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Engineering the Future of Unmanned Flight
Raj Process is developing a fixed-wing VTOL UAV platform with an initial maximum take-off weight of up to 30 kg, marking the company's entry into the UAV market.
A scalable development programme focused on connected operations, secure data transmission and future higher-capacity aerial platforms.
Project Overview
Raj Process is expanding its engineering capabilities into unmanned aerial systems through the development of a fixed-wing vertical take-off and landing UAV. The initial platform is being designed with a maximum take-off weight of up to 30 kg and serves as the company's entry product in the UAV market.
The programme is structured as a scalable technology pathway. The long-term vision is to progress towards higher-capacity drone platforms for logistics and personnel carrying, with a future target capacity of up to 500 kg.
Scalable Technology Pathway
Combining fixed-wing cruise efficiency with vertical take-off versatility, designed for connected operations, secure data links, and multi-mission field adaptability.
Development Vision
A phased engineering strategy scaling from initial tactical platforms to heavy-lift personnel and logistics drones.
| Development Stage | Programme Direction | Wording |
|---|---|---|
| Initial Platform | Up to 30 kg maximum take-off weight | Entry platform for the UAV market. |
| Long-Term Roadmap | Progress towards higher-capacity drones up to 500 kg | Future development for logistics and personnel-carrying applications. |
Initial Entry Platform
Developing an agile 30 kg maximum take-off weight fixed-wing VTOL aircraft tailored for field operations, remote visual monitoring, and AES-encrypted telemetry data transmission.
Long-Term Heavy Lift Vision
Progressing towards heavy-lift, high-capacity aerial platforms engineered specifically for autonomous cargo logistics, emergency supply lines, and personnel transportation applications.
Connected Mission & Communication Architecture
The proposed operating architecture links the UAV, a portable ground-control station, communication networks and a remote viewing centre.
AES-Encrypted Data Link
AES-encrypted radio-frequency data transmission between the UAV and ground-control system.
Portable Ground-Control Station
Portable ground-control station for field operation and mission monitoring.
Multi-Protocol Connectivity
Connectivity through telecom, satellite communication, RF, IP or other suitable communication protocols.
Network-Enabled Remote Viewing Centre
Network-enabled remote viewing centre for off-site visual monitoring.
Technology Highlights
Key core pillars driving the Raj Process VTOL fixed-wing UAV development program.
Fixed-Wing VTOL Configuration
Development focus on a fixed-wing UAV with vertical take-off and landing capability.
Secure Data Link
AES-encrypted RF transmission is identified in the proposed operating concept.
Portable Ground Control
Field control and mission viewing through a portable ground-control station.
Remote Viewing
Network-connected remote viewing centre for extended operational visibility.
Scalable Development Roadmap
Initial 30 kg-class platform with a long-term pathway towards higher-capacity aircraft.
Connected Operations
From Field Control to Remote Viewing
The UAV development concept integrates field-level ground control with secure data transmission and network-enabled remote viewing. This connected architecture supports mission visibility across local and remote operating environments.
Make in India Positioning
Engineering an Indigenous UAV Development Platform
Engineering an Indigenous UAV Development Platform
The Raj VTOL UAV programme reflects a commitment to indigenous engineering, technology development and the Make in India vision. The project establishes a foundation for expanding Indian capabilities in advanced unmanned aerial systems.
Self-Reliant Aerospace Innovation
Building sovereign capabilities in UAV design, telemetry links, flight control integration, and scalable aerial platforms.
Development Focus & Future Applications
Separating current development scope from our long-term aerial mobility roadmap.
Current Development
A fixed-wing VTOL UAV platform with up to 30 kg maximum take-off weight.
Connected Operations
Secure transmission, ground control and remote viewing architecture.
Future Direction
Higher-capacity platforms for logistics applications.
Long-Term Vision
Personnel-carrying platforms with capacity progressing up to 500 kg.
Collaborate on the Next Generation of UAV Engineering
Connect with Raj Process to learn more about the VTOL UAV development programme, engineering collaboration opportunities and future aerial mobility solutions.