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Personnel from each military use a variety of PPE depending on circumstances such as operating environment, job description or vocation, and commander discretion.
Ground combat forces in the Army and Marine Corps, for example, wear soft and hard body armour tailored to defend against particular small weapons, fragmentation, and other unconventional threats such as improvised explosive devices.
Similarly, workers with aviation-related vocations or responsibility for explosive ordnance disposal, as well as those working in harsh climates or marine situations, have specialized PPE alternatives for their unique duties.
The Army and Marine Corps have created personal protective equipment (PPE) regulations to handle operational hazards in ground combat conditions, but this PPE has grown in weight over time, adding to the total load strain on people.
PPE comprises mostly hard armour plates, soft armour plate carrier vests, and combat helmets. According to Army and Marine Corps experts, the PPE provides substantial extra protection.
They did, however, point out that offering this degree of protection adds substantial size and weight to the entire burden on Soldiers and Marines, which might limit movement and communication.
Combat Protective Equipment (CPE) is riot and training equipment as well as ballistic protection. CPE has been the weapon of choice for NATO troops, elite national counter-terrorism teams, law enforcement agencies, and correctional institution workers all around the world for nearly 30 years.
CPE’s protective equipment comprises overt and covert ballistic armour, riot armour, and full-contact training gear. Military PPE worn by soldiers during conflict or training includes body armour, eye protection, tactical vests, improved combat helmets, breathing equipment, gloves, and boots.
Personal Protective Equipment (PPE) is intended to shield soldiers from biological, chemical, physical, and radiation hazards.
The most requirement of military protective wear is seen amongst the Air crew operations considering their high-altitude pressurised requirements.
These changes are marked within the market to have a better development perspective at varied requirements. The most complex airframe is the Integrated Helmet and Display Sighting System (IHADSS), which features an image collimator or helmet display unit (HDU) located above the right eye.
There has been varied levels of compliance and proper rating required by the armed forces to comply with the regulations stipulated. Protective Wear for European military personnel must carry the APEL (Authorized Protective Eyewear List) emblem.
This is the single most effective technique to determine whether your eyewear is allowed for official military usage. The contingents of operations under the military insists that personnel only wear APEL approved eye protection.
This is not to just have another regulation. Instead, it is because there is a significant need for a protection standard beyond what typically works for the civilian population.
As a market-based development and testing requirements, The American National Standards Institute (ANSI) tests projectiles at 150 feet per second (feet per second). While the military mandates projectile testing at 650 (+/- 10) fps for glasses and 550 fps for goggles.
A battle helmet is an essential item that is utilized to increase troops’ impact and ballistic protection. Defense organizations are increasingly using combat helmets to shield people against machine-gun rounds, IED blasts, and shrapnel that can inflict severe head injuries.
The category is likely to be driven by increased demand for lightweight, fatigue-reducing helmets and tactical helmets. Ground soldiers’ growing relevance in operations in Iraq, Afghanistan, Syria, and Yemen has also spurred market expansion.
The proliferation of guerrilla tactics and Improvised Explosive Devices (IEDs) has increased the risk to ground troops in their operations, necessitating a major increase in force protection.
The Europe Military PPE Market can be segmented into following categories for further analysis.
Military Protective Eyewear has been playing a major role in placing a proper requirement in place in terms of battlefield compatibility.
It has been one of the most required equipment in place for better compliance and protection from varied levels of threats posed by the explosion and the battlefield environment of operations.
The overall load differs to some extent between the Army and the Marine Corps, and the services employ different load categories for mission planning.
The Army employs three combat loads: fighting (lightest), approach march (middle), and emergency approach march (heaviest), based on a variety of factors such as mission duration and purpose, the likelihood of resupply, climate, and other factors that influence equipment and supply decisions.
Similarly, the Marine Corps divides missions and loads into three categories: combat (lightest), assault (middle), and sustainment (heaviest).
There has been considerable technology being implemented in integration of the interchangeable lenses as per the requirements and other coatings of importance which includes the Anti Scratch coating and Anti Fog Coating that gives a picture reference view on the battlefield considering the rugged environment of operations of flying debris and continuous dust.
There has been recent technological advancement in terms of its complete integration levels into single piece equipment of usage. There has been usage of optically corrected 2.4mm thick polycarbonate lenses for use in any light conditions.
The system also includes a rugged pouch with lens pockets, a neck leash, and an anti-fog cloth. The corrective lens carrier (EPPRSC-P) can also be used with other protective gear requirements.
The presence of extra-thick polycarbonate lenses are easily interchangeable for rapid adaptability to your surroundings.
Its low-drag, high-speed frame and shatterproof lenses make it comfortable and cool enough for downtime while being practical and robust enough for the battlefield.
Recognizing that the weight of PPE and other equipment might have a detrimental impact on personnel performance, the Army and Marine Corps have collaborated and created targets for PPE-related weight reductions, as well as initiatives to minimize overall load demands on people.
To develop and enhance PPE, the two services collaborate through official working groups and informal approaches.
While the Army and Marine Corps prioritise protection and operational capabilities while creating PPE, they also have overall goals of lowering weight and enhancing the shape, fit, and function of equipment.
DuPont Solutions is part of the new developments in the Military PPE Compliance to various regulations and structural implementations.
Kevlar fibre-based protective equipment is lightweight and comfortable enough to enable soldiers in the field to enhance mobility and minimise fatigue.
However, on an equal-weight basis, Kevlar fibre is five times stronger than steel, providing greater protection against fragmentation and ballistic threats.
Kevlar fibre is also naturally flame-resistant, which contributes to thermal protection against explosions and flames. Kevlar KM2 and KM2 Plus technology in soft body armour helps provide outstanding protection from specific fragmentation and small arms threats in the Improved Outer Tactical Vest (IOTV).
Kevlar fibre inserts for military body armour are also robust enough to assist defend against abrasion. Nomex is known for protecting first responders, utility, and electrical workers, but that’s just the beginning. From below the earth’s surface to beyond the atmosphere, and everywhere in between, Nomex enables a stronger, safer tomorrow.
3M Industries is part of the latest developments within the Military PPE requirements that are focused on the overall protection and safety implementation of the PPE.
The TMAS is the next generation of tactical communication and hearing protection created as part of integration to assist operators in efficiently communicating in dynamic noise settings.
This system updates the ComTac VII and TEP-300 with new aesthetics, increased system integration, and enhanced aural situational awareness to enable operators to gain a tactical advantage during operations.
Soldiers’ senses must be acute in order for operations to be effective. Hearing is just as important as eyesight in both darkness and brightness.
He or she must be able to detect incoming radio signals without exposing his or her true position. A snapping twig or a whispered communication must be detected and tracked down. Even under loud combat scenarios, radio communication must be viable.
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