Fusionova Industries develops intelligent unmanned aerial systems for surveillance, reconnaissance, border security and tactical intelligence — built on advanced autonomous engineering and precision aerospace manufacturing.
Fusionova Industries Pvt. Ltd. develops advanced unmanned aerial systems designed for defense, homeland security and strategic surveillance applications. Our engineering combines aerospace design, artificial intelligence, autonomous navigation and precision manufacturing to create reliable UAV platforms capable of supporting demanding operational environments.
We focus on indigenous innovation, rigorous testing and scalable engineering — while maintaining the highest standards of safety, quality and mission reliability, in support of India's vision of self-reliance in defense technology.
Airframes engineered for endurance, stability and demanding operational environments.
Onboard intelligence for navigation, perception and mission-level decision support.
GPS/INS-fused flight control with waypoint autonomy and terrain awareness.
Component traceability and rigorous quality assurance across every build.
From backpack-portable micro drones to long-endurance surveillance aircraft — every platform is engineered, built and flight-validated in-house.
Backpack-portable quad for close-range situational awareness. Deploys in under two minutes, flies near-silent, and streams encrypted video to the operator.
Catapult-launched fixed-wing platform for wide-area observation, mapping and route reconnaissance with stabilized EO/IR imaging.
High-aspect twin-boom airframe engineered for persistent surveillance — extended station time with modular payload bays and BLOS-ready communications.
Runway-independent hybrid combining vertical launch with fixed-wing efficiency — built for operations from confined, unprepared terrain.
Purpose-built for long-line perimeter and border monitoring — thermal night imaging, geo-fenced patrol routes and automated anomaly alerts.
High-thrust hexarotor for logistics and heavy sensor carriage — precision cargo delivery to forward positions and disaster zones.
Low-signature flying-wing testbed for extended-loiter research — autonomy, target recognition studies and swarm coordination trials.
Requirement-driven platform development — airframe, propulsion, payload and autonomy stack configured around your operational specification.
Every drone station is mounted on existing street light infrastructure — no new construction. Faster than any PCR van. Ready before help is asked.
Records and streams in full detail regardless of lighting. Every frame timestamped and preserved.
Immediate deterrence on arrival. The attacker, neighbours, everyone within 200 m knows help has arrived.
An officer communicates directly at the scene through the drone speaker before ground units arrive.
All footage uploaded to a tamper-proof, court-admissible ledger. Solves India's prosecution gap.
Drone follows a fleeing suspect from above, streaming live coordinates to arriving officers in real time.
Between 10pm–4am, drones patrol pre-set GPS routes. AI flags suspicious activity across a 3–5 km radius.
Fusionova platforms are configured per mission — payloads, autonomy behaviors and data links matched to the operational task.
Persistent aerial watch across land borders with automated patrol corridors and night thermal imaging.
Every subsystem — airframe, autopilot, perception, comms and ground control — is developed as one integrated engineering stack.
Onboard models for perception, classification and mission decision support.
Waypoint autonomy, auto takeoff/landing and failsafe behaviors.
Real-time detection, tracking and scene understanding at the edge.
Fused satellite and inertial navigation with degraded-GNSS resilience.
AI-assisted object recognition and operator cueing pipelines.
Multi-agent flight research for cooperative area coverage.
Route, corridor and coverage planning with terrain awareness.
AES-256 protected command, control and video transport.
Unified command interface for telemetry, payload and fleet ops.
Sensor-driven detect-and-avoid for low-altitude flight.
High-density onboard compute for real-time inference in the air.
In-house flight stacks with redundant sensing and health monitoring.
Modular mounts and interfaces for EO/IR, mapping and custom sensors.
Low-latency airframe health, position and mission-state streams.
Frequency-agile, relay-capable links engineered for contested RF.
Airframes, autopilots and mission software designed and built in India — full control of the technology stack, no black boxes.
Every platform starts from the operational requirement, not the other way around. Form follows mission.
Common cores with swappable payloads, wings and comms — one fleet, many configurations.
Control laws tuned across wind, altitude and load envelopes, validated in thousands of test flights.
Redundant sensing, failsafe behaviors and component traceability engineered into every airframe.
Perception-assisted flight that holds course when GNSS is degraded and terrain is unforgiving.
Standardized power and data interfaces so new sensors integrate in days, not months.
A dedicated research group pushing autonomy, swarm behavior and next-gen flight controllers forward.
A disciplined eight-stage pipeline takes every platform from operational concept to supported fleet.
Operational requirements and threat-environment analysis.
Airframe configuration, propulsion and payload trade studies.
CFD and flight-dynamics modeling across the envelope.
Composite airframe build with in-house avionics.
Static, vibration, thermal and endurance bench validation.
Instrumented test-flight campaigns against spec.
Precision manufacturing with full component traceability.
Training, maintenance, upgrades and mission software updates.
Our research group works one generation ahead of production — maturing autonomy, materials and secure communications before they reach the flight line.
Reliability isn't a claim we make — it's a process we run. Every airframe that leaves our facility carries a documented test history.
Engineering discipline modeled on aerospace and defense quality standards.
Instrumented campaigns across wind, altitude, temperature and load envelopes.
Tight-tolerance composite and CNC production with calibrated tooling.
Every critical part serialized and tracked from supplier to airframe.
Redundancy and failsafe design validated against fault-injection testing.
Inspection gates at every build stage — nothing ships on assumption.
A look across the floor — from composite layup to the flight range.
Police, campus, IT park, or other — we want to know your context. We respond within one working day.
“We don't sell gadgets. We build freedom.”