Can VR simulators replace live-fire training for India’s armed forces?

Every training-establishment head in India faces the same arithmetic. Live firing builds a skill nothing else can, but it consumes ammunition, fuel, range days and vehicle life. The question we hear most from defence and security-force buyers is blunt: can VR replace it? Based on the policy, the economics and the recent inductions, our answer is that VR replaces the practice runs, not the proof.

What does the Ministry of Defence's simulator policy actually say?

On 23 September 2021, the Ministry of Defence promulgated a framework for the "enhanced and synergised utilisation of simulators" by the Army, Navy, Air Force and Indian Coast Guard. Its stated vision is to "transform to simulation-based training across all military domains", covering combatants, leaders, maintainers, administrators and even procurement and financial staff.

Three points matter for anyone planning a VR programme. The framework asks the Services to reduce live equipment use and plan simulator induction inside capability plans; it asks that simulator needs be built into procurement from the start, so a new weapon arrives with its training system; and it puts indigenous design, development and maintenance at the centre, in line with Atmanirbhar Bharat. It sets no percentage of training to be simulated; that is left to each Service.

How much can simulator-based training save India's armed forces?

The most concrete public numbers come from a TERI (The Energy and Resources Institute) assessment reported in May 2026. TERI examined 13 simulator systems across five arms and modelled savings in four buckets: ammunition, fuel and logistics, equipment maintenance and training time. Its headline estimate is that expanding simulator-based training could save the armed forces more than ₹1,000 crore a year without compromising battlefield readiness. The figures below are TERI's, as reported by ANI.

One caution: the TERI numbers are modelled projections at assumed induction levels, not audited savings, and they mix annual figures with net-present-value estimates. They remain the best public baseline for an Indian business case, and they show where the money is: ammunition first, fuel and logistics second, training time third.

Which VR simulators has the Indian Army inducted recently?

The Simulator Development Division (SDD) under Army Training Command (ARTRAC) has been the most visible source of indigenous VR systems. Three recent examples show the pattern.

1. VR aerial-delivery simulator, Agra (May 2026). Handed over by SDD to the Army Airborne Training School, the nodal centre for airborne training. Paratroopers and load-masters rehearse drops, cargo release and emergency drills for the C-17 Globemaster III, C-130J Super Hercules and CH-47 Chinook without live sorties. It was built with IIT-Hyderabad under the VIGRAHA Centre of Excellence and is modular, so new aircraft or mission profiles can be added.
2. Multi-user VR urban-warfare training system (August 2026). Designed for security forces to rehearse close-quarter battle, multi-room clearing, rooftop engagements and kill-house drills as a synchronised team, with configurable hostile and civilian AI agents, adjustable weather and lighting, instrumented weapon peripherals and live instructor monitoring of marksmanship, communication and coordination.
3. Indigenous AR and VR combat simulators (2025). Introduced under the Chief of Army Staff's five-year modernisation plan for tactical decision-making in complex terrain and border areas.

Industry commentary points the same way. A 30 September 2026 opinion piece in The Week described mixed-reality infantry training that overlays digital threats on a soldier's actual AK-203, Sig Sauer 716 or INSAS, with after-action reviews built from field-of-view heatmaps, muzzle-discipline tracking and biometric stress data. That is an industry view, not an official evaluation, but it describes the instrumented training the SDD systems are moving towards.

VR cannot replace live firing for qualification, and it should not try

Here is the honest boundary. A headset does not reproduce recoil, muzzle blast, heat, fatigue after a 20 km approach march, or the discipline of handling live ammunition. Annual range classification, live-fire tactical training and anything that certifies a soldier as safe with a real weapon system stay on the range. The same logic applies in industry: as we found when we looked at VR fire-safety training for Indian factories, the simulator builds the decision-making and the muscle memory, and the live drill confirms it.

What VR does replace is the long, expensive middle of the training cycle: the second to twentieth repetition of a drill, the scenario a unit cannot build physically (a night blizzard, a drone swarm, a civilian in the doorway), and the measurement an instructor cannot do by eye. Mixed reality goes a step further by keeping the real weapon in the soldier's hands; we covered the trade-offs in our guide to mixed reality for training.

How should a training establishment phase VR in?

1. Start with the drills that burn the most ammunition or fuel. TERI's ranking (tank gunnery, infantry weapons, artillery observation) is a good first filter for the Army; for CAPFs and police it is usually room-clearing and target discrimination.
2. Define what the simulator is allowed to certify. Write down which competencies VR signs off (procedure, sequencing, decision-making) and which stay live (weapon handling, classification). This avoids the credibility problem that kills most programmes.
3. Instrument everything. Reaction time, shot placement, communication latency, friendly-fire events and stress indicators should be logged per trainee, per attempt. Without data, you cannot show the saving or the readiness gain.
4. Keep the data in India and off the public internet. Scenario libraries and performance records are sensitive. Insist on Indian data-centre hosting or an air-gapped deployment.
5. Run a 90-day pilot against a control group. Compare live-range scores and ammunition consumed for a VR-prepared cohort against a conventional one. That comparison, not a vendor demo, is what gets the next tranche of headsets funded.

Where Abhigyaan Pro fits

Abhigyaan Pro is Qodequay's professional VR training platform for industrial, fire-safety and defence use cases, built on the same engine that runs Abhigyaan in 1,350 Maharashtra Zilla Parishad schools reaching 1.5M+ students. It supports collaborative multi-user rooms, scenario simulations and remote instructor tracking, runs on a VR headset and in a browser in the same session, and is hosted in Indian data centres by default with an air-gapped option for sensitive establishments. Qodequay is ISO 9001:2015 and ISO 27001:2022 certified and based in Pune. If you are scoping a simulator pilot for a training establishment, book a 30-minute scoping call and we will map your highest-cost drills to a VR-first plan.

Figures in this article are drawn from the Ministry of Defence's September 2021 simulator framework, TERI's May 2026 assessment as reported by ANI, and published reports on ARTRAC Simulator Development Division inductions. They are provided for general information; confirm current policy and numbers against official sources before relying on them.