanced Technology Integration: EMA is engineered to support modern EV features such as over-the-air updates, Level 2+ autonomous capabilities, and connected systems — elements increasingly expected in premium EVs.
• Global Competitiveness: The platform enhances Tata’s capability to deliver electric vehicles that appeal beyond the Indian market, potentially expanding its global footprint.

The partnership also includes localisation plans, meaning key elements of the EMA platform will be manufactured in India to ensure competitive pricing while maintaining premium positioning.

What Is EMA All About?

Jaguar Land Rover’s Electrified Modular Architecture (EMA) was first introduced in 2021 as a dedicated EV platform. It’s built to house advanced driver assistance systems (ADAS), extensive cloud connectivity, and future-proof software features. Its “engineered-around-the-battery” design not only improves packaging but also accommodates different battery chemistries and high-performance electrical systems.

This platform supports Software and Feature Over-The-Air (SOTA & FOTA) capabilities and is designed for upcoming automotive technology trends, including connected infrastructure communication and enhanced safety.

Electric Cars with Variants

What’s Next for Avinya?

The Avinya concept, first unveiled in 2022, was always positioned as more than a single model — it’s expected to spawn an entire family of premium electric vehicles spanning different body types. Tata’s plan is to launch the first Avinya-based production model in the mid-2020s, potentially as early as late 2025 or 2026 depending on development timelines and localisation progress.

By aligning its future-forward EV ambitions with JLR’s established technological expertise, Tata hopes to leapfrog into the premium EV segment with a competitive, globally relevant product. This collaboration underscores the growing importance of modular, scalable EV platforms in shaping the next era of automotive innovation.