The EX4 is a high-performance, extreme off-road vehicle developed by JSW Sarbloh Motors. It represents the company's expertise in building specialized 4x4 off-road platforms designed for extreme terrain, suitable for military applications as well as for recreational use.
The EX4 series features multiple variants, including the ML and the IS models, each tailored for specific applications. Fully designed and built in India, with over 80% indigenous components, it blends racing heritage with practical extreme mobility solutions, establishing new benchmarks in India's off-road vehicle segment.
Adjusts to terrain variations, delivering optimal comfort and control across rocky peaks, smooth roads, and everything in between.
Autonomously handles challenging terrain segments with minimal human intervention.
Balances environmental responsibility with uncompromised power and durability
Dynamic torque distribution on all four wheels ensures superior grip and stability across mud, sand, stone, and mixed surfaces.
Heavy-duty chassis engineered to withstand extreme impacts and harsh conditions, delivering uncompromising durability for severe expeditions.
Two specialized variants engineered for distinct missions -The Diesel Powered EX4-ML that delivers 197 HP and 500 Nm torque for heavy combat and rescue operations, while the Petrol Powered EX4-IS that offers agile 138 HP performance for rapid strike missions, each optimized with tailored ground clearance and wading capabilities.
The JSW Sarbloh Tactical Automotive Research (STAR) is supported by a purpose-built facility integrating advanced design, engineering, prototyping, and testing—enabling seamless collaboration across mechanical, electrical, and systems engineering for rapid, end-to-end vehicle development.
A unified setup supporting mechanical systems, vehicle integration, and electrical engineering – enabling smooth cross-functional collaboration across the entire automotive development lifecycle.
Equipped with modern CAD and CAE systems to enable high-precision digital design, simulation, and validation, accelerating concept-to-prototype timelines.
In-house facilities for prototyping and testing ensure rapid iteration, performance validation, and reliability assessment under real-world operating conditions.