REAH Digital / Engineering software
From the first geometry to the last test channel. A connected software portfolio for the decisions that shape an aircraft.
Portfolio preview. Evaluation access, integration scope and programme delivery are agreed with your team.
Seven fields. One connected portfolio.
Start with the engineering question in front of you. Connect geometry, physics, power and evidence as the aircraft takes shape.
Read the portfolio brief01 / Aircraft concept design
Move from a packaging constraint to an aircraft concept. Shape brings fuselage geometry, lifting surfaces and equipment envelopes into the same design conversation.
02 / Airfoils & computational fluid dynamics
Connect airfoil decisions to installation aerodynamics. Aero brings section studies and CFD workflows into a clear path from setup to engineering interpretation.
03 / Cooling & heat rejection
Bring heat loads, cooling circuits and installation airflow into one engineering view. Explore the conditions that set the cooling margin, from ground operation to climb and sustained load.
04 / Engines & propellers
Evaluate propulsion as an installed system. Connect engine performance, propeller choices, fuel consumption and heat rejection to the aircraft operating profile.
05 / Electrical generation & alternators
Connect payload demand to electrical generation and its cost in shaft power and heat. Define the power system around the complete operating profile.
06 / Telemetry & test intelligence
Connect what was tested, what was measured and what the result means. Trace brings telemetry, configuration and engineering interpretation into the same review.
07 / Onboard computing & vision
Define the onboard software around the aircraft application. Connect companion computing, payload interfaces, health monitoring and vision-based localisation within a coherent integration programme.
Designed to connect
A new payload changes the mass, the power demand and the heat to reject. Follow the consequences across the engineering disciplines.
Shape + Aero
Explore the configuration, package the equipment and understand the aerodynamic choices.
Propulsion + Power + Thermal
Bring shaft power, electrical demand and heat rejection into the same installation study.
Flight
Define onboard computing, sensing and interfaces around the application.
Trace
Compare predictions with test data and carry the findings into the next configuration.
Choose your starting point
Three focused entry offers turn your priorities into a practical evaluation.
REAH Aero / REAH Shape
Start with an aerodynamic question.
Scope airfoil comparisons and repeatable CFD studies around the geometry and operating conditions that matter to your team.
Discuss an Aero Tools evaluationREAH Thermal / REAH Power / REAH Propulsion
Find the installation's limiting condition.
Bring heat rejection, electrical generation and operating margins into one installation review. Start with a representative aircraft case.
Discuss a Thermal & Power evaluationREAH Trace
Make every test move the design forward.
Start with a real dataset and a recurring review task. Define the path from raw channels to a reproducible comparison and engineering report.
Discuss a Test Data evaluationREAH Digital Design Partner Programme
Bring a recurring workflow, a representative case and the decision it must support. Define an evaluation around your engineering priorities.
An installation, a geometry, a test dataset or an onboard application. Identify where the current workflow loses time or clarity.
Agree reference data, supported inputs, deployment requirements and the first useful engineering result.
Set evaluation milestones, integration scope and a delivery plan that fits your team.
