High-speed unmanned systems · Romania

Speed is the new advantage.

Erete Dynamics builds high-speed unmanned aircraft with short reaction times — for rapid reconnaissance and for testing next-generation aerospace technology.

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700+ km/hDesign target speed
JetSingle-turbine propulsion
AI-drivenGenerative design loop
EUDesigned and built in Romania
Mission
Europe needs unmanned systems that are fast, affordable and built close to where they're needed.
Why speed

Minutes matter

Most drones are built for endurance. We optimize for reaction time — getting eyes on a situation before it changes.

Why Romania

On Europe's eastern edge

Designed and built in Romania, close to the regions where fast, sovereign capability matters most.

How we work

Software-first engineering

Simulation, AI and rapid prototyping let a small team iterate at the pace of much larger ones.

What we do

Unmanned aircraft built for the first minutes.

When time is the constraint, speed decides the outcome. We design compact, jet-powered drones that get there first, see clearly, and serve as fast-moving testbeds for the technology that comes next.

01

High-speed UAV platforms

Jet-powered fixed-wing airframes in lightweight composites, engineered from first principles for speed and short time-to-target.

02

Rapid reconnaissance

Short reaction times from launch to coverage, delivering a clear picture of a fast-changing situation before anything else can.

03

Test & development

Flying testbeds for sensors, propulsion and autonomy — real high-speed flight data for partners developing new aerospace systems.

In development
Prototype 01

Low, fast, and first on scene.

Our first airframe is a compact single-turbine jet drone, built to prove high-speed flight at low cost and to become the platform for everything we build next.

Configuration
Fixed-wing jet UAV
Propulsion
Single jet turbine
Target speed
700+ km/h
Airframe
Composite
Status
Design & prototyping
Technology

Design that iterates itself.

AI-assisted generative design explores thousands of airframe configurations in simulation. Only the shapes that fly better make it to the workshop.

01 · Simulate

Virtual wind tunnel

Every geometry is tested in CFD before it exists.

02 · Optimize

AI-driven geometry

Models reshape wings and fuselage for drag, stability and speed.

03 · Build

Rapid composites

Short cycles from model to physical airframe.

04 · Fly

Real flight data

Test results feed straight back into the next design.

Work with us

We're looking for partners for the next phase.

Contact

Let's talk about what comes next.

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