Calspan Flight Research offers several unique aerial platforms that are pivotal tools in the advancement of Mission Systems development. Using our Airborne Testbeds and In-Flight Simulator aircraft, our customers have been able to validate their mission system architectures, communication interfaces, and flight path algorithms in real-world flight tests, directing true-to-life aircraft alongside virtual agents on a simulated battlefield. This approach helps reduce the cost of test and verification by providing a lab-like setting for flight test engineers to catch and fix bugs post-flight, putting hardware through its paces with real-world latencies and environmental effects, and avoiding tests with expensive military assets before critical software and algorithms have reached maturity. The inclusion of your systems' ground station on-site here at our base in Niagara Falls can provide a centralized location for fleet command, data acquisition, and mission simulation.
Our Airborne Test Beds give you the flexibility to develop and test a variety of mission-capable systems from autonomy planning to Concept of Operations (CONOPS) and much more.
By testing in real-world conditions, we help engineers identify potential issues early and save resources by reducing the risk of expensive mission system failures.
Validate mission-critical systems like jammers, EO/IR sensors, and datalinks in real-world flight conditions using our versatile airborne testbeds.
Calspan’s Airborne Testbeds and In-Flight Simulator aircraft are fully equipped to handle a wide range of mission systems. With modular cabin configurations, integrated radars, communication systems, and advanced flight instrumentation, our platforms provide a versatile environment for mission testing. These systems allow the integration of various mission equipment, including jammers, EO/IR sensors, and multi-spectrum RF systems, making them ideal for both military and commercial applications.
Our team of test pilots, engineers, and technicians ensures seamless system integration and safe flight operations. The platforms are designed to support simultaneous testing of multiple systems, making them ideal for dynamic, high-complexity missions.