市場調查報告書
商品編碼
1321090
全球反坦克和殺傷人員地雷市場(2023-2033)Global Anti-Tank & Anti-Personnel Mines market 2023-2033 |
反坦克地雷是一種旨在瞄準並損壞坦克和裝甲戰車等車輛的地雷。 這些地雷通常隱藏在地下或以各種方式隱藏,當車輛碾過它們時就會被激活。 激活後,地雷會爆炸,釋放強大的高爆炸力,損壞或摧毀目標車輛。 反坦克地雷已被證明是高效武器,並已在許多戰爭和衝突中使用。 它們相對較低的製造成本和較高的隱蔽性使它們成為競爭的巨大挑戰。 反坦克地雷有兩種類型:爆炸地雷,當車輛經過時爆炸;頂部攻擊地雷,發射射彈攻擊車輛的頂部裝甲。
反坦克地雷含有大量爆炸材料,專門用於穿透坦克和其他裝甲車輛的厚裝甲。 這些地雷通常是通過敏感裝置的壓力或大型金屬塊(例如坦克)的存在而引爆的。 反坦克地雷裝在堅固的外殼中,可以承受車輛駛過的壓力,而不會過早爆炸。 一些先進的反坦克地雷配備有自毀裝置,在一段時間後失效,從而減少平民傷亡的風險,並有利於衝突後的排雷行動。
另一方面,殺傷人員地雷 (APM) 是旨在傷害或傷害個人的地雷。 殺傷人員地雷隱藏在地下或以各種方式隱藏,當有人踩踏或接近它們時,殺傷人員地雷就會被激活。 殺傷人員地雷的主要目的是阻止敵方部隊進入特定區域並阻礙其前進。 不幸的是,APM 對人們和社區造成了毀滅性影響,每年造成數千人傷亡,倖存者嚴重受傷並終身殘疾。 此外,殺傷人員地雷阻礙了人們獲得土地和資源,從而產生了重大的經濟影響。
殺傷人員地雷通常結構緊湊且便於攜帶,可以由士兵手動佈設或使用火砲或飛機大量部署。 這些地雷設計為在最小壓力下爆炸,例如當有人踩到或乾擾它們時。 引爆時,炸藥會飛散金屬碎片和碎片,對附近居民造成嚴重傷害。 殺傷人員地雷的生產成本低廉,對資源有限的武裝團體具有吸引力。
反坦克和殺傷人員地雷市場受到多種因素的影響,包括向以精確制導彈藥和高科技武器為重點的現代戰爭的轉變。 由於軍事理論優先考慮機動性、敏捷性和戰略機動性,對雷區等傳統靜態防禦的需求可能會減少。 然而,爆炸材料和工程的進步可能會提高反坦克地雷的侵徹能力,使其更有效地對抗具有先進裝甲技術的現代裝甲車輛。 一些反坦克地雷還配備了遠程探測功能,可以通過遠距離探測敵方車輛並在最佳射程內激活它們來增加成功的機會。
國防部門保護軍事基地、基礎設施和戰略資產免受敵人攻擊的需求不斷增長,推動了反坦克和殺傷人員地雷市場的發展。 不斷升級的衝突和邊境爭端也進一步促進了市場的增長。 儘管市場正在日趨成熟,但國防部門不斷增長的需求以及全球持續不斷的衝突和衝突為增長提供了機會。
在最近的一次活動中,台灣和美國達成了一項價值1.46億美元的合同,為台灣採購14套火山反坦克彈藥舖設系統。 該協議代表著台灣防禦能力的顯著增強,並進一步反映了反坦克技術在現代戰爭中的持續重要性。
本報告分析了全球可持續反坦克和殺傷人員地雷市場,包括總體市場規模趨勢展望、按地區和國家劃分的詳細趨勢、關鍵技術概述、市場機會等。我們正在調查。
An anti-tank mine is a form of land mine designed to target and damage vehicles, including tanks and armored fighting vehicles. These mines are typically concealed underground or hidden in various ways and are triggered when a vehicle drives over them. Once activated, the mine detonates, releasing a powerful explosion of high explosives that can inflict damage or destroy the targeted vehicle. Anti-tank mines have proven to be a highly effective weapon and have been utilized in numerous wars and conflicts. Due to their relatively low production cost and concealable nature, they pose a formidable challenge to counter. Two main types of anti-tank mines are blast mines, which detonate when a vehicle passes over them, and top-attack mines, which release a projectile to strike the vehicle's top armor.
Anti-tank mines contain a significant amount of explosive material specifically designed to penetrate the thick armor of tanks and other armored vehicles. Typically, these mines are triggered by pressure from a sensitive mechanism or through the presence of a large metal mass, such as a tank, which sets off the detonation mechanism. To withstand the pressure of vehicles driving over them without detonating prematurely, anti-tank mines are enclosed in sturdy casings. Some advanced anti-tank mines are equipped with self-destruct mechanisms to render them inert after a certain period, thereby reducing the risk of civilian casualties and facilitating demining efforts post-conflict.
On the other hand, an anti-personnel mine (APM) is a land mine intended to harm or injure individuals. Concealed in the ground or hidden in various ways, anti-personnel mines are triggered when a person steps on them or comes in close proximity to them. Their primary purposes include denying access to specific areas and impeding the advance of enemy forces. Unfortunately, APMs have devastating consequences for people and communities, causing thousands of casualties annually and leaving survivors with severe injuries and lifelong disabilities. Moreover, APMs have significant economic ramifications as they hinder people's access to land and resources.
Anti-personnel mines are typically compact and easily transportable, allowing soldiers to hand-place them or deploy them in large quantities through artillery shells or aircraft. These mines are designed to detonate with minimal pressure, such as when a person steps on or disturbs the mine. Upon detonation, the explosive charge disperses metal fragments and shrapnel, inflicting severe injuries on those in the vicinity. The low production cost of anti-personnel mines makes them attractive to armed groups with limited resources.
The Anti-Tank And Anti-Personnel Mines Market is influenced by various factors, including the shift towards modern warfare with a focus on precision-guided munitions and high-tech weaponry. As military doctrines prioritize mobility, agility, and strategic maneuvering, the demand for traditional static defenses like minefields may decrease. However, advancements in explosive materials and engineering could lead to improved penetration capabilities of anti-tank mines, making them more effective against modern armored vehicles with advanced armor technologies. Some anti-tank mines are also equipped with remote sensing capabilities, allowing them to detect enemy vehicles from a distance and activate when within optimal range, increasing their likelihood of success.
The market for anti-tank and anti-personnel mines is driven by the defense sector's increasing demand for protection of military bases, infrastructure, and strategic assets from enemy attacks. The growing number of conflicts and border disputes further contributes to market growth. Although the market is mature, opportunities for growth still exist, driven by the rising demand from the defense sector and the ongoing conflicts and disputes globally.
In a recent development, Taiwan and the US have reached a $146 million deal for Taiwan to purchase 14 Volcano anti-tank munition-laying systems. This agreement signifies a significant enhancement in Taiwan's defense capability, further reflecting the continued relevance of anti-tank technologies in modern warfare.