ANPC’s Post

ANPC's Expeditionary Transponder Landing System (eTLS) is easily transportable and ready for calibration in two hours by two personnel. With its expeditionary roll-on, roll-off capability, modular packaging for a single trailer or storage on one 463-L pallet, and optimization for night ops/IMC, eTLS offers a highly deployable solution providing GPS-independent precision approach and surveillance capabilities in all-weather conditions, even in austere environments. Its combination of ILS, PAR, and SSR functionalities, coupled with rapid deployment capabilities, make the eTLS a critical asset for supporting Agile Combat Employment (ACE) and Expeditionary Advanced Base Operations (EABO) missions. #ANPC #TransponderLandingSystems #eTLS #TLS #CAT1 #GPSDenied #InnovationInFlight #PrecisionNavigation

ANPC is co-hosting a booth at AUSA 2024! We invite you to drop by and see us at booth #207. We're eager to chat with you and share insights into our Expeditionary Transponder Landing System (eTLS) and other exciting innovations. It's a chance to explore our cutting-edge solutions and discuss how we're pushing the boundaries in the aerospace industry. Looking forward to connecting with you! #ANPC #AUSA2024 #TransponderLandingSystems #eTLS #TLS #CAT1 #GPSDenied #InnovationInFlight #PrecisionNavigation

ANPC is thrilled to be participating in the Singapore Airshow, opening February 20th—that’s this Tuesday! Join us at this premier event, in booth #C-P73 with Oregon Aerospace and Aviation, where we'll be showcasing navigation and surveillance solutions for defense and aerospace. . . . #ANPC #DefenseInnovation #SingaporeAirshow2024

ANPC is thrilled to announce our presence at the Singapore Airshow with Oregon Aerospace and Aviation, happening from February 20-23, 2024. Join us as we showcase solutions in precision approach capabilities for defense operations. Stay tuned for insights, innovations, and the future of advanced navigation technology coming to you from booth #C-P73! . . . #ANPC #DefenseInnovation #SingaporeAirshow

The TLS enhances operational safety by providing pilots with precise guidance throughout the approach and landing phases. This is particularly beneficial in challenging terrains or at airports surrounded by obstacles, where traditional navigation methods fall short. The TLS ensures that aircraft can execute precision approaches even in complex environments, minimizing the margin for error and enhancing overall safety standards.

The Royal Saudi Army utilizes ANPC's Transponder Landing System (TLS) to ensure safe landings at one of its most austere airfields. Designed for precision approach capabilities, tactical in-theatre operations, and easy deployment, the TLS makes nearly impossible landings at the challenging King Abdullah Air Base, possible.  . . . #ANPC #TLS #SurveillanceSolution #AirspaceIntelligence #GPSdenied #RemoteFieldSolutions

The LAMS compact receivers and all electronics are shipped in a standard 10’ Conex container with environmental control for the harshest of climate and weather conditions. When deployed, the system that establishes precise aircraft position, occupies nothing more than a small 100 m2 area on the airfield, and its placement on or near the airfield is flexible to accommodate mission requirements. . . . #ANPC #LAMS #PrecisionNavigation #situationalawareness

One of the primary advantages of the TLS is its ability to mitigate the impact of adverse weather conditions on landing procedures. By relying on transponder signals rather than traditional visual references, the TLS enhances operational reliability, especially during low visibility situations such as fog, rain, or snow. This capability significantly reduces the likelihood of flight delays and cancellations, contributing to improved overall aviation efficiency. #ANPC #TLS #SurveillanceSolution #AirspaceIntelligence #GPSdenied #RemoteFieldSolutions

The TLS operates by exchanging signals between the aircraft and ground-based transponders, creating a reliable and real-time communication link. This two-way exchange enables the system to calculate the aircraft's precise position and altitude, providing critical data for a smooth and accurate descent during the landing phase. #ANPC #TransponderLandingSystem #PrecisionLanding

The Naval Information Warfare Center Pacific (formerly SPAWAR) uses ANPC's Transponder Landing System (TLS) for precision approach capabilities in some of the world's most challenging airfields. The snow and ice-covered runways of Phoenix Airfield, Williams Field and the National Science Foundation Research Center, McMurdo Station Antarctica pose critical challenges for pilots, but the TLS with flexible siting criteria and severe weather reliability, makes the journey possible. #ANPC #TransponderLandingSystem #PrecisionLanding