ADDITIVE-MANUFACTURED UAS

Full End-to-End UAS Design & Development

From concept to flight-ready systems — including CAD, avionics integration, control logic, and physical assembly.

Licensing & Customization of Our UAS Models

Commercial licensing of our drone designs with the ability to adapt for specific use cases.

Foam Casting into Printed Shell

Production of ultra-durable, lightweight drone bodies by injecting structural foam into 3D-printed shells.
Combines the design freedom of additive manufacturing with the strength of composite-grade materials.

Sales & Customization of Pre-Built UAS

Delivery of ready-to-fly drones with flexible configuration of sensors, payloads, and communication systems.

Additive-Manufactured UAS Training

Training programs for engineering teams on design, printing, and assembly techniques for drone frames.

Tooling Setup for Mass Production

Development of molds, jigs, and production recommendations — including
Foam Casting into Printed Shell as the core fabrication approach.

Long-Range Video & Data Link Integration

Implementation of secure long-range communication systems (sub-GHz RF, LTE, SATCOM) for BVLOS operations.

What We Do

ASTIS Tech R&D division specializes in advanced design and development of autonomous drone platforms and durable UAV components using cutting-edge additive manufacturing technologies. One of our key innovations is:

Our Capabilities

Full End-to-End UAS Design & Development
From concept to flight-ready systems — including CAD, avionics integration, control logic, and physical assembly.
Licensing & Customization of Our UAS Models
Commercial licensing of our drone designs with the ability to adapt for specific use cases.
Foam Casting into Printed Shell
Production of ultra-durable, lightweight drone bodies by injecting structural foam into 3D-printed shells.
Combines the design freedom of additive manufacturing with the strength of composite-grade materials.
Sales & Customization of Pre-Built UAS
Delivery of ready-to-fly drones with flexible configuration of sensors, payloads, and communication systems.
Additive-Manufactured UAS Training
Training programs for engineering teams on design, printing, and assembly techniques for drone frames.
Tooling Setup for Mass Production
Development of molds, jigs, and production recommendations — including
Foam Casting into Printed Shell as the core fabrication approach.
Long-Range Video & Data Link Integration
Implementation of secure long-range communication systems (sub-GHz RF, LTE, SATCOM) for BVLOS operations.
CFD Analysis (Aerodynamics)
Computational Fluid Dynamics (CFD) for optimizing airframe shape, wing design, and payload mounting.