Autopilot SIL
Software in the Loop Simulator
SIL model replicates Veronte Autopilot behavior for performing advanced UAV and eVTOL software in the loop simulations without requiring the physical autopilot. It is contained in an Simulink S-Function or a .DLL file for enhanced versatility.
Autopilot SIL
Software in the Loop Simulator
SIL model replicates Veronte Autopilot behavior for performing advanced UAV and eVTOL software in the loop simulations without requiring the physical autopilot. It is contained in an Simulink S-Function or a .DLL file for enhanced versatility.
Risk Free
Custom Complexity
Fast Execution
Low Computational Load
Advanced Simulation
Software In Loop Simulator
Compatible with C, C++, Fortran or Matlab code
Advanced Simulation
Virtual Veronte Autopilot for SIL simulation including simulation of sensors: static and dynamic pressure, IMU, magnetometer, GNSS, RTK, etc. Compatible with custom architecture layouts, external peripherals and user-defined environment models.
Vehicle Customization
The Veronte Autopilot SIL can be easily interfaced with simulators replicating any UAV or eVTOL aircraft layout. The integrator also has the ability to simulate any environment, which can help to understand what environmental factors may affect during the flight.
Data Analysis
It allows the user to perform flight tests in multiple operational scenarios and analyze the results. This type of analysis is fundamental to the UAV / eVTOL certification process to demonstrate the robustness of the system.
Hardware In The Loop
Fast Execution
Custom Complexity
Low Computational Load
Advanced Simulation
Software In Loop Simulator
Compatible with C, C++, Fortran or Matlab code
Advanced Simulation
Virtual Veronte Autopilot for SIL simulation including simulation of sensors: static and dynamic pressure, IMU, magnetometer, GNSS, RTK, etc. Compatible with custom architecture layouts, external peripherals and user-defined environment models.
Vehicle Customization
The Veronte Autopilot SIL can be easily interfaced with simulators replicating any UAV or eVTOL aircraft layout. The integrator also has the ability to simulate any environment, which can help to understand what environmental factors may affect during the flight.
Data Analysis
It allows the user to perform flight tests in multiple operational scenarios and analyze the results. This type of analysis is fundamental to the UAV / eVTOL certification process to demonstrate the robustness of the system.
Failure Tests
SIL permits to perform simulations of system failures that can be applied as early feedback in design stages or within the scope of the system verification or project certification. All this in a safe and controlled environment and faster than real time.
Safe Environment
Risk-free simulation to perform comprehensive tests without risk in a controlled environment.
Autopilot Failure
Sensor noise and failures testing for system reliability verification and failsafe checks.
Aircraft System Failure
SIL can simulate system failures in the aircraft, such as locked servo, lack of trust.
Failure Tests
SIL permits to perform simulations of system failures that can be applied as early feedback in design stages or within the scope of the system verification or project certification. All this in a safe and controlled environment and faster than real time.
Safe Environment
Risk-free simulation to perform comprehensive tests without risk in a controlled environment.
Autopilot Failure
Sensor noise and failures testing for system reliability verification and failsafe checks.
Aircraft System Failure
SIL can simulate system failures in the aircraft, such as locked servo, lack of trust…
Real Time or Faster Simulation
The advanced Software In The Loop simulation for eVTOL and drones permits to adapt the simulation speed according to the test and visualization needs.
Unlimited Tests
Veronte SIL allows the drone or eVTOL integrator not only to simulate the aircraft control of the aircraft but also to perform all the necessary tests to verify the full autopilot performance: control laws, failsafe, automatic routines, payload control, etc.
Real Time Simulation
Veronte Ops will provide the best panorama to analyze the situation and understand exactly which factors affect the UAV while it is in flight on a real time simulation.
Faster than real time simulation
For performing analysis that requires a significant amount of simulations or where a graphic interface with the real time operation is not needed, such as the Monte Carlo Analysis the SIL simulation enables faster than real time simulations and data capture.
Real Time or Faster Simulation
The advanced Software In The Loop simulation for eVTOL and drones permits to adapt the simulation speed according to the test and visualization needs.
Unlimited Tests
Veronte SIL allows the drone or eVTOL integrator not only to simulate the aircraft control of the aircraft but also to perform all the necessary tests to verify the full autopilot performance: control laws, failsafe, automatic routines, payload control, etc.
Real Time Simulation
Veronte Ops will provide the best panorama to analyze the situation and understand exactly which factors affect the UAV while it is in flight on a real time simulation.
Faster than real time simulation
For performing analysis that requires a significant amount of simulations or where a graphic interface with the real time operation is not needed, such as the Monte Carlo Analysis the SIL simulation enables faster than real time simulations and data capture.
Custom Simulation Environment
Any Aircraft Layout
The Veronte Autopilot SIL can easily be configured for performing Software In The Loop Simulations with any UAV or eVTOL aircraft layout (fixed wing, multirotor, VTOL …) adapting the aircraft model to the actual vehicle performance.
Any Environment
Possibility to simulate the flight in any type of environment. This helps to understand which environmental factors can affect the UAV during the flight (rain, humidity, wind, altitude…) and at the same time it can simulate system failures or harsh conditions.
Any Mission
Executing a series of simulations will help the user to understand better how it is possible to improve the configuration of the aircraft according to the type of UAV or eVTOL that is used for any mission replicating the real aircraft performance on SIL.