June 14, 2024

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Russian Shahed-136 Type Drones Attack Reveals Surprising Technology – Ukrainian Technicians Uncover 4G Modem and SIM Card

2 min read

Surprising Technology Found in Russian Shahed-136 Type Drones

Ukrainian technicians recently made a startling discovery after the largest single attack against Ukraine by Russian Shahed-136 type drones. The technicians found a 4G modem with a SIM card from the Ukrainian Kyivstar telecom firm inside some of the downed drones. These findings could have significant implications, and the implications are diverse and complex.

Cellular Connectivity in Drones

The discovery of a 4G modem and a SIM card in the downed Russian drones has raised several questions about the intended purpose of this technology. Victory Drone technicians suggested that the cellular communication could be utilized by Russia to track the remains of downed drones or to gain additional navigation and telemetry to adjust the flight mission in real-time.

The use of cellular networks to enhance drone capabilities is not a new concept, and it has been discussed for years. Drones can leverage cellular data to provide constant man-in-the-loop control, especially in urban environments where line-of-sight datalinks are limited in range.

Potential Applications and Drawbacks

Cellular connectivity in drones presents both opportunities and risks. Drones can take advantage of cellular connectivity to send burst updates about their position and status during long-range flights. This intermittent connectivity allows for near real-time intelligence on routes and mission success. However, the drawback is that the electromagnetic radiation emitted by these drones with cellular communication can be detected by passive electronic surveillance, giving away the drone’s presence and position.

Possible Strategic Use

The cellular connectivity could potentially be used for rapid bomb-damage/mission success assessments, route adjustments, and basic electronic surveillance. However, the effectiveness of these applications may be limited by the telltale signature emitted by the drones, making them vulnerable to detection and interception.

Key Points:

– Ukrainian technicians found a 4G modem with a SIM card from a Ukrainian telecom company inside some downed Russian Shahed-136 type drones.
– The cellular communication technology in the drones raises questions about its potential use for tracking, navigation, and real-time flight mission adjustments.
– Cellular connectivity in drones presents opportunities for enhancing capabilities, but it also poses risks due to the detectable electromagnetic signature emitted during communication.

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