XR Solutions Technical Training

T-72 Tank Engine Removal Simulation

The T-72 Tank Engine Removal Simulation offers immersive training for mastering engine maintenance. Developed in our advanced VR lab, it allows up to 25 trainees to collaborate in real-time. The simulation features a 360-degree virtual environment with realistic 3D models, enabling hands-on tasks like loosening bolts and disconnecting cables.

Multiplayer functionality promotes teamwork, while customizable modules support self-paced learning. Instructors monitor progress through real-time feedback and performance tracking to enhance proficiency.

This VR-based solution reduces reliance on physical equipment, ensuring cost-effective, repeatable scenarios. It enhances operational readiness by delivering a realistic, engaging learning experience, preparing personnel for real-world engine challenges.

VR-Simulated Earth Relay System

The VR-simulated earth relay system ensures the safe discharge of static electricity from petrol tanks during transfers, minimising fire risks in oil refineries. Static buildup can ignite petrol vapours, posing severe hazards. The earth relay system prevents this by safely grounding electrical charges, making it a crucial safety measure.

Through immersive VR training, refinery personnel can practise key procedures such as grounding tanks, connecting relays, and monitoring discharge processes in a risk-free environment. The simulation replicates real-world refinery scenarios, helping trainees build confidence and competence. Instant feedback guides them through mistakes, reinforcing correct practices and improving safety protocols.

This innovative VR solution enhances safety awareness, ensuring personnel are better prepared to prevent accidents. By providing a controlled and interactive learning experience, it reduces the need for physical training setups, making it cost-effective. Standardised training across teams ensures high safety standards, improving overall operational readiness and efficiency

Digital Circuits

Digital Circuits is an interactive platform designed to simplify the electrical and GCE systems of armored vehicles such as T-72, T-90, and ICV BMP II. It converts complex technical manuals into easy-to-understand animated circuit flows.

Each circuit features dynamic animations of technical connections and detailed representations of real-life components—such as toggles and switches—allowing users to bridge the gap between theoretical schematics and physical operation. To ensure maximum accessibility, the project includes:

• Bilingual Support: Full explanations provided in both Hindi and English.
• Audio Guidance: Integrated voice-overs for every circuit to enhance the learning experience.
• Interactive Controls: Complete user autonomy to pause, forward, or rewind the circuit at any time, allowing for self-paced mastery of these complex systems.

This visual and auditory approach makes Digital Circuits an useful tool for understanding the electronics of modern armored vehicles.

Drone Training Simulator

Drone Training Simulator is a high-fidelity virtual reality ecosystem designed to bridge the gap between basic piloting and advanced tactical execution. By replicating real-world flight physics across diverse terrains—including forest, desert, and urban environments—the platform offers a risk-free space to master FPV, Surveillance, and Payload drones.

Users navigate a structured five-tier curriculum that evolves from foundational handling and interactive maintenance to complex obstacle courses and mission-critical scenarios like stealth reconnaissance and precision target engagement.

To ensure operational readiness, the simulator features dynamic weather systems—rain, fog, and wind—that directly impact drone aerodynamics. Instructors maintain full control through a dedicated command panel, allowing them to simulate equipment failures or adjust environmental variables in real-time.

Every session is backed by an advanced analytics engine that tracks telemetry, collision data, and flight paths, providing pilots with a comprehensive performance score and a visual replay for detailed post-mission review.

Map Reading Simulator

Map Reading Simulator is a cutting-edge virtual reality platform designed to modernize land navigation and topographical training. By digitizing the complete syllabus across Map Reading Standards III, II, I, and MCI, the simulator transforms complex theoretical concepts into immersive, 3D learning experiences. This VR integration significantly enhances a user's ability to identify terrain features and topographical forms, providing a depth of spatial understanding that traditional paper maps and 2D charts cannot achieve.

To bridge the gap between classroom learning and field execution, the simulator features a curated virtual environment where users can perform high-fidelity exercises using a suite of digital navigation tools. Trainees can practice in diverse, realistic settings—including deserts, mountains, and semi-urban areas—to master terrain analysis in any geography.

Furthermore, the platform includes a dynamic weather system, allowing instructors to alter environmental conditions in real-time to challenge the user's navigational skills under varying levels of visibility and difficulty.

ALS Maintenance Simulator

ALS Maintenance Simulator is a high-fidelity virtual reality solution designed to master the technical complexities of the Ashok Leyland Stallion vehicle. By integrating detailed 3D modeling with interactive pedagogy, the platform allows technicians to perform deep-tier maintenance and systems analysis in a risk-free digital environment, eliminating equipment downtime and logistical costs.

The simulator features a three-stage learning architecture: Parts Identification for over 24 critical components, Guided Flow Animations for complex systems like Fuel and Lubrication, and Hands-on Simulations for practical tasks such as engine oil changes.

To ensure operational mastery, a robust Evaluation Module utilizes a pool of 260 randomized questions to provide data-driven performance metrics and verify technician readiness.

ULSB MK III Simulator

ULSB MK III Simulator is a VR-based training platform designed to help signal corps personnel master the installation and configuration of the Unit Level Switch Board Mark-III in a safe, equipment-free environment.

It provides interactive 3D hardware familiarization, guided modules for IP port creation and communication setup, and a performance-based scoring system that evaluates technical accuracy and speed—training users to complete configurations in under 30 seconds.

The simulator enhances operational readiness and rapid field deployment without relying on physical equipment.

BMP-II Technical Training Simulator

BMP-II Technical Training Simulator is an advanced VR/AR "digital twin" designed for total mastery of the infantry fighting vehicle's automotive, armament, and communication systems. It offers immersive, risk-free training on everything from 30mm Cannon and Missile operations to complex systems like Fuel Supply and Lubrication.

Personnel can practice critical operational drills—Recovery, Flotation, and Firing—and routine maintenance parades (First, Halt, and Last Parade) with step-by-step guidance.

Featuring a Virtual Assistant and a rigorous evaluation engine, this simulator ensures technical proficiency and procedural discipline while significantly reducing wear on actual equipment.

Driving Simulation Platform

Driving Simulation Platform is an advanced VR-based training solution designed to develop driving proficiency across military vehicles such as the Maruti Gypsy, Tata 2.5 Ton Truck, and Ashok Leyland Stallion.

By integrating customized hardware with high-fidelity simulation software, the platform recreates realistic cockpit controls, vehicle dynamics, and terrain responses. Drivers can practice complex terrains and tactical scenarios in a safe virtual environment, reducing fuel costs, vehicle wear, and training risks while ensuring mission-ready operators.