UAV Platforms
Airframe development, aerodynamic design, propulsion integration and experimental flight platforms.
Early-Stage Aerospace Engineering Venture · Germany
Engineering the systems that make aircraft intelligent.
Roshan Aerospace Industries is an early-stage aerospace engineering venture developing experimental UAV platforms, embedded avionics and flight-control technologies through iterative design, prototyping and testing.
REAL HARDWARE · FC_V1 · BENCH VERIFIED01 / Development philosophy
From engineering fundamentals to integrated flight systems
01Design
02Build
03Test
04Fail / Learn
05Iterate
06Flight Validate
07Document
Embedded Avionics
Sensors, embedded computing, data acquisition, actuator interfaces and onboard electronics.
Flight Systems
Control systems, state estimation, flight-control development and eventual autonomous capability.
02 / Engineering progress
State of the work
Integrated functional prototype. Five functional tests passed.
CAD, analysis and documentation completed within conceptual scope.
Requirements, sizing, systems selection and build preparation.
Sequenced future work, not existing hardware.
03 / Project portfolio
Six projects. Six honest maturity states.
01Embedded avionics · Bench Validated
RAI_FC_V1
ESP32-based integrated experimental avionics prototype with sensing, actuator interface and flight-state logic.Inspect project record →
02Fixed-wing engineering · Completed Engineering Study
UAV_Concept_V1
1.9 m V-tail pusher concept supported by CAD, geometry, drawings and technical documentation.Inspect project record →
03Propulsion study · Completed Engineering Study
Turbofan_Engine_V1
Conceptual two-spool CAD assembly and thermodynamic study; not manufactured or experimentally validated.Inspect project record →
04Experimental flight platform · In Development
RC_Aircraft_V1
Manual fixed-wing platform being engineered to establish fabrication and flight-test fundamentals.Inspect project record →
05Flight control & avionics · Planned
RAI_FC_V2
Planned sensing, logging, state-estimation, closed-loop control and failsafe iteration.Inspect project record →
06Control development platform · Planned
Quadcoptor_V1
Planned experimental platform for real-time attitude and rate-control development.Inspect project record →07Integrated flight electronics · Future Research
FC_V3
Future flight-computer direction conditional on FC_V2 validation and real flight data.Inspect project record →
08Coordinated systems concept · Planned · 3 drones
Drone_Swarm_V1
Planned three-drone prototype focused on communication, formation logic and safe coordinated behavior.Inspect project record →09Coordinated systems concept · Future · 5 drones
Drone_Swarm_V2
Future five-drone expansion contingent on validating the three-drone architecture first.Inspect project record →
010Integrated demonstrator · Planned
UAV_Prototype_V1
Planned system-level fixed-wing demonstrator combining validated airframe, avionics and controls.Inspect project record →
011Payload systems direction · Future Concept
Payload_Drone_V2
Future configurable payload-platform concept; mission, payload and architecture remain unvalidated.Inspect project record →
012Advanced demonstrator · Future Research
UAV_Prototype_V2
Future integrated UAV iteration gated by Prototype V1 flight evidence and reviewed requirements.Inspect project record →013Rocket simulation study · Completed Simulation Study
Payload_Rocket_V1
OpenRocket study with modeled outputs; no physical build or flight validation claimed.Inspect project record →014Recovery systems concept · Future Concept
Recovery_Rocket_V2
Future recovery-focused rocket project gated by safe design, legal approval and ground testing.Inspect project record →THE OPERATING PRINCIPLE
Claim → Evidence
Bench validated means test records. Firmware developed means source code. CAD developed means real models and drawings. Simulation performed means assumptions and results.
See the engineering process →