Integrated Defence Training Solutions
“Empowering Defence Forces through Innovation, Immersion, and Readiness.”
At Yugantaka, we design next-generation immersive training ecosystems that redefine combat readiness. By intelligently combining XR (VR, MR, AR), Motion Simulation, Projection Technologies, Artificial Intelligence (AI), and Multi-Participant Systems, we create integrated, scalable, and mission-focused solutions tailored to the operational needs of the Defence Forces.
ARMY
Infantry and Special Forces Training
- Urban warfare, jungle, desert, and mountain combat drills.
- Room-clearing (CQB), hostage rescue, covert operations, and night missions.
- Virtual shooting ranges and stress-based marksmanship simulators.
Powered by : XR + Motion Simulation + Multi-Participant + AI-Driven Dynamic Threats
Armour, Mechanized, and Convoy Operations
- Tank and BMP-2 driving, gunnery, and battlefield maneuvering simulators (T-90, Arjun MBT).
- Convoy movement training, IED response, and ambush survival operations.
- Formation tactics across deserts, jungles, and mountainous terrains.
Artillery and Air Defence Systems Training
- Artillery fire direction and Forward Observation Officer (FOO) simulations.
- Missile system operation training (Akash, QRSAM, SPYDER).
- Self-propelled artillery movement and engagement drills.
Powered by : VR / Projection Mapping + Multi-Participant + AI Target Dynamics
Command and Wargaming Solutions
- Brigade and Division-level Command Post Exercises (CPX).
- Tactical Operations Center (TOC) simulations in virtual battlefields.
- AI-enabled battlefield visualization, cyber warfare, and UAV threat simulation.
Powered by : VR + Multi-Participant + AI-Driven Decision Support
AIR FORCE
Flight, Combat, and Mission Training
- Full cockpit VR and projection simulators for Su-30MKI, Rafale, Tejas, Mirage 2000, Jaguar, MiG-29.
- Emergency procedures: engine failure, bird strike, ejection drills, bad weather flying.
- Dogfight simulators (BVR/WVR), AWACS control, and SAR mission training.
- MR-based cockpit familiarization and AR flight checklist assistance.
- UAV flight simulators for Heron, Rustom, Archer drones, with ISR and counter-UAV swarm coordination.
Powered by : VR / Projection Mapping + Motion Simulation + AI Scenario Adaptation + Multi-Participant Collaboration
Ground Crew, Maintenance, and Logistics Training
- AR smart glasses and VR environments for maintenance of engines, avionics, and weapon systems.
- MR-based engine assembly/disassembly trainers (GE F404-IN20, AL-31FP).
- AR-driven ground logistics handling simulations for airbase operations.
- VR base security, sabotage response, and firefighting drills.
- Cybersecurity and Electronic Warfare (EW) Red Team/Blue Team exercises.
Powered by : XR + AI Predictive Diagnostics + AI Adaptive Environments
Air Defence, Radar, and Strategic Operations Training
- VR and projection simulators for radar operations (Rohini, Arudhra, EL/M-2084) and missile systems (Akash, SPYDER, Barak-8).
- AWACS control training and tactical battle management.
- Command Post Exercises (CPX), Virtual War Room simulators, and strategic planning modules.
- AI-driven battlefield visualization, dynamic cyber and UAV threat simulations.
Powered by : VR / Projection Mapping + AI Dynamic Threat Modelling + Multi-Participant Collaboration
Search, Rescue, and Special Missions
- VR + Motion Simulation for helicopter-based Combat Search and Rescue (CSAR) with Dhruv, Chinook, Mi-17.
- AI-driven casualty conditions, hostile fire response, and real-time environmental adaptation.
Powered by : XR + Motion Simulation + AI Rescue Operations
NAVY
Bridge, Navigation, and Submarine Operations
- VR and projection ship bridge simulators for navigation, harbor entry, and collision avoidance.
- MR-enhanced bridge mock-ups and AR-assisted navigation aids.
- VR submarine simulators for sonar operations, torpedo launches, and stealth tactics.
- MR submarine control room trainers for Kilo, Scorpene, and Arihant-class submarines.
- AR-based maintenance training for life support, ballast, and nuclear systems.
Powered by : XR / Projection Mapping + Motion Simulation + AI Smart Navigation Threats
Surface Warfare and Aviation Training
- VR simulators for ASW, Anti-Air, and Anti-Surface missile operations (Barak-8, BrahMos, Klub).
- VR carrier landing simulators for MiG-29K, LCA Navy, and TEDBF fighters.
- Motion-based helicopter deck landing trainers (Dhruv Naval, MH-60R).
- VR damage control and small craft handling (RHIB, FIC) simulations.
Powered by : XR + Motion Simulation + AI Tactical Scenario Modelling
Maritime Combat, Special Operations, and Rescue
- VR boarding, anti-piracy, and amphibious landing craft simulations.
- Multi-ship ASW coordination exercises with frigates, destroyers, and helicopters.
