Drone Package Delivery System Market

The global drone package delivery system market is growing at a rapid rate due to factors such as the increased use of low-cost and light payload drones for product delivery by start-ups, increasing demand for faster delivery, and incorporation of advanced sense and avoid systems in aerial delivery drones. The amendments in regulatory frameworks to encourage drone package delivery and increasing demand for lowering carbon emissions is also fueling the market growth. However, limited bandwidth and battery life of aerial delivery drones and the lack of infrastructure to support drone delivery operations in emerging economies are some factors that are expected to restrain the growth of the global market during the study period.

The payload is the weight a drone can carry. It is generally considered as the extra load carried by the drone and includes anything additional to the drone such as sensors, extra cameras, or packages for delivery. Moreover, as the payload increases, the cost and weight of the drone also increases. This is because, to gain a higher payload, drones require larger blades, higher capacity batteries, and advanced package handling systems, which increases the overall cost and weight of the drones. Moreover, the increased payload reduces the endurance of the drones. This is because to deliver heavy payloads, drones consume extra power, which increases the need for battery charging stations, thereby increasing the infrastructure cost. Such large-scale investments are not feasible for start-up companies. Hence, these firms are increasingly using low cost, light payload drones for package deliveries in the last few years. Moreover, there has been an increase in the development of low cost, light payload drones by drone manufacturers. Thus, the increasing use of low cost and light payload drones is expected to drive the growth of the global drone package delivery system market during the review period.

The integration of Internet-of-Things (IoT) with drone delivery services would assist service providers in connecting better with their customers and serving them using business intelligence and data analytics. Moreover, it enables operating the drone from any Internet-connected devices. This allows drone operators to control drones operating beyond the visual line of sight. Additionally, with IoT, it is possible to monitor multiple drone flights from the main control center. It also enables interconnectivity between multiple drones. Furthermore, monitoring the flight data of several drones at once can also be possible by the integration of IoT in drones.

Furthermore, IoT can be used in various stages of the drone delivery supply chain. For example, in inventory management, it can be used to manage the supply of, and demand for packages and, in warehouse management, IoT can assist in locating packages and tracking dispatched packages. Thus, the incorporation of IoT in the delivery drones ecosystem is expected to create growth opportunities for the players operating in the global drone package delivery system market during the forecast period.

Most of the operational drones are electrically powered by batteries. One of the major challenges with these electric-powered drones is their extremely limited battery lives and flight range. As a result, these unmanned systems are not suitable for long-distance operations and are required to return to ground stations for recharging. The currently available battery technology for drones allows for a flight duration of less than an hour, and some drones have an endurance of as low as 10–20 minutes. Thus, the limited endurance of drones is expected to restrict the growth of the global drone package delivery system market during the forecast period.

Although drones are extending their airspace and helping organizations yield better business results, especially in the commercial sector for delivery applications, they are still too risky to operate in urban areas. This is because, if drone malfunctions in the middle, while delivering the package, it can be very dangerous to pedestrians and private property. Creating a delivery drone that is safe for users poses numerous engineering challenges.

Moreover, over the last few years, there has been a significant rise in the use of drones for various applications, including surveillance and monitoring, search and rescue operations, and aerial photography. To regulate and monitor the use of drones, countries such as the US, Brazil, and China have instituted various laws. However, there are several incidences of security breaches by unidentified drones, particularly in military establishments and public places, such as military bases, airports, and prisons. Therefore, it will be hard to identify licensed package delivery drones and other drones in the airspace, which present significant challenges.

These issues must be fully addressed before the deployment of delivery drones on a large scale. Therefore, safety and security issues associated with drones could present a challenge for the players operating in the global drone package delivery market during the forecast period.