Propulsion for theHypersonic Era

Australian-built Rotating Detonation Engine (RDE) systems delivering superior speed, efficiency and range — at hypersonic speed.

Explore Capabilities Contact the team

Equilibrium Aerospace is an Australian propulsion technology company pioneering Rotating Detonation Engine systems for supersonic and hypersonic drones. Our mission is to advance defence-relevant propulsion technologies that deliver superior speed, higher efficiency and extended range.

Capabilities

RDE Engine Design

Design and development of Rotating Detonation Engines for hypersonic vehicles operating at Mach 5.

Hypersonic Wind Tunnel

Operation of a state-of-the-art hypersonic wind tunnel for comprehensive flight system validation.

End-to-End Testing

Complete hypersonic testing services — from test design and execution to detailed data analysis.

Advanced Modelling

Sophisticated modelling and diagnostics for detonation dynamics, combustion stability, and flow interactions.

Flight Test Support

Support for flight test campaigns and validation of integrated propulsion systems.

Our Results

We have successfully demonstrated operation of a rotating detonation engine at Mach 4 in hypersonic wind tunnel experiments.

Stabilised detonation wave
Nominal inlet operation
Demonstrated positive thrust

What Sets Us Apart

Applied R&D Expertise

Unique blend of applied R&D and hands-on expertise in detonation-based propulsion design, bridging theory and practical implementation.

Proven Performance

Demonstrated track record in detonation propulsion research, backed by in-house simulation capabilities and advanced data analytics.

Test Facilities

Access to hypersonic test facilities enabling rapid design-to-test cycles and accelerated development timelines.

Dual-Use Technology

Applying RDE technology to next-generation hypersonic passenger aircraft.

Let's build the future.

contact@equilibriumaerospace.com

For all enquiries, please reach us at contact@equilibriumaerospace.com. We aim to respond as soon as possible.