Providing an ever-broader
range of advanced ATC solutions
ScioTeq (formerly Esterline) ATC displays and related technology help ATC controllers in
the world’s biggest airports to see every detail of what is happening in the skies,
in the most efficient and comfortable way possible.
To make informed decisions quickly, ATC operators need the clearest possible view of the skies. Hence the importance of bright, high-resolution and reliable ATC displays. Since 2000, Esterline has set the tone in ATC displays: 7 out of 10 ATC displays currently in use worldwide are Esterline displays. And we keep expanding our portfolio. Our longstanding portfolio now includes six different models.
In addition, we certified a series of high-grade displays, such as the 21” or 27” formats, of display expert NEC for use in ATC environments. By combining that ever-broader range with innovative technology, we ensure that every, truly every, ATC controller has the clearest possible view.
ScioTeq displays incorporate 20 years of experience with visualization for the aerospace industry. So, we know the market and its needs, while our R&D team keeps up with the latest technologies. That’s why 7 out of 10 ATC displays currently in use worldwide, at the largest airports, are ScioTeq displays.
ScioTeq displays feature the latest display technologies to ensure unique image quality – high optical performance, high contrast, brightness uniformity, wide viewing angle, etc. – whilst guaranteeing operator comfort.
To assure our solutions meet your needs precisely, we design them together with customers. Talking to ATC operators and air traffic service providers, our experts gain deeper insight into operators’ working habits, challenges and wishes – as a perfect start to develop the right solutions.
ScioTeq (formerly Esterline) designs, develops and manufactures custom-engineered solutions for the aerospace and defense markets. Our sensors, control systems, avionics solutions and advanced materials help leading customers around the world to raise productivity and precision and, consequently, improve their overall performance.