The system delivers excellent performance with a distance range of 0 to 390 miles and remarkable accuracy, providing a digital distance accuracy of ±0.1 miles and analog accuracy of ±0.2 miles. Bearing accuracy is also precise, with ±0.5 degrees for digital and ±1.5 degrees for analog modes. The receiver is sensitive down to -89 dBm, ensuring reliable operation even in challenging conditions. Built to withstand harsh environments, the AN/ARN-153(V) is operational up to 70,000 feet, with a wide temperature range from -54°C to 71°C, vibration resistance of 0.04 g²/Hz, and shock tolerance up to 30 g. Weighing 6.48 kg (14.3 lbs.) for the receiver/transmitter and 0.91 kg (2 lbs.) for the controller, the system maintains a compact design without compromising performance. These features make the AN/ARN-153(V) an ideal solution for both new and retrofit applications in high-performance aviation settings.
%20prod.png?width=500&height=500&name=AN-ARN-153%20(Collins%20Aerospace)%20prod.png "AN-ARN-153 (Collins Aerospace) prod")
Collins Aerospace AN/ARN-153
The Collins Aerospace AN/ARN-153(V) is an advanced digital TACAN (Tactical Air Navigation) system, designed to support the operational needs of high-performance aircraft.
Overview of the Collins Aerospace AN/ARN-153(V) System
The Collins Aerospace AN/ARN-153(V) is an advanced digital TACAN (Tactical Air Navigation) system designed to meet the operational demands of high-performance aircraft. This system is compatible with both digital and analog interfaces, offering versatility for various operational environments. It supports four modes of operation—receive, transmit-receive, air-to-air receive, and air-to-air transmit-receive—ensuring flexibility in different navigation scenarios. The AN/ARN-153(V) provides 252 channels with X and Y mode channels, catering to both surface and air-to-air operations. With a focus on high reliability, the system boasts a predicted mean time between failures (MTBF) of 11,000 hours, alongside features like echo protection and mutual suppression to enhance operational efficiency. An optional growth feature, Rho-Rho DME with DO-178B software certification, is available to meet evolving requirements. Additionally, the system offers a robust 500-watt minimum transmit capability and enhanced built-in test (BIT) circuitry that retains failure information even after a power-down.