Engine performance
Compare engine maps, available shaft power, fuel demand and heat rejection across the intended operating conditions.
Engines & propellers
REAH Propulsion
Match the engine, propeller and aircraft.
Evaluate propulsion as an installed system. Connect engine performance, propeller choices, fuel consumption and heat rejection to the aircraft operating profile.
Concept
Portfolio preview. Portfolio definition builds on REAH's integration work. Engine-design and propeller modules require a scoped development programme.
The engineering question
What changes when the engine becomes an installation?
Choose the propulsion system with the aircraft in view.
Propeller design & matching
Explore preliminary blade geometry and operating maps. Match diameter, speed and loading to engine capability and aircraft requirements.
Engine design programmes
Define engine-type-specific design and analysis tools around a partner's architecture, reference data and validation requirements.
A focused evaluation
From your inputs to a useful engineering review.
- Bring
- Engine maps, propeller geometry or constraints, installation assumptions and operating profile.
- Work towards
- A propulsion trade study connecting shaft power, propeller operation, fuel demand and thermal consequences.
- Designed for
- Engine developers, propulsion engineers and aircraft integrators.
Concept
Evaluation access, supported functions and delivery milestones are agreed for your programme. The portfolio describes product direction; it does not establish general availability.
Connected engineering
Carry the decision into the next discipline.
REAH Propulsion
Bring the case your team needs to solve.
Tell us about the workflow, the available evidence and your next engineering milestone. Let’s define a useful starting point.