Solutions

SIMULATION SOLUTIONS

High-performance and comprehensive system-wide Simulation Solutions to support system and subsystem development, production, training, and maintenance. Typical functions include acceptance, verification and validation, qualification, and integration testing.

Products

  • Hardware-In-The-Loop Simulator
  • MATLAB/Simulink-based modelling environment
  • High simulation sampling rates
  • High-performance 12-core simulation computer
  • Unparalleled I/O diversity and quantity
  • Model library (dynamics, subsystems, automation)
  • Model and simulation development tools
  • Powerful XSIM-Workbench GUI for preparation and operation
  • Runtime state monitoring (scopes, readouts)
  • Runtime event triggering (individual model level)
  • Scenario creation and execution (Event Lists)
  • Data logging (post-sim analysis)
  • Base unit with up to four I/O port Expansion Units
  • Low latency 3D visualisation with SDI and network video outputs
  • Integration Testing Station (ITS) for system integration
  • Test case definition, automated test execution & reporting
  • High-fidelity, real-time, dynamic simulation
  • 3D visualisation, graphical reporting and logging tools
  • DO-330 Tool qualification for DO-178C developments
  • Flexible hardware and software architecture for customisation
  • On-board Ground Power Unit (GPU) for aircraft
  • On-board Uninterrupted Power Supply (UPS)

S-PLANE’s Automation Solutions are supported by sophisticated Simulation Solutions, including Software- and Hardware-In-the-Loop Simulation (SILS & HILS). SILS used for development and is also integral to S-PLANE’s  Ground Control Stations (GCS). In the GCS, SILS is used for training purposes and to allow operators to optimise and practice real missions before they are flown. HILS is an essential modern tool for integration and testing of aircraft and their sub-systems. At S-PLANE, HILS supports automated execution of acceptance tests as part of an efficient system engineering tool chain.

Both SILS and HILS run high-fidelity system-wide simulations employing precise aircraft, atmospheric, magnetic, geospacial, gravitational, sensor, actuator and other models to deliver realistic simulated behaviour. For automated aircraft (OPVs and UAVs), single or multiple instances of the aircraft’s flight automation software are run directly within the simulation to interact comprehensively with GCS systems and operators. Video streams are rendered and streamed in order to generate simulated payload, flight and situational views.

The HILS Integrated Test Station (ITS) connects automated aircraft to a simulator system in order to put them through their paces without leaving the ground. The ITS is a rugged, transportable 19-inch rack-based unit allowing system integrators to perform detailed HILS during initial, production and post-maintenance integration phases. It is used to power critical aircraft sub-systems, integrates those sub-systems into a simulation environment and provides break-out connections to essential system ports to verify that those critical sub-systems are functioning properly (per specified acceptance test procedures).