Ready today to meet tomorrow’s NextGen mandates.
L3Harris’ Mode S Transponders meet the future needs for optimized flight and Air Traffic Modernization efforts for helicopters, business jets and regional aircraft by providing NextGen Automatic Dependent Surveillance – Broadcast (ADS-B) capabilities they need to operate safely and efficiently. The NXT family reduces lifetime costs and improvides reliabiliity as well as enable pilots to take advantage of more efficient routing while increasing airspace capacity, situational awareness and overall operational safety. Additionally, the high-reliability of the units enhances the overall surveillance system by reducing TCAS no-fault-found
- Elementary and Enhanced Mode S surveillance-compliant
- Function validity verification through simple built-in test and self-test capabilities
- Compatible with all ARINC 735B/735A/735 TCAS II systems, including ACSS TCAS 3000SP™, TCAS 2000™, T2CAS™ and T3CAS™
- Meets all civil, commercial and military aircraft and rotorcraft requirements with two form factor options for slide-in replacement of current XS-950 (4 MCU), RCZ-852 and 1/4 ATR Short
NXT-600™ for Business Jets
L3Harris’ NXT-600™ Mode S Transponders is ready to provide corporate and legacy business jet manufacturers and owners with all the capabilities they need to operate safely and efficiently in NextGen Automatic Dependent Surveillance – Broadcast (ADS-B) airspace. Optimized for NextGen operations, the NXT-600™ enables pilots to take advantage of more efficient routing, while increasing airspace capacity, situational awareness and overall operational safety.
The adaptor tray also enables quick and easily replacement of the Rockwell Collins TDR-94 and TDR-94D systems.
NXT-700™ (BK MST 70B) for Business Jet and Military Aircraft
ACSS’ exclusive distributor of the NXT-700™(MST 70B) transponder for business jet and military aircraft is BendixKing. For information on purchasing product from BendixKing please use the button below.
NXT-800™ for Regional Aircraft
Mode S Transponder designed to maximize space and provide pilot efficiency and situational awareness.