市場調查報告書
商品編碼
1296978
全球商用無人機市場Global Commercial Drone Market |
無人機技術最初用於軍事、測量、攝影、通信和安全應用。 該技術的應用延伸到包裹遞送,從而快速、便捷地將包裹遞送到客戶家門口。 送貨無人機可以在客戶購買的當天高效地裝載和運送小件物品,例如書籍、文件、食品和藥品。 即使勞動力減少,送貨卡車的物流成本也比無人機更高。 無人機比汽車更具機動性,因為它們消除了道路交通瓶頸,通過將汽車和貨車推離道路來緩解擁堵。
根據對商用無人機市場的分析,COVID-19 使自動飛行無人機的包裹遞送需求比以往任何時候都增加。 由於流行病,地球上的某些地區目前處於封鎖狀態。 使用無人機對抗冠狀病毒的方法有很多。
世界各地的公司預計無人機送貨將在 2025 年全面投入運營。 主要城市沒有無人機送貨系統。 城市以外的倉庫建設對無人機送貨來說是一個挑戰,因為遠距離送貨尚不可行。 電池壽命、貨運能力和惡劣天氣只是影響無人機交付的幾個因素。 因此,開發可容納送貨並充當無人機充電站的小型樞紐至關重要。
亞馬遜已經申請了蜂窩結構專利,該結構可用於設置無人機端口以進行充電和交通監控。 隨著城市中無人機中心的增多,無人機的飛行距離將縮短,從而能夠在更短的時間內運送更多的包裹。
郵政服務提供商和電子商務巨頭是無人機送貨行業的主要參與者。 公司開始將其商業運營劃分為內部商業服務和無人機服務提供商 (DSP)。 DSP 在提供服務時充當第三方供應商。 內部企業服務正在利用無人機交付技術改善工作流程。 世界糧食計劃署(WFP)和聯合國兒童基金會(UNICEF)這兩個政府組織已經開始致力於人道主義目的的無人機運送,不僅運送物資,還教授如何操作無人機。
在商用無人機的預測期內,無人機送貨市場預計將增長約 20%。 隨著無人機行業的不斷發展,頂級無人機公司和組織提供培訓計劃,以確保他們擁有所需的飛行員。 建築、能源、包裹遞送和公共安全等領域合格無人機飛行員的就業機會正在擴大。
自動化技術的市場滲透率不斷提高,正在開發能夠快速有效操作的無人機。 該無人機的機械設計由衛星技術、電子控制、傳感器和復雜算法組成。 電池容量、GPS、傳感器和攝像頭等通信設備的技術進步正在推動無人機的發展。 市場上現有的遠程電池解決方案使無人機能夠長距離飛行。 GPS 技術和 3D 移動性使無人機能夠快速準確地將物品移動到所需位置。
有助於獲得令人滿意的客戶體驗的關鍵方面之一是盡快交付包裹。 近年來,網上訂單大幅增長,導致對送貨員的需求增長了十倍。 直到十年前,等待產品在 7 天內到達對於消費者來說是一種常見的情況。 隨著時間的推移,平均交貨時間已降至兩天。 客戶現在期望必需品能夠在次日或當日送達。 據估計,無人機送貨比目前的隔夜送貨服務便宜 80%。
亞馬遜已經在開發 Amazon Prime Air,旨在利用小型無人機加快最後一英裡包裹的遞送速度。 早期估計表明,在美國,在 10 公裡半徑內運送 2 公斤的貨物,亞馬遜的成本將在 2 美元到 8 美元之間,而使用無人機的成本約為 10 美分。
本報告審視了全球商用無人機市場,並總結了技術趨勢、市場趨勢和預測、區域和國家趨勢以及市場機會。
Military, research, photography, communication, and security applications employed drone technology initially. The range of technology applications has expanded to include package delivery, which has led to quicker and more convenient deliveries to customers' doorsteps. Delivery drones can effectively load and deliver small items to customers the same day they make their purchases, including books, paperwork, food, and medicines. Delivery trucks are more expensive logistically than drones, even with labor reductions. Drones offer a mobility advantage over vehicles since they remove a road traffic bottleneck, which will ease congestion by getting cars and vans off the road.
As per commercial drone market analysis, due to COVID-19, there is a greater demand than ever for package delivery by autonomous flying drones. As a result of the epidemic, certain areas of the planet are now under lockdown. There are numerous approaches to employing drones to fight the coronavirus.
Companies throughout the world anticipate that drone delivery will be fully operational by 2025. Major cities lack a drone delivery system. The construction of warehouses outside of urban areas poses a challenge for drone delivery because long-distance deliveries are not yet feasible. Battery life, cargo capacity, and bad weather are just a few of the factors that affect drone delivery. Therefore, the development of small hubs that can house deliveries and operate as drone charging stations is essential.
Amazon has already filed for a patent on a beehive-shaped structure that may be used to install drone ports for charging and traffic monitoring. If more drone centers are created in a city, drones will be able to travel shorter distances and deliver more packages in less time.
Postal service providers and e-commerce behemoths are major players in the drone delivery industry. Companies are starting to split their commercial operations between internal business services and drone service providers (DSPs). DSP acts as a third-party vendor when offering its services. Internal corporate services are improving their workflow by utilizing drone delivery technology. It was mentioned that the World Food Programme and UNICEF are government organizations that have started a drone delivery initiative for humanitarian goals, educating people on how to fly unmanned aircraft in addition to just delivering goods.
The drone delivery market is poised to grow by a value of roughly 20% during the commercial drone forecast period. To ensure that the drone industry has the pilots it needs as it continues to grow, top drone firms and organizations are offering training programs. Job opportunities for qualified drone operators are expanding in sectors like construction, energy, package delivery, and public safety.
Drones that can operate quickly and effectively are now being developed owing to the growing the increased market penetration of automated technologies. The mechanical design of the drone consists of satellite technology, electronic controls, sensors, and complicated algorithms. Technological advancements in battery capacity, GPS, sensors, and telecommunications devices, including cameras, have spurred the expansion of drones. Drones may now fly great distances because of market-available long-range battery solutions. Due to GPS technology and three-dimensional mobility, drones can rapidly and precisely transfer items to the desired location.
One of the major aspects that contributes to a satisfying customer experience is delivering the package as promptly as possible. Online ordering has surged significantly in recent years, resulting in a tenfold increase in the demand for delivery employees. Waiting for a product to arrive in seven days was a normal scenario for consumers a decade ago. The average time it takes for a delivery to arrive has decreased to two days over time. Customers now expect essential products to be delivered the next day or the same day. Drone delivery is estimated to cost 80 percent less than what a next-day delivery service costs now.
Amazon is already developing Amazon Prime Air, which aims to use tiny drones to hasten package delivery in the final mile. Early estimates indicate that in the United States, shipping a 2 kg item within a 10-kilometer radius costs Amazon between USD 2 and USD 8, vs only about 10 cents when utilizing a drone, which can deliver the same item more quickly and on the same day.