AN/PRC-117 radio

AN/PRC-117 radio
Name	AN/PRC-117 radio
Type	Manpack tactical radio
Manufacturer	Thales/ITT/BAE Systems
Introduced	2000s
Frequency range	VHF/UHF/HF (multiband)
Modes	AM/FM/PCM/PSK/OFDM
Power output	Variable (1–50 W)
Weight	~6–9 kg (depending on config)
Range	Short to long-range (line-of-sight to satellite)

AN/PRC-117 radio The AN/PRC-117 radio is a family of tactical manpack radios used for voice and data communications in deployed operations. Designed to support combined arms and coalition interoperability, the system has been fielded by NATO members, multinational forces, and allied units across diverse theaters. The platform integrates with satellite relay systems, battlefield networks, and vehicular systems to provide secure, frequency-agile communications.

Design and Technical Specifications

The design draws on engineering practices from Thales Group product lines and incorporates subsystems influenced by ITT Corporation and BAE Systems development programs. The transceiver architecture supports software-defined radio concepts akin to research at Massachusetts Institute of Technology, Carnegie Mellon University, and University of California, Berkeley laboratories. Key electrical components and waveforms reflect standardization efforts similar to work by the Consultative Committee for Space Data Systems and waveform models referenced in publications from Institute of Electrical and Electronics Engineers. Antenna interfaces and RF front ends follow performance parameters used in NATO interoperability testing, echoing procurement criteria from agencies such as the Defense Advanced Research Projects Agency and U.S. Department of Defense acquisition guidance. Cooling, battery management, and ruggedization meet environmental resilience tests comparable to those at Sandia National Laboratories, Aberdeen Proving Ground, and Edgewood Arsenal.

Variants and Models

The family includes multiple variants developed through industrial collaborations among Harris Corporation-era design teams, Thales Group upgrades, and subcontractors from BAE Systems. Fielded models differ by waveform suites and cryptographic loaders similar to products certified by National Security Agency and compliant with standards promulgated by Federal Communications Commission allocations. Internationalized variants incorporate modifications requested by ministries such as Ministry of Defence (United Kingdom), Department of National Defence (Canada), and the Australian Defence Force. Joint programs produced versions interoperable with platforms from Lockheed Martin, Raytheon Technologies, and General Dynamics.

Operational History and Deployment

Deployment began in early 21st-century operations alongside coalition forces in regions linked to operations named by national authorities, where units coordinated with command structures including United States Central Command, NATO Allied Command Operations, and regional headquarters like U.S. European Command. The radios saw employment in expeditionary campaigns that involved coordination with units from United States Army, United States Marine Corps, British Army, Canadian Armed Forces, and other partner militaries. They have been used in environments tied to conflicts and missions associated with places such as Iraq, Afghanistan, and stabilization efforts supported by United Nations missions. Logistic deployments interfaced with platforms from M1 Abrams units, Stryker brigades, and armored vehicles derived from FV430 series, and were part of communications suites on aircraft like CH-47 Chinook and UH-60 Black Hawk.

Capabilities and Features

Capabilities include frequency hopping, secure voice, and data with encryption schemes analogous to standards overseen by the National Institute of Standards and Technology and cryptographic practices influenced by NSA specifications. Waveform support ranges from legacy narrowband links to wideband data links compatible with systems used by Joint Tactical Radio System initiatives and multicast data flows tested in exercises such as Exercise REFORGER-style interoperability trials. The radios support satellite communications via constellations and services comparable to assets operated by Inmarsat and military satellite communications managed by agencies like U.S. Space Force. Platform features incorporate user interfaces reflecting human factors research from NASA and training protocols similar to those at Fort Leavenworth and Royal Military Academy Sandhurst.

Accessories and Integration

Accessory ecosystems include batteries and power solutions from suppliers similar to Saft Groupe S.A., vehicle and mast kits compatible with systems fielded by HMMWV and MRAP platforms, and external antenna arrays comparable to deployments on AN/PRC families. Integration pathways have been pursued with battle management systems developed by Northrop Grumman, situational awareness tools from BAE Systems, and command-and-control suites produced by General Dynamics Mission Systems. Interoperability adapters allow connection with legacy radios issued under programs like Single Channel Ground and Airborne Radio System and networks implemented during multinational exercises organized by SHAPE.

Users and Operators

Operators include armed forces and security services of nations such as the United States, United Kingdom, Canada, Australia, France, Germany, Italy, Netherlands, Spain, Norway, Sweden, Denmark, Poland, Turkey, Israel, Japan, South Korea, New Zealand, Portugal, Belgium, Greece, Romania, Czech Republic, Hungary, Slovakia, Finland, Lithuania, Latvia, Estonia, Bulgaria, and others aligned through NATO procurement and bilateral agreements. Civilian agencies with tactical communications missions, including national police forces and emergency response units in nations such as United States Department of Homeland Security-affiliated organizations, have procured compatible systems for specific roles.

Maintenance and Training

Maintenance routines align with depot-level procedures executed at facilities associated with defense contractors like Thales Group and field maintenance units modeled on practices from U.S. Army Materiel Command and Royal Electrical and Mechanical Engineers. Training curricula draw from doctrine studied at institutions such as U.S. Army Command and General Staff College, Staff College, Camberley, and technical courses offered by contractor training centers patterned after programs at GKN Aerospace-style service schools. Lifecycle support leverages supply chain relationships with defense logistics agencies akin to Defense Logistics Agency and national ministries responsible for sustainment planning.

Category:Military radio systems