UAV
PROPELLER
SOLUTIONS

We design and manufacture composite propulsion components and structures for unmanned systems.
Our focus is mission efficiency, repeatable quality, and test-based validation.

Powerful
take-off

Rapid throttle
response

Efficient cruise
performance

FROM DESIGN
TO A FINISHED PROPELLER

We work in clear, iterative stages. Each stage affects eometry, mass, balance, smoothness, and durability.

FROM DESIGN
TO A FINISHED PROPELLER

We work in clear, iterative stages. Each stage affects eometry, mass, balance, smoothness, and durability.

What We Deliver

What We Deliver


Propeller selection and design tailored to your configuration (speeds, mission priorities).

Working prototype and integration readiness (mounting, compatibility).

Integration documentation and a test summary of measured parameters.

OPERATIONAL BENEFITS

OPERATIONAL BENEFITS


Higher efficiency across different mission phases

Lower RPM, higher thrust

Low mass and favorable inertia effect

Optimized for reduced energy/fuel consumption

VALIDATION

We validate performance using static and dynamic thrust test bench

VALIDATION

We validate performance using static and dynamic thrust test bench

COMPOSITE
MANUFACTURING

COMPOSITE
MANUFACTURING

SCOPE

We manufacture composite structures and components for UAVs: functional parts, fairings, aerodynamic elements, and lightweight structural components—built for specific integration and operating requirements.

WHY COMPOSITES FOR UAVS

  • Low weight with required stiffness/strength.
  • Geometry freedom for aerodynamics and integration.
  • Repeatable quality with controlled, mold-based processes.

WHAT WE DELIVER

  • CAD design and manufacturing preparation.
  • Prototypes and short-run production.
  • Technical documentation and integration support.
  • Repeatable high-quality mass production.

QUALITY CONTROL

We control geometry, mass consistency, repeatability, and installation readiness.

USE CASES

USE CASES

Defence & security

endurance, reliability, reduced acoustic footprint.

Industrial & infrastructure

repeatable missions, reduced mission cost

R&D DRONE

rapid prototype iterations and structured test reporting.

COLLABORATION PROCESS

COLLABORATION PROCESS


Define mission and integration requirements (speeds, mission type).

Build a prototype and perform test-rig measurements.

Design and align parameters and mounting interface.

Validate in flight/operation and iterate to the target version.