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Our work / Customers

CLOSE TO
THE INDUSTRY.

Working with the people who develop, manufacture and operate flexible aerodynamic systems.

SELECTED CUSTOMERS

SHARED QUESTIONS.
DIFFERENT APPLICATIONS.

Every sector brings its own requirements.
We bring a common understanding of the mechanics.

Sport

Skywalk Group

Marquartstein · Germany

Accelerating innovation. Refining performance.

Paraglider development is an iterative craft. Coupled simulation helps designers explore new concepts, understand their effect on the flying shape and focus prototype testing on the changes that matter. We connect numerical methods with the group’s design know-how to support faster, better-informed development.

ENGINEERING FOCUS

Performance-led design
Rapid design iteration
Simulation & flight testing

THE GROUP’S BRANDS

Energy

Kitepower

Delft · Netherlands

Durable wings. Competitive wind energy.

An energy kite must perform through long operating cycles, not just a single flight. Understanding cyclic loading and deformation helps balance aerodynamic efficiency, durability and system simplicity. The engineering goal: lower lifetime costs and stronger returns on the complete energy system.

ENGINEERING FOCUS

Long operating cycles
Durability & load control
Lifetime cost optimisation

Explore the Kitepower case study ↗

Maritime

Beyond the Sea

La Teste-de-Buch · France

Reliable kite traction. Lower-carbon shipping.

At sea, a traction wing must remain stable and withstand a demanding environment: gusts, saltwater, repeated loading and changing operating conditions. Connecting aerodynamics with structural behaviour helps develop robust wings for wind-assisted propulsion and reduced fuel use.

ENGINEERING FOCUS

Stable traction
Marine durability
Wind-assisted propulsion

Defence

DGA

Balma · Toulouse · France

A scientific approach to evaluating parachute performance.

For teams evaluating parachute systems, a useful model must explain how the canopy, suspension and airflow interact. We connect coupled simulation with experimental evidence to assess behaviour, examine loading and support informed technical evaluation.

ENGINEERING FOCUS

Performance assessment
Canopy mechanics & CFD
Model–test correlation

Aerospace

In Orbit Aerospace

Torrance, California · USA

Flexible wings for precise aerial delivery.

Autonomous aerial delivery depends on a predictable wing across changing conditions. Understanding canopy deformation, aerodynamic loads and their interaction with the complete flying system helps connect detailed wing design with controlled descent and delivery.

ENGINEERING FOCUS

Canopy aerodynamics
Wing deformation
System integration

Aerospace

Outpost

Los Angeles, California · USA

From orbit to a controlled landing.

Returning payloads from space means managing the journey all the way to the ground. Outpost develops reusable space logistics and Earth-return systems. Flexible-wing engineering brings an understanding of canopy shape, structural loads and aerodynamic behaviour to the challenge of controlled descent and precise recovery.

ENGINEERING FOCUS