Scalable Display optimizes training in Beta Technologies simulators

Screen alignment solutions Scalable Display play a crucial role in the development of this electric aircraft manufacturer's pilot training simulators, generating a uniform digital image, no limits on screen size or resolution.

Founded in 2017 by the pilot and engineer Kyle Clark, Beta Technologies is a reference in the development of electric cargo aircraft, medical transportation and military applications. The safe and efficient training for clients and operators who want to use their fleet Alia is a key element in their strategy.

In this sense, the company has developed high resolution training simulators to ensure that pilots receive maximum preparation. Most of these teams, con extended or double-curved fields of view, use multiple projectors to cover the viewing area, which increases the image definition and immersion by filling the user's entire field of view with a pixel density limited by the view.

However, aligning these images requires a lot of time and specialized knowledge, which limits the running time of the simulator. To solve this problem, those responsible for Beta Technologies have trusted Scalable Display as official partner for the automatic screen alignment in your direct projection simulators.

“After evaluating multiple solutions, Scalable is our main training tool - points out Vincent Moeykens, simulation manager at BetaTechnologies-. Offers a highly consistent calibration process, which guarantees the precision and reliability of our simulators”.

Scalable software, Moeykens continues, “It is the most efficient solution we have tested, significantly reducing setup time. Besides, integrates with our visual tools, including our main X-Plane image generator, what has greatly optimized workflow. Beyond the technology itself, Your support has been invaluable in the development of our simulator”.

A fundamental principle at Beta Technologies is the development of simple systems, practical and intuitive. Scalable's automated calibration has helped reduce operational complexity and the need for personnel throughout the company's simulation program.

Simulators are essential to the aircraft development process. Al create immersive and visually accurate environments, allow test pilots to evaluate design changes, cockpit ergonomics and avionics functionality long before any physical flight.

This early evaluation helps ensure that each modification improves operational efficiency and the experience of pilots training on Beta electric aircraft. High-fidelity simulation facilitates the development of muscle memory, improves decision making in real time and exposure to realistic flight conditions, all in one controlled and repeatable environment.

“Our commitment to safe and effective pilot training is fundamental to our mission. High-quality training devices are essential to achieve this goal.. Simulators have been fundamental in the aircraft development process, allowing us perfect cabin layout, avionics and the feeling of control before finalizing the designs. “They are essential engineering tools that provide our test pilots with realistic environments to evaluate design decisions early in the development cycle.”.

Realism in simulation is crucial for shorten the distance between training and actual flying, especially for new types of aircraft, where it plays a fundamental role in testing and systems refinement before deployment.

In this process, The collaboration with Scalable Display Technologies has been key, as its calibration software guarantees precise and immersive images that reinforce pilot preparation and operational confidence.

As Moeykens assures, “Our collaboration with Scalable focuses on offering reliability, efficiency and high-quality training experiences. “Their image calibration expertise supports our mission to create a safe and advanced training ecosystem for the next generation of electric aviation.”.

Scalable's display alignment solutions range from higher education and virtual production applications to military simulation, design, museums, etc. Powered by advanced computer vision algorithms, your software calibrate the color, intensity and geometry in multiple projectors, generating a uniform digital image, no limits on screen size or resolution.