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We Make the Impossible Journey Possible
Navigation and Surveillance solutions for challenging airports around the world
Advanced Navigation and Positioning Corporation is a global supplier of precision approach guidance and area surveillance solutions aimed at improving the safety and capacity of civil and military aviation for customers on all seven continents.
ANPC's transponder-based solutions are designed to serve airfields where others cannot. Most of the world's airports lack the ability to support existing systems due to terrain, obstacles and other challenges. ANPC's mission is to serve such airports - it's what we do and no one does it better.
Learn how ANPC's transponder-based navigation and surveillance solutions can improve the safety and capacity of your airport.
Download our free overview describing how ANPC's transponder-based systems offer superior siting flexibility and performance compared to other systems, bringing precision approach guidance and situational awareness to airports that would otherwise be underserved.
Instrument Landing Systems
ANPC's TLS instrument landing system is designed to provide a Category I precision approach to airports where rough terrain or real estate constraints make installation of other ILS systems infeasible or cost-prohibitive. If a precision approach procedure can be designed for your airport, the TLS can fly it.
Deployable Systems
Designed for use at temporary or remote airfields, often in austere environments, ANPC's TTLS transportable instrument landing system provides a unique solution for defense or humanitarian relief efforts. It is offered in a variety of rapidly deployable configurations that can be transported by land, air and sea.
Air Traffic Management
Area surveillance with compact receivers and all electronics completely contained in a small on-airport footprint. ANPC's solution provides positional accuracy and update rates never before achieved at a fraction of the cost of an SSR and a significantly shorter installation schedule than widely dispersed multilateration systems.
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