The connected commercial drone market is set to reach $37.3bn worldwide by 2029, according to Berg Insight.

Covering connected commercial drones for industrial and governmental purposes, the report predicts the global market will increase from $18.6bn in 2024 at a CAGR of 15 per cent till 2029.

The market value includes drone systems and associated software for applications within agriculture, military and defence, public safety and first response, surveying and inspection, as well as other areas such as delivery and logistics. The forecast excludes drones for recreational purposes, drones offered as services as well as weaponised military-grade drones.

The most prominent application area for connected drones is the military and defence sector, accounting for about 60 per cent of the total market value in 2024.

Commercial drones have high payload capacities, long flight times and robust navigation systems. These drones also incorporate ground control stations and communications systems to support their operation, enabling them to be used in several industries. The top players active in the commercial drone space range from specialised technology suppliers of varying sizes to leading drone manufacturers.

Many of the key players serve several application areas, while other providers may focus on one single use case. The market is led by China-based DJI, which has an estimated 70 per cent market share of the global drone market as of 2024. Other leading drone manufacturers include Autel Robotics and JOUAV based in China, France-based Delair and Parrot, and Skydio, AeroVironment and AgEagle from the USA.

The commercial drone market is set for a consolidation journey in the upcoming years as many application areas are fragmented. Providers are also largely impacted by developing regulations, which can affect the adoption of commercial drones worldwide.

Besides all drones featuring RF communications as default for flight control and data transmission, it is common that commercial drones also feature cellular or satellite connectivity when long-distance missions are to be conducted.

“Reliable communications systems are especially important for BVLOS [beyond visual line of sight] operations,” said Veronika Barta, IoT analyst at Berg Insight.

Losing connectivity during flight can lead to safety and operational issues such as the drone abandoning the mission.

“As regulations for BVLOS flights progress, wireless technologies need to ensure that the drone can always communicate with ground control stations even at long distances,” said Barta.

Cellular 4G and 5G provide support for two-way data transfer between the control station and supporting platforms such as unmanned traffic management systems. Another option is to combine cellular and satellite technologies, ensuring drones can maintain real-time connectivity with their control stations over long distances and in challenging environments.

“The flexibility to switch between cellular and satellite networks can optimise performance across diverse environments, making drone missions more resilient,” said Barta.

The report brochure can be downloaded at media.berginsight.com/2025/04/02171051/bi-drones1-ps.pdf.