The EP-80 graphics generation system is a new generation of PC IG products from Rockwell Collins. The system configuration can range from desktop-level requirements to full-task simulation applications. EP-80 uses the breakthrough second-generation EP2 real-time software to provide high precision, and the EP-80 graphics generation system is also fully compatible with the main simulation interface program and CLI commands of EPX series products.

EP-8100 is a new product of Rockwell Collins' IG product line, as an IG product for commercial, military, ground warfare, fixed-wing and rotary-wing aircraft, maritime simulation and other demanding applications. In addition to IG, which is the core product of the visual simulation product line, RC’s visual system has been expanded to include new integrated products and functions, enabling our customers to bring a one-stop high-quality and high-value visual system to the entire visual system. King solution. include:

The front projection real image dome display system is a relatively common display method. This display system is used in military/civilian simulation, training, and engineering simulators at home and abroad. This type of display system uses a large-diameter spherical screen coated with optical paint as a projection screen, which can effectively solve the problem of lack of three-dimensionality and depth in real image display.

The virtual image display system is mainly composed of a projector, a collimator lens and a rear projection screen. The light loss is small, the brightness is relatively high, and the resulting image can be similar to the brightness in the sky. The driver's head position is less restricted in the cockpit, and is less affected by external stray light, which is suitable for the selection of left and right driver simulators.

The weather radar workstation adopts the COTS PC hardware architecture, combined with the company's self-developed weather radar simulation software to provide users with a high-fidelity, physical algorithm-based simulation environment, which can be used for radar operator training and partial mission training.

Development projects: Visible light scene development, including airports, physical models, etc.; infrared and night vision scene development; special effects development (lighting, damage and other effects); head-up display application development (including instrument and driver interface development); support GLStudio VAPS XT simulation instrument Development of dynamic models, such as arresting cables; development of application control interfaces.

Product function: Let the flight (student) experience the illusion of spatial disorientation that occurs when a reliable reference point is lost: body rotation illusion, eye rotation illusion, body weightlessness illusion, eye gravity illusion, Coriolis illusion.

The rear projection real image dome display system is a new type of display system developed in recent years. It generally consists of a resin rear projection screen, structural brackets, projectors and other auxiliary equipment to form a complete three-dimensional structure. The image is projected onto the dome screen by a rear projection device through a projection device. The rear-projection real image dome display system is especially suitable for the selection of fighter flight simulators because of its small image distortion on each projection surface, high resolution, clear images, and wide field of view. This type of display system is complicated to adjust and requires a dedicated calibration system. It does not currently support sports platforms.

The rear projection real image dome display system is a new type of display system developed in recent years. It generally consists of a resin rear projection screen, structural brackets, projectors and other auxiliary equipment to form a complete three-dimensional structure. The image is projected onto the dome screen by a rear projection device through a projection device. The rear-projection real image dome display system is especially suitable for the selection of fighter flight simulators because of its small image distortion on each projection surface, high resolution, clear images, and wide field of view. This type of display system is complicated to adjust and requires a dedicated calibration system. It does not currently support sports platforms.

The infrared night vision module can simulate the infrared environment and night vision environment, and realize the flight simulation training and weapon training in the infrared and night vision mode. The infrared night vision module needs to be used in conjunction with the visible light vision module to meet various training needs.

Image Vision EPS100 is a PC IG product based on mature commercial software technology. It has good ease of use and scalability.

Image Composer provides continuous digital transmission of images without delay and distortion for image generation systems and projectors. The use of advanced digital filtering technology eliminates the image aliasing caused by mapping pixels to different positions. In multi-channel projection, the image is projected to a new position, and what the human eye sees is an image without overlap.

The IF70 series is a laser phosphor projector with original WQXGA and high resolution 4K UHD, which can meet the specific needs of the emulation and ProAV market, including outstanding robustness, longer service life and sharp laser image quality.

PRODUCT FUNCTION EJECTION ACTION TRAINING: Learn to master the correct ejection posture, reduce the probability of spinal injury; train the ejection action, shorten the ejection preparation time, strive for more successful life-saving opportunities; give the pilot the feeling of ejection overload, eject the fear. The training function of ejection decision: The trainees can improve their ability to grasp the ejection time by providing the training of typical scene simulation, and train the pilots to pay close attention to the ejection height, attitude and sinking rate.

It provides an immersive comprehensive training environment for the training needs of pilots. Highly realistic virtual training equipment supports challenging training programs for pilots with high-level architecture compatible with distributed mission operating environments and infrastructure. The mission training center includes a variety of high-fidelity virtual training equipment, such as weapons and tactics trainers, aircraft simulators, air traffic control training systems, and tactical control centers.

Training ability •Basic driving training •Weapon Equipment use training • special handling Train Technical characteristics • Replacing actual aircraft training through simulation training can greatly reduce the loss of aircraft equipment and save a lot of maintenance support expenses • It can save a lot of live ammunition costs: Using the simulation system for live ammunition training can greatly reduce live ammunition consumption • improve the quality of training, and carry out pilots' special handling ability and emergency training. • It can enhance training security, and the simulation system can complete high-risk, difficult technology and tactical course training • System management function: theory Teaching, simulator training and process observation, training information management and evaluation

The three-channel folding screen display system is composed of three 100”detachable rear projection boxes at an angle of 130 degrees.”. The system consists of three Barco f22s x + 1400x1050 DLP projectors, a 100”Dark rear projection screen and a detachable rear projection box. The screen size of each box is 100 inches and the angle can be adjusted according to the size of the cockpit and the design of the display system. The system is adjusted to a horizontal angle of 130 degrees, the minimum width of the box joints up to 2mm, the total resolution of the system up to 4200x1050 pixels. Field of view 170 ° . The projector can be up to 3300 Ansi lumens with a screen gain of 3.5 and a half gain angle of 40 degrees.