AN/PRC-152

AN/PRC-152
US Marine Corps · Public domain · source
Name	AN/PRC-152
Origin	United States
Type	Handheld multiband radio
Service	2006–present
Used by	See section
Designer	Harris Corporation
Manufacturer	L3Harris Technologies
Weight	~1.6 kg (with battery)
Length	~163 mm
Width	~64 mm
Height	~43 mm
Frequency	30–512 MHz
Modes	VHF/UHF, SATCOM-ready

AN/PRC-152 is a hand-held, multiband, multi-mode tactical radio developed for secure voice and data communications in battlefield and expeditionary environments. Designed and produced by Harris Corporation (now L3Harris Technologies), it integrates frequency-hopping, encryption, satellite interoperability, and software-defined capabilities to meet interoperability standards used by NATO and allied forces. The system became a primary tactical radio for numerous armed forces and for joint operations, enabling voice, data, and position reporting across dispersed units.

Overview

The AN/PRC-152 was conceived amid requirements from United States Marine Corps and United States Army programs seeking compact, software-configurable radios compatible with legacy systems such as SINCGARS and modern waveforms like Have Quick. Development involved competition with firms including Thales Group and Rockwell Collins; the selection influenced procurement decisions across programs such as Net Warrior and Future Combat Systems. Certification processes engaged agencies including National Security Agency and interoperability trials with NATO partners including United Kingdom, France, and Germany. Field adoption aligned with operations including those in Iraq War and War in Afghanistan (2001–2021), where tactical mesh, SATCOM gateway, and data-link needs drove demand.

Design and Features

The radio uses a software-defined architecture enabling waveforms for SINCGARS, Have Quick II, and third-party waveforms like ANW2 derivatives. Security features include NSA-approved Type 1 cryptographic modules interoperable with KY-57 and KIV-7 keying devices, and compatibility with key-distribution systems used by U.S. Special Operations Command. Antenna ports and accessory interfaces allow integration with externally mounted AN/PRC-148 accessories, vehicle systems in M1 Abrams and HMMWV platforms, and airborne mounts used on AH-64 Apache and UH-60 Black Hawk. The color display, programmable buttons, and ruggedized case meet standards set by MIL-STD-810 and MIL-STD-461, while batteries conform to logistics commonality frameworks employed by Defense Logistics Agency.

Operational History

Initial fielding occurred in mid-2000s units deploying to Operation Iraqi Freedom and Operation Enduring Freedom (2001–2014), where interoperability with coalition radios from Canada, Australia, and Netherlands was critical. The radio supported special operations elements from United States Special Operations Command during high-tempo missions in complex terrain and maritime operations with United States Navy SEALs. Feedback from theater led to software patches and tactical profile updates aligned with lessons learned from engagements like the Battle of Marjah and counterinsurgency patrol networks. Later deployments included peacekeeping and coalition training missions under NATO Allied Command Operations and security assistance programs in regions such as Balkans and Horn of Africa.

Variants and Upgrades

Modular evolution produced variants with enhanced cryptographic modules certified to NSA standards, SATCOM-capable kits integrating with systems like AN/PSC-5, and modem upgrades for higher-throughput data links compatible with multicast routing used in Blue Force Tracker implementations. Commercial-off-the-shelf (COTS) firmware releases enabled waveforms from defense primes including Raytheon and research institutions like MIT Lincoln Laboratory. Field-upgrade kits allowed legacy units to receive precision-timing references for integration with navigation aids such as GPS receivers and interoperable radios in joint platforms like Stryker brigades. Lifecycle support transitioned to L3Harris after corporate mergers, consolidating sustainment, spares, and upgrade roadmaps under corporate programs tied to Defense Acquisition Program schedules.

Technical Specifications

- Frequency range: 30–512 MHz covering VHF and UHF bands used by tactical units and aviation elements like USAF rotorcraft. - Modes: Frequency-hopping spread spectrum (FHSS) including Have Quick II, single-channel ground and airborne radio system compatibility via SINCGARS waveform. - Encryption: NSA Type 1 crypto module, compatible with key fill devices used in equipment such as KYK-13 and AN/PYQ-10 (Simple Key Loader). - Interfaces: COMSEC ports, data ports for integration with mission computers used in Manned-Unmanned Teaming (MUM-T), and accessory connectors for headsets standard to NATO ground forces. - Physical: Ruggedized to military environmental standards MIL-STD-810G, electromagnetic compatibility per MIL-STD-461F, with removable rechargeable battery packs and options for external power from vehicle systems like those on M-ATV. - Size/weight: Handheld ergonomic form factor enabling dismounted infantry use, squad-level integration, and special operations kit fits.

Users and Deployment

Major users included United States Marine Corps, United States Army, United States Special Operations Command, and coalition partners such as United Kingdom Armed Forces, Canadian Armed Forces, Australian Defence Force, and Royal Netherlands Army. Deployments extended to security assistance recipients via Foreign Military Sales programs involving ministries such as Ministry of Defence (United Kingdom) and counterparts in NATO accession states. Use profiles covered dismounted patrols, vehicle-mounted command posts in brigades like 1st Infantry Division, airborne insertion units, and maritime boarding teams.

Training and Maintenance

Training programs combined manufacturer-led courses from Harris/L3Harris with institutional instruction at schools such as United States Army Signal School and United States Marine Corps Communication School. Maintenance followed organizational-level and field-level maintenance doctrines harmonized with Army Regulation 750-1 procedures and depot-level overhaul at authorized centers supervised by Defense Logistics Agency contracts. Key management and cryptographic handling training aligned with directives from National Security Agency and security elements within Department of Defense, while sustainment packages included spares, calibration, and firmware update cycles coordinated through prime contractor logistics.

Category:Military radios of the United States