Core Insights - ANSYS, Inc. is facilitating innovative drone technology through advanced simulation tools, aiding Wingcopter in delivering essential supplies to remote locations [1][7] - The collaboration has led to a more than 10% increase in flight range for Wingcopter's drones, enhancing service capabilities in hard-to-reach areas [2][7] - ANSYS provides a comprehensive suite of simulation products that support Wingcopter's design and certification processes, ensuring safety and performance [6][8] Company Developments - Wingcopter utilizes various ANSYS products, including Ansys Discovery, LS-DYNA, Fluent, and medini analyze, to optimize drone design and safety assessments [6][7] - The partnership allows for a continuous, data-driven development loop, validating drone performance under diverse conditions [5][6] - ANSYS technology supports non-linear design approaches, crucial for the increasing complexity of autonomous drones [8] Market Trends - The global simulation software market is projected to grow from $18.1 billion in 2023 to $33.5 billion by 2028, reflecting a CAGR of 13.1% [11] - ANSYS reported deferred revenues and backlog of $1.63 billion as of March 31, 2025, representing an 18.9% year-over-year increase [11] - The company experienced growth in subscription lease revenues (4%), maintenance revenues (13.9%), and service revenues (22.5%) in the first quarter of 2025 [11] Strategic Collaborations - ANSYS has expanded its collaboration with TSMC to enhance AI-assisted workflows for RF design migration and semiconductor solutions [12] - This partnership aims to improve 3D-IC design optimization and accelerate market readiness for AI and HPC chip applications [12] Stock Performance - ANSYS currently holds a Zacks Rank 3 (Hold), with shares increasing by 6.3% over the past year, compared to the industry growth of 13.3% [13]

转自：前瞻产业研究院 本文核心数据：全球低空物流;发展历程;市场规模;通用飞机交付量;eVTOL产品 1、当前全球低空物流行业快速发展 伴随地面交通拥堵问题日益显著、无人机技术逐步成熟，全球正积极探索培育低空经济产业。全球低空 物流行业发展历程经历起步探索阶段、初步发展阶段和快速发展阶段。20世纪末至21世纪初无人机技术 萌芽，企业初步尝试，但此时技术限制了应用。随着无人机技术在续航、载重、导航、避障等方面不断 成熟，政策支持力度加大，应用领域深度融合，市场高速增长。 | 时间 | 阶段名称 | 内容解读 | | --- | --- | --- | | 20 世纪末至 21 起步探索阶段 | | 20 世纪末至 21世纪初. 无人机技术开始出现. 最初主要用于军事侦察和监视等 | | 世纪初 | | 用途,随着技术的逐步发展,人们开始探索其在民用物流领域的潜力。一些有前 | | | | 瞻性的企业开始尝试利用无人机进行小规模的物流配送实验,但此时无人机的性 | | | | 能、载重能力、飞行稳定性等都还不够成熟,限制了其在物流领域的广泛应用。 | | 2010-2015年 | 初步发展阶段 | 无人机技术在这 ...