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The military value of contemporary weapons is mostly judged by their capacity to induce bodily discomfort. Due to the combined destructive effects of bullets, explosives, and incendiary chemicals, the wise use of today’s combat equipment may result in a diverse and widely dispersed spectrum of personnel harm.
Rationally, the goal of contemporary warfare is not to annihilate an adversary, but rather to reduce an adversary’s ability to resist further.
The military utility of weapons must eventually be assessed in terms of how they contribute to this aim, whether through terror or physical damage.
Raw material prices have varied substantially during the previous decade. As a result, disagreements over defence contract requirements such as the technology transfer clause have resulted in the cancellation of authorised projects.
Light weapons are projected to be in great demand in the future due to their ability to penetrate and defeat heavily armoured foes.
Because of the growing geopolitical difference, countries in Asia-Pacific, the Middle East, and Africa are boosting their annual military budgets and expenditures to support the modernization of their armed forces’ arsenals.
According to experts, there are at least 875 million small weapons in circulation globally, with 650 million of them belonging to people.
More than 1,000 companies in over 100 countries manufacture small arms, with the main producers concentrating in around 30 countries. The trade in small weapons is the least open of all weapon systems.
The proliferation of small arms and light weapons jeopardises security, while anti-personnel mines and other nuclear weapons continue to maim and kill individuals and animals long after hostilities have finished.
Military might no longer be measured solely by territory possession, the number of soldiers armed, and the quantity of weaponry accessible, but rather by scientific and technological advancements.
Throughout history, several notable developments in weaponry have happened, including the spear, bow and arrow, catapults and other siege equipment, the gun and cannon, steam boats and metal-hulled ships, submarines, and aircraft.
Each is recognised for transforming warfare, the character of armies, and the relationships between battling groups and nations.
The rise in instances of unrest throughout the world as a result of numerous disputed laws and legislations adopted by governments all over the world has boosted the need for weapons with low casualty rates.
Human rights lawmakers and governments have enacted legislation authorising the use of less lethal weapons in a variety of security and defence sectors.
In a dangerous circumstance, non-lethal weapons such as pepper spray, batons, and shock guns offer a compact, affordable, portable, and legal self-defense option.
Non-lethal weapons are critical in providing personal security for security personnel. Non-lethal weapons are also available.
Adapting armament to changing battlefield situations has become vital. Inventors have invested enormous resources to the development of cutting-edge weaponry in response to the demand for high-precision, lightweight, and small weapon systems.
The development of guided weapons with a variety of accessories such as weapon views, night vision devices, laser targeting and rangefinders, and fire control systems has resulted in a high target hit ratio.
Because of political tensions with China and Russia, the United States is increasing military spending, which is driving investments in extending and replacing deployed weapons with new technologies to strengthen its armed forces.
The Europe Military Weapons Market can be segmented into following categories for further analysis.
3D printing has tremendously aided the development of light weapons. The possibility that this technology may be utilized for criminal or terrorist objectives is a major source of concern.
Weapon theft or purchase on the underground market may require less effort than printing a reliable, dangerous weapon right now.
However, this may soon change as the cost of 3D printing decreases and the quality improves, making it a feasible choice for small-scale illicit weapon manufacturing and sale.
A.50-caliber bullet in development, packed with minuscule sensors, can change course quickly in mid-air, potentially offering even inexperienced shooters sniper-like precision and the ability to easily kill moving targets.
Furthermore, while the cost of these enhanced rounds is unknown, it is almost clear that they are less expensive than the rocket-propelled missiles that they may occasionally replace.
DARPA, which is working on the EXACTO project alongside military contractor Teledyne Technologies and ammunition producer Orbital ATK, is keeping silent about how the bullet’s flight path is altered.
A competing effort by the Department of Energy’s Sandia Labs uses a laser to identify the target, while little fins on the buggy indicate the target.
Boeing has filed a patent application for a system that employs plasma fields to protect automobiles from blast damage. The strategy is to create an ionised air field that will deflect the oncoming bombardment.
Although it cannot stop an incoming projectile, such as a rocket-propelled grenade or anti-tank missile, contemporary active-protection systems, such as the Army’s Iron Curtain, are designed to deal with such threats.
This strategy successfully renders thermal imaging equipment worthless while also offering some protection from early discovery to friendly combat vehicles. The similar strategy may be used to warn friendly forces to allied vehicles and prevent blue-on-blue incidents.
Armed conflict, terrorism, and criminal activity are made feasible by facilitating easy access to lethal tiny firearms and light weapons.
They are still one of the most inexpensive and accessible methods to participate in violence today. It is difficult to adequately control SALWs on a worldwide basis. SALWs are inexpensive, easy to conceal, and use. There are now 875 million small arms and light weapons (SALW) in use.
Under the significant development project, SAAB, in partnership with Bofors Dynamics, developed a deadly Light weapon. The AT4 is an 84mm anti-armour weapon manufactured by Saab Bofors Dynamics.
It may be used to counter tanks, combat vehicles, landing boats, helicopters, and armoured vehicles. The AT4’s range-adjustable plastic sights, which may be hidden behind sliding covers, are used to aim at the target.
The weapon is equipped with an optical night sight. After receiving an order from an undisclosed client, Saab expects to deliver the AT4 CS ER (extended range) and AT4 CS HP (high penetration) in 2018. The US Army purchased AT4-CS RS wraps in October of last year.
Kalashnikov Systems is a component of the most recent development in European weapons systems, with a strong emphasis on weaponry integration.
The Russian Kalashnikov Group displayed its new PPK-20 9 mm machine gun (SMG) and AK-203 7.62 mm assault weapon at the Army 2021 international military-technical exposition, which is taking place from August 22 to 28 in Kubinka (Moscow Region).
The PPK-20 is Russia’s first military-grade SMG, specifically developed for field forces. At Army 2021, Kalashnikov displayed a lighter version of the handgun suited for aviation pilots.
The SMG is chambered with 919 Parabellum cartridges and uses the same operating system as the Kalashnikov assault weapon.
The pistol weights 2.5 kg and has a rail interface system for sighting and firing attachments. The new SMG may also be utilised as a personal Defense weapon (PDW) for battle vehicle crews, logistics support groups, and urban special operations.
The new SMG may also be used as a personal defence weapon (PDW) by military transport crews, logistical support groups, and urban special operations units.
The PPK-20 is designed to work with any optical, red dot, or optical-electronic sighting system. It really should be emphasized that the rifle is compatible with all STANAG 2172 Parabellum/Luger ammo, making it an excellent export candidate.
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