Enhanced Combat Helmet (United States)
The Enhanced Combat Helmet (ECH) is a United States Marine Corps–led Joint USMC-U.S. Army program to replace the combat helmets of the U.S. Army, Navy, and Marines using thermoplastics instead of the ballistic fibers used on the current generation combat helmets. The term "Enhanced Combat Helmet" was originally coined by Army Lieutenant Colonel William R. Schaffer.
The ECH's profile is very similar to the Advanced Combat Helmet but is thicker. The helmet's shell is made of an ultra-high-molecular-weight polyethylene material. It must protect 35% better against small-arms fire and fragmentation than the Advanced Combat Helmet. The helmet is required to protect against certain rifle projectiles. The helmet is of the "tactical cut" type and thus offers less coverage but does enable better mobility. The helmet will be compatible with camouflage fabric helmet covers. The replacement of the Advanced Combat Helmet with the Enhanced Combat Helmet has been likened to the transition from the HMMWV to the MRAP.
The helmet has been shown nearly impenetrable to fragments fired by test guns. In a v50 test, guns were unable to attain the velocity required to get 50% of the fragments through a helmet. The helmet has vastly exceeded the 35% ballistic improvement requirement.
The helmet's design allows for the addition of devices such as communications and night-vision equipment.
The Army is planning on using the existing pads used on the Advanced Combat Helmet for the ECH. A single pad that cushions the entire helmet may be developed. The ECH has a 4-point chinstrap/napestrap head retention system. The Marine/Navy and Army variants are differentiated in that the Marine/Navy version uses an X-Back retention system (called the Class I) and the Army uses the H-Back retention system (called the Class II).
ECH development began in 2007. Solicitations were accepted in late April until early June 2009. In July, more than $8 million was awarded to four vendors for five helmet designs in July 2009. Mine Safety Appliances was awarded $4.7 million, Gentex was awarded $1.8 million, BAE Systems Aerospace & Defense Group Inc. was awarded $764,000, and Ceradyne was awarded $729,000. Testing in September revealed that each helmet failed in ballistic and/or blunt force tests. In February 2010 the Navy joined the program and issued their own requirements. Marine Corps officials suggested design improvements such as better materials to industry and testing resumed in June 2010. Three vendors were to be downselected and the remaining two would be tested in November. If the program proceeded as planned the Army would acquire 200,000, the Marine Corps would acquire 38,500, and the Navy would acquire 6,700.
Ceradyne won the competition to produce the Enhanced Combat Helmet in March 2012. On 16 July 2013, the Marine Corps ordered 3,850 helmets for deployed Marines, to be fielded before the end of 2013. The Marine Corps plans to buy 77,000 helmets, enough to outfit a large contingent of deployed Marines. When they return, they will be turned in. The Lightweight Helmet and Modular Integrated Communications Helmet will still be used for training and noncombat purposes. PEO Soldier also confirmed that the Army will field the helmet. Fielding was scheduled to begin after the start of FY 2014 on 1 October 2013.
- Marine Corps Systems Command (2013-07-30). "Enhanced combat helmet heads to production". Marine Corps Systems Command. Retrieved 2014-03-19.
- Matthew Cox and Dan Lamothe (1 September 2009). "Army's new plastic helmet tops Kevlar ACH". Army Times. Retrieved 30 September 2010.
- "Enhanced Combat Helmet" (PDF). July 2010. Retrieved 30 September 2010.
- Lance M. Bacon (2011-02-26). "Head of the class". Army Times. Retrieved 2011-02-26.
- New combat helmets coming for deploying Marines - MarineCorpstimes.com, 29 July 2013
- Army, Marines to Field Better Ballistic Helmets - Military.com, 30 July 2013