Autopilot HIL

Hardware in the Loop Simulator

HIL serves as a potent tool for Veronte Autopilot integration, development, and operator training. It allows safe system operation in a controlled environment before actual flights. The autopilot interprets simulated data as authentic sensor input.
MANUAL
SERVICE BULLETIN

Autopilot HIL

Hardware in the Loop Simulator

HIL serves as a potent tool for Veronte Autopilot integration, development, and operator training. It allows safe system operation in a controlled environment before actual flights. The autopilot interprets simulated data as authentic sensor input.

MANUAL
SERVICE BULLETIN

Hardware In The Loop

Sensors or Navigation
Real hardware
Operator Training
Integration Support

Flight Control Simulator

Integration Support and Operator Training

HIL Simulator Setup

Same hardware and software utilized in the actual system are applied in hardware-in-the-loop (HIL) simulations. These simulations communicate simulated sensor data to Veronte Autopilot, executing GNC algorithms as if in a real flight scenario.

Real Actuator Movement

In simulation, the Veronte HIL Simulator controls the model of the aircraft together with the actuators of the actual platform. This facilitates testing for configuration and platform mounting failures, having real actuator movement on the ground.

Advanced Configuration

A powerful environment for testing autopilot configurations before actual operations, including payload activation, control adjustments, and failsafe mitigations. The simulator replicates adverse conditions and like rain, wind, system failures and others.

Hardware In The Loop

Real hardware

Sensors or Navigation

Operator Training

Integration Support

Flight Control Simulator

Integration Support and Operator Training

HIL Simulator Setup

Same hardware and software utilized in the actual system are applied in hardware-in-the-loop (HIL) simulations. These simulations communicate simulated sensor data to Veronte Autopilot, executing GNC algorithms as if in a real flight scenario.

Real Actuator Movement

In simulation, the Veronte HIL Simulator controls the model of the aircraft together with the actuators of the actual platform. This facilitates testing for configuration and platform mounting failures, having real actuator movement on the ground.

Advanced Configuration

A powerful environment for testing autopilot configurations before actual operations, including payload activation, control adjustments, and failsafe mitigations. The simulator replicates adverse conditions and like rain, wind, system failures and others.

Compatible with any Platform

Veronte Autopilot HIL is compatible with a wide range of platforms, permitting to operate almost any unmanned vehicle imaginable. Compatible simulation software X-Plane, Microsoft Flight Simulator, etc. Include tools to create custom vehicles.

Fixed Wing

VTOL

Multirotor

Blimp

Helicopter

Parafoil

Target (UAT)

USV

Compatible with any Platform

Veronte Autopilot HIL is compatible with a wide range of platforms, permitting to operate almost any unmanned vehicle imaginable. Compatible simulation software X-Plane, Microsoft Flight Simulator, etc. Include tools to create custom vehicles.

Fixed Wing

Multirotor

Helicopter

VTOL

Parafoil

Blimp

Girocóptero

Target

USV

HIL Simulator Uses

The operator can fly the system as a real flight, being compatible with main Veronte features: real-time mission edit, in-flight automatic to manual control, flight data recording… In addition, it can be used in conjunction with other systems.

Operator Training

Complete missions can be executed using the same tools as during an actual flight.

Pre-configuration tests

Adapt the autopilot configuration and aircraft tuning prior performing real flights.

PDI Verification for Certification

Conduct autopilot testing to validate system requirements and generate certification evidence.

HIL Simulator Uses

The operator can fly the system as a real flight, being compatible with main Veronte features: real-time mission edit, in-flight automatic to manual control, flight data recording… In addition, it can be used in conjunction with other systems.

Operator Training

Complete missions can be executed using the same tools as during an actual flight.

Pre-configuration tests

Adapt the autopilot configuration and aircraft tuning prior performing real flights.

PDI Verification for Certification

Conduct autopilot testing to validate system requirements and generate certification evidence.

Advanced Simulators

Compatibility with main commercial simulators and custom developments.

X-Plane Simulator

The X-Plane simulator is adept for Hardware-in-the-Loop (HIL) simulations, utilizing the Plane Maker tool to craft personalized X-Plane models. This versatile combination enables accurate and customized testing of aircraft systems in a controlled environment.

Microsoft Flight Simulator

Harness Microsoft Flight Simulator for advanced HIL simulations with Veronte Autopilot. This integration offers a sophisticated visualization environment, enabling real-time monitoring of the aircraft’s flights with a custom accurate simulation model.

Simulink Simulator

Simulink empowers advanced simulations with limitless possibilities, providing sophisticated options to craft custom simulation models. Unlock unparalleled flexibility and precision in modeling and analyzing systems.

Advanced Simulators

Compatibility with main commercial simulators and custom developments.

X-Plane Simulator

The X-Plane simulator is adept for Hardware-in-the-Loop (HIL) simulations, utilizing the Plane Maker tool to craft personalized X-Plane models. This versatile combination enables accurate and customized testing of aircraft systems in a controlled environment.

Microsoft Flight Simulator

Harness Microsoft Flight Simulator for advanced HIL simulations with Veronte Autopilot. This integration offers a sophisticated visualization environment, enabling real-time monitoring of the aircraft’s flights with a custom accurate simulation model.

Simulink Simulator

Simulink empowers advanced simulations with limitless possibilities, providing sophisticated options to craft custom simulation models. Unlock unparalleled flexibility and precision in modeling and analyzing systems.