Products

MiG-21bis Full Flight Simulator

Medical Research Flight Simulator "Iapetus"

TS-11 "Iskra" Full Flight Simulator

PZL-130 "Orlik" Full Flight Simulator

Su-22M4 Full Mission Simulator

W-3WA "Sokół" Full Mission Simulator

Simulator for electric locomotive EP09

PT-91 Tank Simulator

PZL-130 "Orlik" Unit Level Training Device

Egress Procedure Training Device

FNPT II Training Device

Advanced Disaster Management Simulator

Terrain databases for visualisation systems

GAT II Flight Training Devices

Cinema audience hydraulic motion system

Software for Flight Simulators

Software for Driver Simulators

Hiperbaric chambers

Full Mission Simulator for W-3WA "Sokół" multipurpose helicopter

The simulator is used to train W-3WA ‘Sokół’ multipurpose helicopter pilots, among others, in:

• Familiarization with the cockpit equipment and starting procedures,
• Flying the helicopter,
• Navigational flights,
• Low-level flights, contour flights and NOE
• Formation flights
• Flying in VFR and IFR conditions, in different weather conditions and different times of day and seasons,
• Combat tasks training (reconnaissance flights, attacking ground targets, landing troops) in conditions of modern battlefield,
• Training with the use of night-vision goggles

General description

The helicopter cockpit is equipped with the 4-channel flying control loading system, imitators of all on-board instruments and switches of the real cockpit. It is also equipped with pilots’ seat vibration generators. The simulator uses a five-channel infinity image back projection system with field of view 200° horizontally and 60° vertically.

The simulator is equipped with six degrees-of-freedom hydraulic motion system. Motion system was specially designed and manufactured by the ETC-PZL Aerospace Industries in order to meet this simulator requirements for. Total payload of the hydraulic platform is 8.5 kg, and maximum acceleration up to 0.9 G.

Real time computer system consists of a network of PCs and Silicon Graphics ONYX as a image generator.

Dynamiczna platforma hydrauliczna o sześciu stopniach swobody. Układ ten został zaprojektowany i wykonany specjalnie pod kątem wysokich wymagań tego symulatora. Całkowity udźwig platformy hydraulicznej wynosi 8,500 kg a maksymalne przyspieszenia do 0.9 G.

System komputerowy czasu rzeczywistego. Składa się on z komputerów PC i z komputera Silicon Graphics ONYX, który spełnia funkcje generatora obrazu systemu wizualizacji.

Instructor - Operator Station (IOS) is equipped with monitors and a set of control devices, which allow the instructor to start the simulator, control the exercise, bring-in malfunctions and control the virtual environment. The IOS structure also allows monitoring and control of all the simulator systems and the performance of the crew.

Terrain data base with 3 levels of fidelity:

1. High fidelity data base covering around 1000 km² of the real terrain used for training contour flights and NOE,
2. Medium fidelity data base covering around 40,000 km² of real terrain used for training low-level flights and visual navigation,
3. Navigational data base of the whole Poland for training flights with the use of radio navigation systems.

The simulator has been used by Polish Land Forces since 2003.

Simulator cockpit	Instructor station

Sample view from the visualisation system W-3WA in flight	Sample view from the visualisation system destroyed tank

Modified 2005-11-02