Valeo expands localized e-Axle production with Pune manufacturing line inauguration

Valeo has commissioned a new manufacturing line in Pune, India, dedicated to electric powertrain systems, supporting its selection by Mahindra and Mahindra for the Born Electric vehicle platform. The installation reflects a localized, vertically integrated approach to e-Axle production, combining multiple critical subsystems within a single industrial footprint.

Integrated e-Axle architecture for compact electric drivetrains
The Pune facility produces a 3-in-1 e-Axle that integrates the electric motor, inverter, and reducer into a single unit. This architecture reduces system complexity compared to discrete component designs, enabling more compact packaging and potentially improving overall drivetrain efficiency. The system is intended for next-generation electric vehicles developed on Mahindra’s dedicated platform.

The e-Axle leverages the latest iteration of Valeo’s motor technology and is both developed and manufactured in India, aligning with localization strategies increasingly adopted in the electric mobility sector.

Manufacturing strategy: automation, precision, and traceability
The production line incorporates automated processes across key stages, including stator assembly using U-Pin (hairpin) winding, reducer assembly, inverter manufacturing, and final e-Axle integration. These processes are supported by precision assembly systems and structured quality control protocols.

A defining feature of the facility is its end-to-end digitalization, enabling full traceability across the production cycle. This level of process integration supports consistent quality output and aligns with broader trends in digitalized manufacturing for electric powertrain systems.

Positioning within the electric powertrain supply chain
By combining component integration with localized, highly automated manufacturing, Valeo positions this Pune line as a differentiated response to cost, scalability, and performance requirements in the EV market. The approach contrasts with more fragmented supply chains, where motors, inverters, and transmission components are sourced or assembled separately.

This model addresses increasing demand for compact, efficient, and industrially scalable electric powertrains, particularly in high-growth markets such as India, where localization and cost optimization are critical factors.

Edited by Evgeny Churilov, Induportals Media - Adapted by AI.

www.valeo.com