Tethered Drones Market Trends

Growing demand for drones in telecommunications is driving the market growth.

The market CAGR for tethered drones is being driven by the rising demand for drones in telecommunications. Drones are used to check towers because they can capture photographs, videos, and data about the tower and immediately transfer them to the carrier network, reducing inspection time and physical labor. Carriers also employ drones for radio planning and line-of-sight testing to find the best sites and heights for antenna installation. Tethered drones aid in the creation of ad hoc networks, the improvement of cellular coverage, and the provision of connection in remote regions.

Furthermore, tethered drones may transport antennas and other transmitting equipment while also serving as interim transmission towers if natural disasters inflict irreversible damage to transmission towers.AT and T deployed tethered drones to re-establish communications over Mexico Beach and the surrounding region in October 2018, allowing first responders such as police, first responders, and firemen to re-establish communications and aid in coordinating rescue efforts. The Flying COW drone can serve 6,500 clients at once, allowing AT&T customers to receive information on their disaster recovery and communicate with their relatives following Hurricane Michael's destruction.

As a result, demand for tethering drones will likely rise over the forecast period, propelling the market forward. 

Drones provide high-resolution observation, long-range precise strikes, and dogfights. This has driven technology suppliers to create EO/IR payloads that are tiny enough to offer effective heat dissipation while yet meeting industry standards. Increased computing power is predicted to increase the capabilities of integrated infrared cameras, making such systems more appealing to the aerospace and defense industries. The miniaturization of commercial off-the-shelf (COTS) technology enables the production of low ISR solutions for the market's smallest UAVs. As a result, both defense and commercial operators have purchased tiny and micro UAVs.

The enormous tactical advantages of a tiny UAV on the battlefield have resulted in major investments in research and development and purchasing such technology.

Designers of infrared sensors for aerospace and defense applications are concentrating on developing EO and IR sensors. They are enhancing IR sensor resolution to match visible-light sensor resolution, multispectral sensing and imaging, combining IR sensors with laser range finders, and shrinking IR sensor packages for unmanned vehicles and other tiny applications. With the advent of modern integrated computer systems, it is now possible to incorporate more advanced payload systems on tethered drone platforms, making them ideal for a wide range of mission profiles in various terrain/environments.

This is expected to accelerate the deployment of tethered drones in various industries, resulting in increased demand for tethered drones and associated systems. Thus, driving the Tethered Drones market revenue.

The Global Tethered Drones Industry experiences a notable increase in demand for surveillance and security applications. Tethered drones provide a stable platform for monitoring critical infrastructure, public events, and border security. Their ability to maintain a fixed position while providing real-time video feeds is particularly advantageous for law enforcement and military operations. As urbanization increases, cities are investing in advanced surveillance technologies, which is likely to drive market growth. The market is projected to reach 0.15 USD Billion in 2024, reflecting the rising need for enhanced security measures globally.

Leading market companies are extensively spending R&D on increasing their product lines, which will help the Tethered Drones market grow even more. Important market developments include new product releases, contractual agreements, acquisitions and mergers, greater investments, and collaboration with other organizations. The Tethered Drones industry must produce cost-effective merchandise to flourish and thrive in a more competitive and increasing market climate.

Manufacturing locally to reduce operating costs is an effective business strategy manufacturers use in the worldwide Tethered Drones industry to serve clients and expand the market sector. The Tethered Drones industry has provided some of the most important benefits recently. Major players in the Tethered Drones market, including Volarious, Novadem, and others, are attempting to increase market demand by investing in research and development operations.

Volarious creates drone recharge stations. V-Box and V-Line are two of its product lines. V-Box has charging connections for the DJI battery station, which has 8 extension TB55 batteries that may be charged and drained simultaneously. V-Line is a tether kit that adds more than 2 hours of flying time to the DJI Mavic 2 series using clever tension cable management techniques, allowing for safe one-man operation of the drone. It also provides V-Pack, a back-pack for the DJI M200 that allows the drone to cross difficult terrain.

In September 2022, At the Commercial UAV Expo in Las Vegas, Volarious increased the usage of the M30 by releasing the V-Line Pro premium tethered kit.

Novadem began from the ground up, designing their drone solutions with our clients with a single goal to give them a strong, easy, and intuitive tool.

Recreational drones create artistic images or video footage, but Novadem's clients must go further. For organizations specializing in structure inspection, the image is only relevant if it adds value throughout the expertise phase by allowing them to track the growth of structure problems over time. The image is only useful to the firefighter if transmitted in real-time with the command post, allowing a better knowledge of the situation and its progression and optimizing ground crew cooperation.

For the soldier, the image must be paired with maps that meet defense requirements and include a digital terrain model displaying the GPS coordinates required for dispatching troops to the area of interest. In february 2019, The French Defence procurement agency (DGA) placed a fresh order for around fifty more NX70 micro-drones for delivery at the end of 2020. This is the third order in two years, illustrating the confidence between the French Ministry of Army and NOVADEM.