Solutions / Platforms
Platforms Built Around the Requirement. Not the Other Way Around.
Every Stratosyn Origin platform begins with a simulation model and ends with a validated, flight-ready system. The platform categories below can be configured for specific payloads, endurance requirements, operating environments, and use-case profiles.
Long-Endurance Fixed-Wing
Use Case: Wide-area aerial monitoring, corridor mapping, long-range aerial data capture, agricultural monitoring.
Fixed-wing platforms engineered for aerodynamic efficiency, low power consumption, and stable, high-altitude cruise. Our team has designed and flown fixed-wing platforms with 50+ minute mapping endurance and 3+ hour IC-engine aerial monitoring endurance carrying 1+ kg payloads.
CFD-optimised wing profiles reduce drag and improve time-on-station. Available in electric and IC-engine variants.
Hybrid VTOL
Use Case: Persistent aerial monitoring, rapid deployment to remote operating environments, corridor mapping, and industrial site monitoring.
Hybrid VTOL platforms combine vertical take-off and landing with efficient forward flight, delivering the flexibility of a multirotor with the endurance of a fixed-wing.
Our founding team built and demonstrated hybrid VTOL systems that won first prize at Drone Olympics India. Structural design is validated by FEA; propulsion architecture is optimised by CFD.
High-Endurance Multirotor
Use Case: Urban aerial monitoring, payload delivery, inspection, emergency logistics, air taxi demonstrators.
Multirotor platforms engineered for endurance beyond the commercial off-the-shelf ceiling. Composite frame design and IC or hybrid-electric propulsion architecture enabled the world-record 6 hr 7 min 45 sec flight certified by the Federation Aeronautique Internationale.
We apply the same engineering rigour whether the platform carries a camera or a medical payload.
Tethered Aerial System
Use Case: Persistent airborne data relay, site monitoring, facility monitoring, event aerial monitoring.
Tethered UAVs are purpose-engineered for unlimited airborne endurance, eliminating the battery constraint through ground-supplied continuous power.
They combine stable positional hold, application-specific payload integration, and streamlined rapid deployment for long-duration aerial monitoring programs.
Autonomous Swarm Systems
Use Case: Coordinated area coverage, distributed aerial monitoring, show and theatrical systems, and research programs.
Multi-UAV swarm architecture for coordinated autonomous flight. Our team has demonstrated swarm capability at industry aerospace showcases.
Swarm system design covers inter-vehicle communication, collision avoidance, formation control, and choreographed flight execution.
Agricultural & Industrial UAV
Use Case: Precision spraying, field mapping, infrastructure inspection, energy asset monitoring.
Purpose-built platforms for agricultural spraying and mapping, plus industrial inspection of pipelines, towers, wind turbines, and substations.
Agricultural platforms integrate 10-15L spraying modules. Inspection platforms integrate stabilised EO/IR sensors, lidar, and structured data collection workflows.
Rapid Experimental Platforms
Use Case: R&D programs, technology validation, proof-of-concept testing, advanced aerodynamics research.
Low-lead-time prototype platforms for research institutions, industrial R&D groups, and technology companies needing a flight-test vehicle faster than the sourcing cycle can deliver.
Built with adaptable payload bays, modular avionics, and simulation-backed structure for high-speed aerodynamic studies, blended-wing trials, and novel propulsion research.