AVCATT Simulator Model Development
Defense · 2000 · Client: U.S. Army
Project details
Developed and integrated FLIGHTLAB real-time flight dynamics models for pilot training, incorporating detailed engine and flight control models.
Advanced Rotorcraft Technology Inc
A Leader in Rotorcraft Simulation
About the firm
Since 1982, Advanced Rotorcraft Technology Inc has supported engineering analysis, modeling, and real-time simulation for rotorcraft, helicopters, and other air vehicles. It provides expert services in aerodynamics, controls, structures, propulsion, and handling qualities. The practice has developed two major comprehensive analysis and simulation tools used throughout the aerospace industry: FLIGHTLAB and the Rotorcraft Comprehensive Analysis System (RCAS), the latter developed under the guidance of the U.S. Army's Aviation Development Directorate (ADD). Advanced Rotorcraft Technology Inc continues to enhance flight simulation capabilities through research and development of advanced rotorcraft technologies.
- Established
- 1982
- Team
- Small
- Firm type
- Aerospace Engineering · Simulation Engineering · Software Engineering · Forensic Engineering
People
Ronald Du ValChief Executive Officer
Hossein-Ali SaberiPresident
Chengjian HeExecutive Vice President
Matthew HasbunDirector of Engineering
Dooyong LeeDirector of Simulation
Doug CarrigDirector of Finance & Administration
Donna CarrigAdministrative Assistant
Jan GoerickeDirector of Operations & Business Development
Joe EnglishPrincipal Software Engineer
Wei-Bin ChenPrincipal Software Engineer
Christopher WareAerospace Engineer
Mina TaheriPrincipal Engineer
Matthew GladfelterAerospace Engineer
SeungJoon YangAerospace Engineer
Pepijn KesselsAerospace Engineer
Scott BelfantzAerospace Engineer
Zoren HabanaAerospace Engineer
Jagdeep BattherAerospace Engineer
Syna SaberiAerospace Engineer
Robert NguyenAerospace Engineer
Daniel ArellanoAerospace Engineer
Capabilities
Aircraft Design and Analysis
Service websiteProvides engineering analysis and consulting support for the design and refinement of rotorcraft, helicopter, and other air vehicle configurations.
- Parametric Studies
- Performance Analysis
- Stability and Control Analysis
- Aeroelastic Stability Analysis
- Aerodynamic & Structural Loads Prediction
- Vibration Analysis
- CFD/CSD Coupled Analysis
Avionics and Flight Control Testing
Service websiteDelivers customized simulation models for interfacing with and testing avionics and flight control hardware.
- Hardware-in-the-Loop Testing
- Pilot-in-the-Loop Testing
- Avionics Hardware Interfacing
Simulator Integration
Service websiteOffers integration support to interface rotorcraft simulation models with training or research simulators.
- Simulator Model Customization
- On-site Integration Support
- Validation & QTG Support
Flight Test Support
Service websiteSupports rotorcraft flight test programs and the post-processing of flight test data.
- Flight Test Scenario Simulation
- Sensor Placement Optimization
- Flight Test Data Post-Processing
Accident Investigation
Service websiteProvides flight reconstruction and analytical support for rotorcraft and helicopter accident investigations.
- Flight Path Reconstruction
- Malfunction Response Simulation
- Missing Flight Data Prediction
Industries
Aerospace · Defense · Aviation · Research Facilities
Projects
FAA Level D Simulator Flight Models
Aviation · 2004 · Client: Flight School XXII
Project details
Developed and delivered real-time capable FLIGHTLAB models to support FAA Level D certified full flight simulators, interfacing with motion platform, visual, and cockpit systems.
RCAS Integration with HELIOS
Defense · 2010 · Client: U.S. Army
Project details
Integrated the Rotorcraft Comprehensive Analysis System as the primary structural dynamics solver within the CREATE-AV HELIOS analysis software solution.
MH-60M Flight Model Integration
Ft. Campbell, KY · Defense · 2016 · Client: Veraxx
Project details
Collaborated on the integration of a FLIGHTLAB MH-60M model in a full motion Combat Mission Simulator, featuring stability augmentation, autopilot functions, and malfunction training libraries.