- Combat Search and Rescue (CSAR) simulations with dynamic AI threat environments.
- Multi-participant damage control, flooding, and CBRN emergency drills.
Powered by : XR + Motion Simulation + Multi-Participant Systems + AI Dynamic Threats
Command, Control, and Cyber Warfare Training
- VR fleet command and control (C2) and Virtual War Room simulators.
- Cyber defense and Electronic Warfare (EW) simulators for naval platforms.
- AI-enabled ISR, UAV swarm defense, and dynamic battlefield scenario generators.
Powered by : XR / Projection Mapping + AI Command Systems + Multi-Participant Collaboration
Small Arms Weapon Simulator
To deliver cutting-edge firearms training infrastructure for India’s defence and security forces, Yugantaka offers Fire Arms Training Simulator solutions through a strategic partnership with Laser Ammo . This collaboration enables us to provide safe, scalable, and highly immersive training environments designed for military, paramilitary, and police personnel.
Our Advanced Small Arms Training Simulator solutions combine laser-based recoil kits, advanced weapon replicas, immersive environments, video-based scenario training, and performance tracking. These systems replicate real-world combat and policing conditions, allowing trainees to practice marksmanship, judgmental shooting, and tactical decision-making without the risks or costs associated with live ammunition.
With realistic weapon handling, customizable training modules, and multilingual instructor support, the simulators ensure measurable outcomes across accuracy, reaction time, and situational awareness. Built for both individual and multi-lane configurations, they can be deployed in academies, field units, and immersive training labs.
Together with our global partner Laser Ammo, Yugantaka is redefining the future of small arms training in India — making it safer, smarter, and operationally effective.
Advanced ATGM Simulator — Immersive Training Solution
Yugantaka presents a next-generation Anti-Tank Guided Missile (ATGM) Simulator—an immersive training solution built with global and Indian technology partners and indigenous integration.
The system delivers high-fidelity 3D visuals (day/night/TI), realistic terrain databases, and accurate missile trajectory and guidance modelling with wind, temperature, and lead-angle effects. Trainees use ergonomically faithful firing-post mockups with encoder feedback and tracer-flare visualization. Instructor tools include scenario authoring, failure injection, multi-station control, replay, and performance analytics. Multi-channel audio and battlefield effects enhance realism.
Developed under Make in India, the simulator is modular, upgradable, and supported end-to-end—installation, training, warranty, and AMC—enabling safe, cost-effective, repeatable ATGM crew qualification and mission rehearsal for defence forces.
Next-Generation Rocket Launcher Training Simulator
Yugantaka presents an indigenous multi-lane 84 mm Rocket Launcher Training Simulator — a fully wireless, projection or VR-based immersive system designed for safe, repeatable, high-throughput crew training. The simulator replicates authentic handling, sighting, and firing using inert launcher replicas with wireless sensors synchronized to dynamic terrains, blast cues, and battlefield effects.
Each lane supports independent or synchronized engagements for squad-level drills, decision training, and requalification. The instructor console enables scenario authoring, ammunition control, analytics, and After-Action Review with telemetry replay.
Developed under Make in India, the system is modular, upgradable, and field-sustainable, offering measurable proficiency gains, reduced live-fire costs, and mission-ready operator readiness across diverse terrains.
Virtual Reality–Based Battlefield Surveillance Radar (VR-BFSR SR/MR) Simulator
Yugantaka presents a next-generation Virtual Reality–Based Battlefield Surveillance Radar (VR-BFSR SR/MR) Simulator — an indigenous immersive training system replicating the complete operational workflow of short- and medium-range ground-surveillance radars. Designed under Make in India and Atmanirbhar Bharat, the simulator recreates radar setup, calibration, Doppler-based detection, and multi-target tracking in realistic virtual battlefield conditions.
Powered by a physics-based radar logic engine and a high-fidelity 3D environment, it models terrain, weather, and clutter effects for authentic radar behaviour. Operators train through interactive VR consoles with virtual radar displays, AI-driven target behaviour, and instructor-led scenarios with performance analytics and replay.
Modular, scalable, and network-ready, this system delivers safe, repeatable, and cost-effective radar operator training aligned with India’s defence modernization goals.
Immersive Bofors Gun Training Solutions for Indian Defence
To advance artillery training capabilities for the Indian defence ecosystem, Yugantaka is working with global and Indian partners to create an immersive Virtual Reality / Mixed Reality Bofors Gun Training Simulator. This solution is intended to provide cost-effective, high-fidelity training that strengthens crew readiness while reducing live training risks.
The system design combines realistic 3D modeling of the 155mm Bofors gun, advanced ballistics computation, multi-user crew interaction, and instructor-driven training modules. Scenarios will include firing drills, fault handling, emergency actions, and battlefield engagements, aligned with Indian Army protocols.
