Efficient Area Coverage
Wing-borne lift supports systematic flight across broad survey areas and long corridors.
AEROSHIFT TECHNOLOGIES
Engineered for Distance.Built for the Mission.
Advanced fixed-wing unmanned aerial systems designed for efficient flight, dependable operations, and mission-specific adaptability.
02 / 05
Range is a design decision.
Fixed-wing aerodynamics let lift come from the wing, not the motor — the foundation for longer, more efficient flight.
03 / 05
Mission first. Airframe second.
We begin with the operating requirement and shape the platform, payload integration, and workflow around it.
04 / 05
Built to be flown again.
Dependable operations come from considered structures, maintainable systems, and disciplined testing.
05 / 05
Let's define your mission.
Tell us what you need to observe, map, or monitor — we'll start the engineering conversation there.
Flight Advantage
Why Fixed-Wing?
For missions that extend across distance and terrain, fixed-wing architecture offers a fundamentally efficient way to move sensors and payload through the air.
Long-Route Suitability
A natural fit for missions connecting distant waypoints or following linear infrastructure.
Stable Cruise Operation
Stable cruise flight supports repeatable sensing and reliable data collection.
Mission-Specific Integration
Airframe and payload architecture can be considered together around the operating objective.
Explore
Inside Aeroshift
Each area of the company has its own page. Choose where to go next.
01
Platform
Explore the fixed-wing airframe and the platforms in development.
View platform02
Capabilities
Airframe, autonomy, payload and ground segment, plus our engineering process.
See capabilities03
Applications
Mission types suited to long-endurance fixed-wing flight.
Browse missions04
Company
Who we are and how we approach unmanned flight.
Meet the company05
Locations
Find our Bengaluru registered office and Dehradun operations location.
Find us01 — Platform
Designed Around the Mission
Every element of a fixed-wing system influences how far, how long, and how reliably a mission can be flown. Select a callout to explore the platform architecture.
Conceptual platform configuration. Final specifications vary by mission and product.
Conceptual visualizationIn Development
Platforms in Development
Our fixed-wing platform portfolio is being prepared for release. Detailed configurations, mission options, and technical specifications will be published following validation.
02 — Capabilities
Capabilities Across the System
From the airframe to the data it returns, our engineering scope covers the disciplines that shape a dependable fixed-wing mission.
CAP / 01AIRFRAME
Fixed-Wing Airframe Development
Airframe concepts developed around endurance, stability, payload capacity, and operational simplicity.
CAP / 02AUTONOMY
Autonomous Flight Systems
Mission planning, navigation, flight control, geofencing, and configurable autonomous workflows.
CAP / 03PAYLOAD
Payload Integration
Integration-ready architecture for imaging, mapping, monitoring, inspection, and mission-specific sensors.
CAP / 04GROUND
Ground Control and Data
Operator-focused mission interfaces, flight telemetry, and structured data workflows.
CAP / 05TEST
Prototyping and Flight Testing
Iterative engineering supported by simulation, ground evaluation, and controlled flight testing.
CAP / 06CUSTOM
Custom Mission Engineering
Platform and payload configurations adapted to defined terrain, environment, and operating objectives.
Capabilities describe Aeroshift’s engineering focus areas and development approach.
Engineering Process
From Requirement to Flight
A disciplined five-stage engineering process connects the operational requirement to evaluated hardware.
- 01
Mission Definition
Operational objectives, terrain, environment, and data needs are captured as engineering requirements.
- 02
Aerodynamic Design
Wing, fuselage, and control surfaces are shaped around the defined mission profile.
- 03
Digital Simulation
Design iterations are assessed in simulation before committing to physical builds.
- 04
Prototype Integration
Airframe, avionics, propulsion, and payload elements are integrated into working prototypes.
- 05
Ground and Flight Evaluation
Systems are evaluated on the ground and through controlled flight testing to inform refinement.
03 — Applications
Where Fixed-Wing Flight Makes the Difference
Fixed-wing systems are well suited to missions that span distance and terrain. Explore the application areas we are engineering toward.
04 — Company
Extending What Is Possible in Unmanned Flight
Aeroshift Technologies develops fixed-wing unmanned aerial systems for operations where range, efficiency, and dependable mission performance matter. Our approach brings together airframe engineering, autonomous flight systems, payload integration, and mission-focused design.
Efficient by Design
Fixed-wing platforms shaped around aerodynamic performance and energy-efficient flight.
Mission Adaptable
A modular approach that supports evolving payload, sensing, and operational requirements.
Engineered for Operations
Systems considered as complete operational tools, from deployment to data delivery.
Mission lifecycle
End-to-endFrom plan to decision, one continuous loop.
- 01Plan
Mission Planning
Objectives, area, airspace and payload defined before launch.
- 02Launch
Deployment
Field setup, pre-flight checks and launch from the operating site.
- 03Cruise
Autonomous Flight
Pre-programmed routes flown with supervised autonomy.
- 04Sense
Data Capture
Payload sensors collect imagery and data along the route.
- 05Deliver
Decision Support
Recovered data processed into usable operational insight.
Contact
Let’s Build the Next Mission
Tell us about your operational objective, environment, payload, or fixed-wing application. Our team will use the information to understand the requirement and identify the right next step.
05 — Locations
Where We Operate
A registered office in Bengaluru and an operations location in Dehradun, at the foothills of the Himalaya.
Registered Office
Aeroshift Technologies Private LimitedC/O Aspire Coworks,Balaji Arcade, 20th L Cross Rd,
4th Block, Koramangala,
Bengaluru, Karnataka 560034
India Get Directions to the Registered Office (opens in a new tab)
Operations Location
Aeroshift Technologies Pvt. Ltd.137/1 Meghadoot Enclave,Kalidas Road,
Dehradun, Uttarakhand 248001
India Get Directions to the Operations Location (opens in a new tab)
Aeroshift Technologies Private Limited, C/O Aspire Coworks, Balaji Arcade, 20th L Cross Rd, 4th Block, Koramangala, Bengaluru, Karnataka 560034
Open in Maps (opens in a new tab)
Map data loads from a third-party map provider using an address search query.
Get Directions → (opens in a new tab)