“THE INDUSTRY’S BROADEST PORTFOLIO OF SIMULATION VISUAL SYSTEMS!”
Esterline Simulation Visual Systems is now officially known as TREALITY™ Simulation Visual Systems. The brand we established just over four years ago is now our company name. Our mission is unchanged: To be the trusted, preferred partner for the provision of technically superior simulation visual displays. At TREALITY™ we design, deploy, sustain and upgrade visual displays around the world for a variety of training applications.
TREALITY™ solutions feature the industry’s broadest portfolio of turnkey simulation visual systems, including 360-degree rear projection displays offering the highest contrast and resolution available on the market, solid (glass) and film mirror collimated displays, and direct projection displays providing 180 x 90 to 270 x 140 degree fields of view. Our direct projection solutions also feature a patented deployable display with a roll-up, seamless spherical screen providing 220 x 95 degree FOV enabling easy deployment and optimizing return on investment.
TREALITY™ incorporates our proprietary and industry leading SimCAD design tool to develop displays that maximize performance and minimize system deployment risks. Our design capabilities are the industry’s most accurate, proven and trusted. Allow us to consult with you to address your training objectives in order to define the best display solution for your training needs.
TREALITY™ SVS provides superior maintenance, repair, and overhaul (MRO) support to address projector upgrades (including mechanical redesign and auto alignment), reskinning mylar film mirrors, and upgrading back projection screens. TREALITY™ SVS manages the entire life cycle of the system display from design to aftermarket, and is always mindful of important total cost of ownership issues facing our customers and end users.
REAR PROJECTED DOME DISPLAYS
TREALITY’s industry-leading Rear-Projected Dome Displays provide the realism, resolution, and maintainability to meet the high expectations of our customers. TREALITY’s RP-360 and RP-X are designed to optimize channel count, reduce footprint, and facilitate ease and safety of system maintenance. SimCAD allows us to accurately predict system visual performance, enabling pilots to undertake the most demanding mission scenarios with confidence.
FRONT PROJECTED DOME DISPLAYS
TREALITY Front Projected Dome Displays offer flexible configurations to support a wide variety of immersive training applications. Our standardized SEER (Small Environment Enhanced Reality) family of domes offers a range of displays to balance training objectives, desired fields of view, and visual performance. Our larger custom domes are purpose-built for users with unique requirements. With over 120+ direct projection domes deployed worldwide, both fixed and on motion platforms, we can address a wide range of aircraft and training requirements
TREALITY SVS offers a complete portfolio of innovative display management tools designed for turnkey TREALITY visual systems.
integrates the best in class simulation projectors to control a multi-projector display efficiently and securely from one central point.
TREALITY AutoALign Suite
is a powerful tool to automatically re-align all TREALITY’s visual display specifications like colors, brightness, geometry and blending. A tool that guarantees the highest performance in the most flexible and user-friendly way.
blending perfectly maintains the contrast or the resolution of the projector channel. The TREALITY NOCTIS true grey-scale technology directly printed on glass allows the best of both worlds for optimal night and NVG images without impacting the brightness of day scenes.
TREALITY Simulation Visual System takes visual systems MRO seriously. Providing customer support and offering a wide range of customized service level agreements have been core activities for over two decades. It’s our mission to provide comfort and trust that your visual displays are in the hands of the industry experts; de-risking operations, providing predictable OPEX, and securing optimal display performance to end-users.