01Railway Training Model Room
Working miniature trains, station layouts and signal demonstrations for hands-on learning.
Explore the model room
Aryavart Technologies / 2026
Advanced UAV platforms. Immersive railway simulations. Two worlds. One engineering mindset.
Aerospace · rail · integrated systems

01 / The company
Aryavart Technologies Development Pvt. Ltd. focuses on unmanned aerial vehicles and railway model rooms, bringing aerial technology and immersive rail simulation together under one roof.
Its portfolio includes Arya, Albatross and Blackbird UAVs, alongside railway and metro model-room offerings designed for learning, visualization and system understanding.
How we work
Engineering / Visualization / Learning02 / UAVs
Platform configurations can be adapted for customer-specific payloads, communication links and operating environments.

Long-Range Tactical ISR / Multi-Role UAV
Long-Endurance STOL UAV for Tactical Multi-Mission Operations
Arya is a fixed-wing STOL UAV designed for long-endurance multirole tactical missions, including ISR, surveillance, reconnaissance, target acquisition, communications relay and one way attack roles. Its modular architecture supports rapid payload integration and deployment from short or unprepared operating areas.
03 / Working railway scale models
Rail model room / company imageEngineering you can experience
Explore how tracks, trains, stations and control systems come together in a physical learning environment.
Discover railway models
01Working miniature trains, station layouts and signal demonstrations for hands-on learning.
Explore the model room
02Explore station sequences, platform operations and simulated metro journeys.
Explore the model room
03An illustrative configurable layout with track switching, control panels and training scenarios.
Discuss a model04 / Comparison
Keep this table short and useful. Replace the representative values with your approved specifications.
| Parameter | ARYA | RUDRA | TEJAS | ASTRA | VAJRA |
|---|---|---|---|---|---|
| Class | Medium-altitude, long-endurance | Medium-altitude, medium-endurance, high speed modular Jet UAV | Medium Altitude medium endurance multirole fixed wing UAV | Medium-Range Strike UAV | Short-Range Tactical ISR / Strike UAV |
| Maximum take-off weight | 75 kg | 55 Kg | 50 Kg | 50 Kg | 7 Kg |
| Maximum payload | 20 kg | 15 Kg | 15 Kg | 15 Kg | 1 Kg |
| Endurance | 5 hours | 45 Min | 180 Min | 180 Min | 45 Min |
| Launch and recovery | Runway / catapult / vehicle | Runway / Catapult | Runway / Vehicle launch / Catapult | Runway / Vehicle launch / Catapult | Pneumatic-Launched and parachute recovery |
| Primary role | Long-Range Tactical ISR / Multi-Role UAV | High speed, medium range, high altitude multirole jet for ISR and Strike capabilities for up to 200 Km | Medium Altitude medium endurance multirole fixed wing UAV | Medium-Range Strike UAV | Man-Portable Short-Range Tactical ISR / Strike UAV |
05 / Journal
Project notes, field perspectives and practical thinking from the people building what comes next.
View all notes
For a long time, operating a capable fixed-wing UAV meant accepting a basic limitation: it needed a proper runway. That requirement often kept larger unmanned aircraft far from the units they were meant to support. A mission might take place near a coastline, in mountainous terrain or hundreds of kilometres from an established airbase, while the UAV still had to launch from a distant prepared runway. Short Take-off and Landing technology is beginning to change that equation.
Read the story
Not every military operation requires a large, long-endurance drone that remains airborne for an entire day. Many missions demand something different: an aircraft that can be deployed quickly, cover a meaningful distance, carry a useful payload and reach its assigned area without the cost or infrastructure associated with a much larger platform.
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Unmanned aerial vehicles are entering a new phase of development. For years, the UAV market was dominated by propeller-driven platforms designed primarily for surveillance, mapping and long-endurance observation. Those aircraft remain essential, but a new requirement is emerging: unmanned systems that can fly faster, cover greater distances and respond within much shorter operational windows.
Read the story06 / Contact
Tell us what needs to move, where it needs to operate and what success looks like.
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