New Delhi: Indian Army remote-controlled artillery mobility platform is emerging as a key defence modernization initiative aimed at improving battlefield mobility and soldier safety. According to information released through defence reports and initial Army requirements, the Indian Army is exploring a remotely operated 4×4 vehicle capable of towing and relocating artillery guns quickly after firing.
The proposed system is designed to support the Army’s “shoot-and-scoot” tactics, helping artillery units avoid enemy detection and counterattacks.
Details of Indian Army Remote-Controlled Artillery Mobility Platform
The Indian Army is looking for a specialized 4×4 mobility platform that can rapidly move field artillery guns from one location to another without requiring a driver onboard.
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This marks a significant step toward the use of unmanned and remotely operated systems in artillery operations. The platform is expected to improve operational flexibility while reducing risks to soldiers on the battlefield.
What are the Features Of The Indian Army Remote-Controlled Artillery Mobility Platform
The proposed vehicle will feature a rugged 4×4 configuration designed for rough terrain and battlefield conditions.
Electric Power System
Initial specifications indicate the platform will use a 10-kilowatt electric motor, providing efficient movement while supporting military towing operations.
Heavy Towing Capability
The vehicle is expected to tow loads of up to 4,000 kilograms, making it suitable for transporting artillery equipment and support systems.
Remote-Control Operation
The most important feature is its remote-control capability. Soldiers will be able to operate the platform from a safe distance, reducing exposure to enemy fire and surveillance. Detailed operational requirements are expected to be finalized when the official tender is released.
Expected Performance Specifications
According to the initial requirements, the platform is expected to:
- Travel at speeds of 8–10 km/h while fully loaded.
- Cover a range of approximately 20 kilometers.
- Climb slopes with a gradient of up to 25 percent.
- Operate effectively in off-road battlefield conditions.
These specifications indicate that the vehicle is designed for short tactical movements rather than long-distance transportation.
Why The Army Needs This System
Modern artillery warfare relies heavily on the “shoot-and-scoot” concept. After firing, artillery units quickly relocate to avoid enemy counter-battery attacks. Enemy forces can use drones, radars, and electronic surveillance systems to detect firing positions within minutes. Rapid relocation significantly increases survivability.
Improving Soldier Safety
Traditional artillery towing vehicles require drivers and crews to remain close to the gun system. A remotely operated platform allows personnel to stay farther away from potential threats. This can help reduce casualties and improve battlefield effectiveness during high-intensity conflicts.
Current Artillery Transport Systems
The Indian Army currently uses conventional artillery tractors for moving heavy guns. One of the major systems in service is the Ashok Leyland Field Artillery Tractor (FAT), which requires onboard crews for operation. These vehicles are larger, heavier, and fundamentally different from the compact unmanned platform now being considered by the Army.
Impact On ATAGS And Other Artillery Systems
The proposed mobility platform could support modern artillery systems such as the Advanced Towed Artillery Gun System (ATAGS), developed by DRDO. Although ATAGS is a highly advanced gun system, it still requires dedicated towing vehicles for movement.
A remote-controlled towing platform could make deployment and relocation faster, improving the effectiveness of India’s artillery forces.
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FAQs
It is a proposed unmanned 4×4 vehicle designed to tow and rapidly relocate artillery guns after firing, helping artillery units avoid enemy detection and attacks.
According to the initial requirements, the vehicle is expected to tow loads of up to 4,000 kilograms.
Quick relocation helps artillery units avoid counterattacks from enemy drones, radars, and surveillance systems after firing. This improves survivability and operational effectiveness.
