FlightSIM

FlightSIM is the industry standard solution for creating high-fidelity PC-based fixed wing flight simulations.

From building and evaluating simulators, training equipment, and cockpits to developing part-task trainers, FlightSIM is ideal for safety-critical simulation applications.

Using FlightSIM, you can:

Conceive and deploy a complete aerodynamic model for the real-time simulation of any fixed wing aircraft without writing a single line of code
Test both aircraft design and aircraft performance under controlled simulated conditions
Specify subsystems behavior, including flight management systems, autopilot, and flight controls
Easily integrate virtual and/or real hardware devices and user-development simulation modules
Quickly and easily tailor flight simulations by entering aerodynamics and environmental parameters into windows and dialog boxes rather than writing software routines to perform the simulation

Learn More

Link HMIs to flight models

Use VAPS XT in conjunction with FlightSIM and HeliSIM.

FlightSIM

Current Version

Version 10.1 - New features and enhancements

Vega Prime based OTW

New Vega Prime based viewer replaces the existing viewer and provides FlightSIM and HeliSIM users with a higher quality 3D OTW than the existing viewer.
New 3D viewer enables the analysis of the airframes developed within FlightSIM HeliSIM, the definition of parameters, and the troubleshooting of operations during development.

Location of profile data defining an aircraft platform can now be configured:

The user can now define the location of where the profile data for FlightSIM/HeliSIM is stored on a machine.
Allows support for configuration management of the data associated with an individual project.
All system and subsystem profiles are organized according to the project, eliminating the possibility of assembling an incorrect configuration.

A number of defects have been fixed in this new release

See the release notes for more information

Core Features

Aerodynamics modeling capabilities:

Define each control surface on the aircraft by defining as many points for which there is data available.
Specify each control law that converts pilot inputs into control surface deflections.
Define the impact of the surface deflection on the aerodynamic coefficients.
Specify the installed engine(s)
Specify external fuel load, landing gear, AFCS, and electrical and hydraulic buses.

Simulate a wide variety of aircraft:

Simulate aircraft driven by turbojet, turbofan, turboprop, turboshaft, piston engines, or by a user customized performance engine:
- Large transport
- High speed fighter and surveillance jets
- Small private jets
- Commercial airliners
- Remotely Piloted Vehicle / UAVs

FlightSIM simulates the following physics-based models that can be deployed or replaced programmatically to bring realism to your simulation application:

Engine
Engine Panel
Undercarriage Deployment
Undercarriage Brake
Undercarriage Forces
Flight Controls
Aerodynamic
Equations of Motion
DME Receivers
VOR Receivers
ADF Receivers
TACAN Receivers
ILS Receivers
Marker Beacon Receivers
Instruments
Electrical
Hydraulic systems
Ambient Air Conditions
Wind Conditions
Air Data Computer
Weight and Balance
Auto-pilot Logic
Flight Management System Navigation
Flight Management System Guidance
Autopilot Flight Control Computer
Auto throttle

FlightSIM

Related Services

Flight Dynamics Modeling

Presagis technical services has extensive experience developing high-fidelity physics-based platforms for modeling and simulation.

We offer specific services to extend the capabilities of our tools in a variety of ways. Product extensions are developed to be optimized for your current environment and are tailored for your specific implementation.