Greaves Cotton Limited is a diversified Indian engineering and manufacturing company with a legacy spanning over 165 years. It provides fuel‑agnostic powertrain solutions, electric mobility products, engines, and aftermarket spares, focusing on sustainable and innovative technologies that empower mobility across various sectors in India and beyond.
Greaves Cotton offers a broad suite of engineering solutions, including internal combustion and fuel‑agnostic engines, electric 2‑wheelers and 3‑wheelers, aftermarket and retail parts, EV components, and financing options for electric vehicle customers. Its integrated services support automotive, non‑automotive, and industrial applications.
The company is committed to driving sustainable mobility by evolving from traditional engine manufacturing to fuel‑agnostic and clean electric mobility solutions. Through initiatives like digital service platforms and eco‑efficient product design, Greaves Cotton supports reduced emissions and strives toward enabling green transitions in transportation.
While headquartered in India, Greaves Cotton’s products are exported to over 90 countries and serve sectors such as railways, telecom, agriculture, and construction worldwide. It maintains a growing network of dealers, distributors, and mechanics across domestic and international markets.
Further Details
Some additional details about the company are listed below:
| Parameter | Details |
| Company Name | Greaves Cotton Limited |
| Core Focus | Fuel‑agnostic powertrain, electric mobility, aftermarket solutions |
| Key Technologies | Fuel‑agnostic engines, ePowertrains, EV systems, motion control, digital services |
| Partner Network | Extensive distributors, OEM partnerships & service networks |
| Solutions Offered | Fuel‑agnostic engines, electric vehicles, spares, retail & finance solutions |
| Application Areas | Automotive, industrial, agriculture, construction, rail, energy systems |
| Industry | Engineering and Manufacturing |
| Sustainability Recognition | Expanding into clean mobility and low‑emission solutions |