Conceptual Design
Requirements, mission needs and constraints are translated into feasible system architectures.
ENGINEERING / MOBILITY / AUTONOMY
Engineering for autonomous mobility and advanced systems.
P-Dynamics develops platform, system and subsystem solutions by combining mechanical engineering, modelling, simulation, controls and vehicle dynamics.
ENGINEERING COMPETENCIES
View all competencies →Integrated disciplines. One system view.
From requirements and concept design to simulation, controls and technical validation.
Mechanical Design
Integrated mechanical systems developed around functionality, interfaces and manufacturability.
Structural Analysis
Analysis-driven design using defined load cases and finite-element methods.
Modelling & Simulation
System models and virtual environments for design evaluation and development.
Controls & Software
Control architectures and software for integrated and autonomous systems.
Vehicle Dynamics
Dynamic modelling for mobility, stability, control and autonomous functions.
PROJECTS
All projects →Simulation, platforms and product engineering.
Current P-Dynamics project and development areas.
UGV SIMULATION
UGV Simulation Environment
On-road / off-road simulation for dynamics, terrain interaction, autonomy and virtual validation.
View project →
UGV
Unmanned Ground Vehicle Platforms
Scalable UGV concepts and prototypes built around mobility, modularity, control and autonomy.
View project →
AERIAL SYSTEMS
Aerial Platform Systems
System / subsystem design, integration, prototype and production-oriented engineering.
View project →
PROTECTION
Armor & Protection Systems
Vehicle-level protection engineering with modular design, simulation and qualification support.
View project →
ELECTRIC MOBILITY
E-Kart
An electric go-kart platform developed through integrated mechanical, electrical and software engineering.
View project →
AUTONOMOUS SYSTEMS
aWTS
Autonomous Warning Triangle System combining communication, control and product engineering.
View project →