Combatant Craft Medium (CCM)

Combatant Craft Medium (CCM)
Name	Combatant Craft Medium
Type	Patrol boat
Builders	Jericho Development LLC; United States Navy; Naval Special Warfare Command
Introduced	2015
In service	2015–present
Length	63 ft
Speed	>35 kn
Armament	See section

Combatant Craft Medium (CCM) The Combatant Craft Medium is a 63-foot fast patrol and insertion craft used by United States Navy Naval Special Warfare Command, developed to support Special Operations Command missions, littoral patrols, and maritime interdiction. Designed for high-speed maneuvering, shallow-water access, and rapid troop deployment, the CCM serves alongside a family of small combatants including predecessors and contemporaries used by United States Marine Corps, United States Coast Guard, and allied maritime forces. The program links to broader trends in expeditionary warfare evident in post-9/11 operations and contemporary force posture adjustments.

Design and Specifications

The CCM's hull form and layout reflect influences from commercial and military designs fielded by firms that have worked for Naval Sea Systems Command, Lockheed Martin, Raytheon Technologies, and boutique builders such as Safe Boats International and Baytown Boat Company. The basic dimensions (about 63 feet overall length, a beam enabling reduced draft) enable operations in littoral zones similar to craft used in Operation Iraqi Freedom, Operation Enduring Freedom (2001–2021), and counter-piracy patrols near Horn of Africa. Powerplant choices mirror trends established by General Electric and MTU Friedrichshafen diesel and gas turbine installations used across classes like the Mark V Special Operations Craft and RIB derivatives supporting Special Boat Teams. Survivability features draw on lessons from incidents involving Riverine squadrons and apply ballistic protection standards similar to those adopted by USSOCOM procurement efforts. Sensor and communications suites are compatible with networks overseen by United States Cyber Command, Naval Information Forces, and allied maritime C4ISR architectures.

Development and Procurement

Procurement of the CCM followed acquisition pathways influenced by entities including Naval Special Warfare Command, Assistant Secretary of the Navy (Research, Development and Acquisition), and contracting vehicles frequently used by Small Business Administration-certified firms. Initial development was managed by private companies under contracts awarded in the 2010s, influenced by studies from Center for Naval Analyses and operational requirements papers from Joint Special Operations Command. Testing and evaluation involved ranges and facilities linked to Naval Surface Warfare Center, Naval Air Systems Command, and metrics shaped by prior procurement programs such as the Special Operations Craft-Riverine and the cancelled Sea Fighter (FSF-1) demonstrations. Foreign military sales and interoperability discussions referenced doctrines from NATO partners and maritime forces including Royal Navy, Royal Australian Navy, and Japan Maritime Self-Defense Force.

Operational History

CCMs entered service supporting missions alongside SEAL Team units, Naval Special Warfare Group taskings, and joint operations with Marine Expeditionary Units during rotational deployments to regions like the Indo-Pacific Command and Central Command areas of responsibility. Deployments emphasized insertion and extraction, maritime interdiction operations similar to counter-piracy activities off Somalia, and cooperative exercises with partners such as Exercise RIMPAC, Exercise Cobra Gold, and bilateral drills with Republic of Korea Navy. CCMs have been employed in surge support for humanitarian assistance and disaster relief missions, echoing roles performed by USNS Mercy and USNS Comfort task forces. Lessons learned paralleled evaluations from previous small combatant programs during the Global War on Terrorism.

Variants and Modifications

Operational feedback drove modifications akin to variant evolution seen in platforms like the Mark V and Special Operations Craft–Riverine, resulting in mission kits that adjust communications, command-and-control, and protection levels. Variants include configurations optimized for troop transport, direct action support, and intelligence surveillance with sensor packages comparable to those used by MQ-8 Fire Scout integrations and unmanned surface vessel trials. Customizations have been implemented by private shipyards with experience building for Naval Special Warfare and export customers among Five Eyes partners, reflecting a modular approach seen in other contemporary small combatants.

Armament and Systems

Armament fits mission roles and mirrors mount patterns used by small combatants: pedestal mounts for heavy machine guns like the M2 Browning, remote weapon stations comparable to those produced by Kongsberg Gruppen or Rafael Advanced Defense Systems, and provisions for crew-served systems such as the Mk 19 grenade launcher. Integrated electro-optical/infrared sensors, radios interoperable with Link 16, and navigation suites from vendors associated with Honeywell and Northrop Grumman enable situational awareness. Defensive measures include ballistic shielding and compartmentalization influenced by survivability analyses following incidents in Gulf of Aden operations.

Deployment and Units

CCMs are assigned to Naval Special Warfare Group squadrons and deployed aboard forward staging platforms and auxiliary ships similar to the concept of MotherShip support used with Mark V operations. Units operating CCMs coordinate with Carrier Strike Group assets, Amphibious Ready Group elements, and joint special operations task forces orchestrated by United States Special Operations Command. International exercises and bilateral maritime cooperation have seen CCM-equipped detachments work with forces from Canada, United Kingdom, Australia, and Japan.

Incidents and Evaluations

Operational evaluations, after-action reports, and independent reviews by organizations such as Government Accountability Office and think tanks including RAND Corporation and Center for Strategic and International Studies examined CCM performance, logistics, and sustainment. Incidents involving small combatant craft in contested littorals informed updates to doctrine and platform upgrades; inquiries referenced past episodes like confrontations in the Strait of Hormuz and boarding operations during counter-piracy campaigns. Evaluations highlighted maintenance challenges, interoperability improvements, and cost-per-platform metrics compared to legacy systems and multinational equivalents.

Category:United States Navy boats