市场调查报告书
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无人战场物流及支援的全球市场Global Unmanned Battlefield Logistics and Support |
全球无人战场物流及支援的市场规模,由于地缘政治学纠纷的激化,世界经济的急速成长,国境紧张而扩大。本报告提供全球无人战场物流及支援市场的相关调查,提供市场分析,市场预测,市场趋势等全面性资讯。
十年无人战场物流及支援市场分析详细概述了无人战场物流及支援市场的增长、不断变化的市场动态、技术采用以及本章介绍的整体市场吸引力。
该部分涵盖了预计影响该市场的 10 项主要技术以及这些技术可能对整个市场产生的影响。
该市场的10年无人战场物流及支援市场预测详细介绍了上述细分市场。
该部分涵盖地区性无人战场物流及支援市场趋势、驱动因素、制约因素和挑战,以及政治、经济、社会和技术方面。该部分还详细介绍了各地区的市场预测和情景分析。区域分析的后半部分包括主要参与者的概况、供应商格局和企业基准。由于正常情况估算的目前市场规模。
本章讨论了该市场的主要防御计划,还涵盖了该市场的最新消息和专利申请。本章还涵盖了国家层面的十年市场预测和情景分析。
机会矩阵帮助读者瞭解该市场中的高机会细分市场。
我们的专家对这个市场的分析意见
关于Aviation and Defense Market Reports
One of the primary technological branches of the robotics field that has quickly gained traction in the defense industry is unmanned systems. The technology can be used both semi-automatically and automatically, i.e. operated remotely as well as automatically. This technology's applications have expanded from surveillance operations to strategic warfare and logistical support. UAVs, UUVs, and other semi-autonomous systems that transport supplies for the armed forces fall under the unmanned battlefield logistics and support domain. One of the important design criteria that are currently being focused on is the construction of strong UAVs with the capacity to carry both smaller and larger payloads.
Due to the rising demand for durable materials with high tensile strength for the construction of UAVs, the materials science sector has also been expanding. Due to their high material strength and lightweight construction, non-metallic compounds like composites currently dominate the industry.
Over the past year, the economies of all countries have increased their defense spending as a result of growing geopolitical conflicts, a fast-growing global economy, and border tensions. Many of the main economies have boosted their procurement as a result of increased defense spending. Presently, the international economies are poised to be strained due to the ongoing recession being experienced within the US. This could potentially result in a decreased value of the defense budget
Another factor that is projected to drive the growth of this market is the emergence of indigenous programs in international markets. Global efforts have been made to localize the production of components and goods for the defense industry. Therefore, the rise in domestic output will lead to additional opportunities for direct, indirect, and induced employment.
According to research, the market for unmanned systems is likely to rise as a result of funding for E-VTOL systems. This technology will enable aircraft to take off from virtually anywhere by doing away with the requirement for runways and other severe downrange restrictions. In 2021, it was noted that the organization named Tylan Air secured a contract worth USD 1.7 Million in government funding through an AFWERX AFVentures Tactical Funding Increase (TACFI) program. The funding was a part of increasing and improving the Air Force's Agility Prime Program.
The ongoing conflict between Ukraine and Russia is recognized as one of the key elements promoting the expansion linked with the Unmanned Battlefield Logistics and Support domain in terms of international relations and geopolitical concerns. During warlike scenarios, people must be provided with daily food, water, medication, and other necessities, creating a need for UAV logistics and support. The employment of this technology would do away with the need to bring essential supplies by hand to the battlefield.
Another factor that is projected to fuel this market's growth is the escalating geopolitical tensions between the US and China. The US Navy and Marine Corps have been making investments in strategies that will advance technical developments in terms of restocking supplies. Since China has powerful anti-access/area denial (A2/AD) weapons that gravely jeopardize the logistics platforms now employed by the US Navy and the Marine Corps, traditional methods of resupplying Marines are predicted to be ineffective, particularly in the event of hostilities with China.
As previously mentioned, UGVs can assist logistics operations by relieving ground troops of the weights that each soldier typically carries and by enabling the deployment of new capabilities at the platoon or even squad level. To purchase 459 Man Transportable Robotics System Increment II (MTRS Inc. II), 148 Small Multipurpose Equipment Transport (S-MET) systems, and 213 Common Robotic System (Individual) (CRS(I)), as well as related controllers, mission payloads, software sustainment, and other supporting technologies, USD 124.233 million was requested under the US Army's Robotics and Applique Systems for FY 2022. The technology is also extensively used to provide relief measures during adversaries such as natural calamities and war. The use of this technology spans a myriad of applications based on the requirement.