The XM/Sirius re-radiating kit is a complete re-radiating system that makes it possible to receive XM and Sirius satellite signals indoors or in other environments where is not possible to...
This variable gain portable networked re-radiating kit is designed to re-distribute GPS signals where an L1 antenna is already in use. Portable re-radiating kits consists of a re-radiating antenna, an...
This GPS re-radiating kit is designed for distributing GPS signals inside a hanger or large spaces without obstruction. GPS L1 signals is received by the include roof antenna, amplified, and...
This GPS re-radiating kit is designed for distributing GPS signals inside a hanger or large spaces without obstruction. GPS L1 signals is received by the include roof antenna, amplified, and...
This GPS portable networked re-radiating kit is designed in places where an L1 antenna is already in place. The re-radiating kit receives an existing L1 signal and amplifies it then...
This GPS variable gain, networked hanger re-radiating kit is designed to provide GPS to indoor spaces without obstruction for restricting and attenuating signal strength. An L1 GPS signal is received...
The AvMap Serial USB converter/adapter cable provides a connection to the EKP V Portable Glass Cockpit Unit to interface with compatible external devices.
The AvMap A2 ADAHRS module is packed with solid-state 3-axis gyro, accelerometer, magnetic field sensor and air data sensors. The added A2 ADAHRS module extends the functionality of the EKP...
The external GPS antenna connects to the EKP V power supply cable or the cockpit cradle via USB port.
This cockpit cradle allows the EKP V to be mounted directly to the panel. The docking station mechanically hosts the EKP V for ease of access in aircraft that does...
The Cockpit Docking station allows the EKP V to be mounted directly to the panel which enables the navigator to interface with multiple external devices at the same time. It...
The external GPS antenna connects to the Ultra EFIS to provide navigation information on the HSI page including position, direction, and radials relative to reference navigation points.