Your trusted development partner, backed by decades of experience in government and private rocket and aerospace projects. Our proven tools and knowledge is rooted and validated across multiple rocket research and development projects. Unlike others, we don’t just deliver numbers and visuals—we provide results and answers backed by rocket and aerospace expertise for real-world developments.
Rocket and systems engineering
Propulsion system engineering
- Rocket and air-breathing (turbojet, ram-/scramjet , pulse-detonation, etc.) systems analysis
- Combustion and internal flow analysis
- Nozzle flow analysis (bell, aerospike, plug-nozzle, etc.)
- Thermo-mechanical analysis of rocket chamber wall
- Tank system and pressurization
Rocket systems engineering
We provide expert analysis and optimization for rocket and aerospace systems.
- Comprehensive Aerospace Solutions – Supporting all vehicle types: ballistic, winged, capsules, projectiles, ascent, and re-entry.
- Cutting-Edge Optimization – Our proprietary genetic algorithm efficiently optimizes multiple parameters for peak performance.
- Versatile Propulsion Models – A broad selection of propulsion system models tailored to your needs.
- Advanced Hypersonic Aerodynamics – Highly efficient modeling for accurate predictions.
- Cost: Development and operational cost
- Technical feasibility
- ensuring seamless global collaboration.
- Beyond Aerospace – While built for rockets, our technology applies to any complex system optimization challenge—even outside aerospace.
Let us help you achieve the optimal design and performance for your system. Contact us today!
Rocket systems analysis and optimization
- Systems engineering design analysis
- Technical feasibility and risk assessment
- Vehicle subsystem mass modelling
- Combined optimization of vehicle system and trajectory
- Cost analysis of development and flight operations
TraViOpt • Trajectory simulation and optimization
Advanced trajectory simulation software to evaluate and enhance vehicle performance.
- Supporting a wide variety of aerospace vehicles: ballistic, winged, capsule, projectiles, ascent and re-entry
- As well as a wide variety of propulsion systems: rocket, ram/scramjet, pulse-detonation, etc.
- Efficient hypersonic aerodynamics model
- Highly efficient genetic algorithm to optimization a large number of vehicle and trajectory parameters simultaneously
- ITAR-Free proprietary software (no US export restrictions)
Reliability, safety, risk and cost analysis
- Reliability and safety analysis
- Risk analysis of development as well as ground and flight operations
Ground systems and spaceport development
- Spaceport master plan development definition
- Safety flight termination system development
- Ground-track, overflight, noise, telemetry range, etc.
Engineering
CAD • 3D geometry and mesh generation
- CAD geometry generation
- Automated with Python
- Mesh generation for CFD and FEM analysis
- Experience with commercial (Catia, Solidwords) as well as open-source software
- Education and training in open source CAD software (FreeCAD and Salome)
CFD • Computational Flow Simulations
- External flow simulations (cars, aircraft, rockets, etc.)
- Internal flow simulations (combustion engines, rocket engines, pipes, valves, buildings, etc.)
- Hypersonic flow
- Flow with chemical reactions (combustion)
- Parallel cluster computations
FEM • Finite Element structural analysis
- Static stress analysis
- Dynamic stress analysis (frequency analysis)
- Thermo-mechanical stress analysis
- Buckling analysis
- Geometry and mesh generation
Fast prototyping & metal machining
Metal machining workshop
Business & project support
Space business consulting
Innovation and creativity
International project support
- Helping to bridge barriers of language and cultur
- Support of multi-national projects (English, German, French, Japanese)
Business case simulations
- Proprietary simulator tool
- Lifecycle profitability analysis