Developed on modern VR / MR platforms and compliant with defence training standards and Make in India requirements, the simulator is being positioned to deliver scalable, repeatable, and analytics-driven training. With this initiative, Yugantaka is enabling the next generation of artillery simulation in India.
Advanced Target Systems and Range Solutions
Yugantaka presents a comprehensive suite of advanced target systems developed in collaboration with our technology partner — a globally recognized leader in small-arms target equipment and interactive training systems. Through this partnership, we deliver a wide range of products including pop-up and moving target mechanisms, precision target carriers, control consoles, and CQB interactive platform, all engineered to meet international standards for defence marksmanship and tactical training.
Yugantaka provides last-mile integration, customized control-software development, system integration, installation, and training support, ensuring seamless deployment across institutional and field ranges. The partnership enables fully instrumented, networked, and scalable live-fire and virtual range environments — combining global technology excellence with indigenous engineering, affordability, and lifecycle sustainment in India.
Enabling Next-Generation Ship Handling Simulation in India
To deliver world-class Ship Handling (SHS) simulation solutions for the Indian defence ecosystem, Yugantaka has partnered with globally renowned companies specializing in hydrodynamic and bridge simulation. This collaboration enables us to offer fully integrated, high-fidelity simulators tailored to meet the training needs of naval officers, cadets, and maritime operations personnel.
Our joint solutions bring together advanced hydrodynamic modeling, radar and navigation system integration, Common Database-based ocean and harbour environments, and immersive bridge projection setups. Built in compliance with IMO and STCW standards, our systems are designed for real-time manoeuvre creation, high-resolution seascape visualization, and performance analytics — providing unmatched realism and operational readiness.
Together with our global partners, Yugantaka is enabling the next generation of maritime training infrastructure in India.
Strategic Partnership for ATC Simulation Excellence
To deliver world-class Air Traffic Control (ATC) simulation solutions for the Indian defence ecosystem, Yugantaka has partnered with globally renowned companies specializing in radar and visual tower simulation. This collaboration enables us to offer fully integrated, high-fidelity simulators tailored to meet the training needs of ATCOs, aircrew, and aviation operations personnel.
Our joint solutions bring together advanced image generation technology, procedural and radar simulation capabilities, Common Database-based terrain modeling, and immersive projection environments. Built in compliance with DGCA and ICAO standards, our systems are designed for real-time scenario creation, high-resolution airfield visualization, and performance analytics — providing unmatched realism and operational readiness.
Together with our global partners, Yugantaka is enabling the next generation of aviation training infrastructure in India.
Augmented Reality Tactical Combat Casualty Care (TCCC) Training Simulator
Yugantaka, in partnership with global leaders in immersive medical simulation, delivers an advanced Augmented Reality (AR) TCCC Training Simulator for the Indian defence and paramilitary ecosystem. This next-generation blended-reality platform combines a high-fidelity physiology engine, validated CoTCCC-compliant scenarios, and AR-enabled mannequin integration to create an immersive, instructor-free environment.
Covering various battlefield injury combinations, the system supports guided and unguided modes for individual and team-based training. Features include real-time patient response, After Action Review (AAR) analytics, and NATO/US DoD interoperability.
Designed to prepare combat medics, first responders, and field personnel for life-saving care under extreme conditions, Yugantaka’s AR TCCC platform sets a new standard in combat medical training — enabling faster, more effective casualty management and higher survival rates in the field.
Maintenance, Engineering and Technical Training
- AR-guided maintenance solutions for engines, radar, sonar, and weapon systems.
- VR mechanical workshop simulators for repair training without asset downtime.
- AI-based predictive diagnostics and real-time AR maintenance validation.
Powered by : XR + AR + AI Predictive Maintenance Systems
How We Build Integrated Defence Training Ecosystems
At Yugantaka, every immersive training solution seamlessly integrates:
- Extended Reality (XR, VR, MR, AR): Authentic battlefield, maritime, and airspace operational environments.
- Motion Simulation: Realistic physical engagement, flight dynamics, ship handling, and reflex development.
- Projection Mapping: High-fidelity situational awareness, tactical visualization, and operational simulation.
- Artificial Intelligence (AI): Adaptive threats, real-time mission evolution, and intelligent battlefield/battlespace dynamics.
- Multi-Participant Collaboration: Synchronized training across units, squadrons, fleets, and formations.
Modular. Scalable. Mission-Ready. Why Yugantaka?
- Turnkey Expertise: End-to-end execution — from concept design to full deployment.
- Innovation with Tactical Relevance: Fusing cutting-edge technology with real-world operational requirements.
- Custom Scalability: Tailored for individual, team, battalion, squadron, and fleet-level training.
- Indigenous Excellence: Engineered for India’s defense needs, aligned with Atmanirbhar Bharat, and future-ready.
Our Philosophy
At Yugantaka, we don’t just simulate battles — we prepare warriors, aviators, and sailors for real-world victory. Every mission we build ensures they fight smarter, move faster, react sharper, and prevail stronger.