AERO Sky垂直起降無人機投放無人機

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AERO Sky垂直起降無人機，成功在空中投放第一人稱視角（FPV）無人機(圖片取自Petrel網站)

美驗證「空中母艦」新型作戰概念
U.S. Tests “Airborne Mothership” Concept

美國United States Army第101空降師近期於演習中，運用新創公司Petrel Technologies研發的AERO Sky垂直起降無人機，成功在空中投放第一人稱視角（FPV）無人機，驗證「空中母艦」作戰構想。

The U.S. Army’s 101st Airborne Division recently tested an airborne mothership concept by deploying FPV drones from the AERO Sky VTOL UAV developed by Petrel Technologies.

空中投放FPV無人機　擴展打擊半徑

Mid-Air Deployment Expands Strike Range

根據軍聞網站報導，該部隊於Fort Polk實施實彈演習時，「AERO Sky」搭載多架具備攻擊能力的FPV無人機升空，並於接近目標區域時進行投放。

According to reports, during a live-fire exercise at Fort Polk, the AERO Sky carried multiple armed FPV drones and released them near the target area.

FPV無人機隨即接手執行精準打擊，而母機則迅速撤離戰場，有效降低風險。

The FPV drones then executed precision strikes, while the mothership UAV withdrew, reducing operational risk.

克服航程限制　提升戰術彈性

Overcoming Range Limits, Enhancing Flexibility

此一運用模式成功克服FPV無人機航程有限的問題，同時降低操作人員暴露風險，並提升整體任務彈性與生存能力。

This approach overcomes the limited range of FPV drones while reducing operator exposure and improving mission flexibility and survivability.

VTOL＋固定翼優勢兼具

Combining VTOL and Fixed-Wing Advantages

Petrel Technologies表示，「AERO Sky」屬於第3級無人機，融合旋翼與固定翼特性，不需跑道即可起降，同時具備長航時與遠距飛行能力。

Petrel Technologies noted that the AERO Sky is a Group 3 UAV combining rotary- and fixed-wing characteristics, enabling runway-independent operations and long endurance.

模組化設計　快速切換任務

Modular Design Enables Rapid Mission Switching

該機採模組化酬載與自主系統設計，可在數分鐘內切換情監偵（ISR）、後勤運輸與無人機投放打擊等任務模式。

The platform features a modular payload and autonomous systems, allowing rapid switching between ISR, logistics, and drone deployment strike missions.

美軍加速無人化作戰轉型

Accelerating U.S. Military Unmanned Transformation

分析指出，第101空降師此次測試顯示，美軍正積極導入新興無人技術，以提升戰場效率與作戰節奏。

Analysts say the test highlights the U.S. military’s push to integrate emerging unmanned technologies to enhance operational efficiency.

具備多功能的通用無人平台，不僅有助於降低採購與維運成本，也更符合未來高損耗率戰場環境的需求。

Multi-role unmanned platforms can reduce procurement and sustainment costs while aligning with the high attrition rates expected in future conflicts.