---
title: "Evolution of Russian Reconnaissance Drones: Mesh Networks, Orlans, and the Interceptor Threat"
description: "Serhiy Prytula Foundation expert Kyrylo Liukov explained how Russian reconnaissance drones began using mesh networks and relay systems, increasing reconnaissance range and accuracy. Orlan-10 and Orlan-30 pose the greatest threat."
date: 2026-11-12T08:43:29.143Z
lang: en
url: https://xab.info/en/posts/evolution-russian-reconnaissance-drones
tags: [drones, russia, ukraine, reconnaissance-drones, mesh-networks, air-defense]
author: "Alexander Buran"
publisher: "XAB.info"
---

# Evolution of Russian Reconnaissance Drones: Mesh Networks, Orlans, and the Interceptor Threat

![Fallen grey reconnaissance unmanned aerial vehicle with a propeller lying on the ground in close-up](https://xab.info/media/2026/11/12/evolyutsiya-razvedyvatelnyh-dronov-rf/evolyutsiya-razvedyvatelnyh-dronov-rf-1.webp)

## Key Points

- Russian reconnaissance drones are increasingly using mesh networks and relay chains for stable communications and greater range.
- According to the expert's assessment, the greatest threat is posed by Orlan-10 and Orlan-30 with a range of over 150 km.
- Zala and Supercam with high-quality optics act as target designators for Lancet loitering munitions.
- An additional threat is created by enemy interceptor drones hunting Ukrainian unmanned aerial vehicles.
- Against this background, Ukrainian air defense, according to RBC-Ukraine, shoots down an average of about 60% of Geran-4s, while modified Gerberas are capable of flying up to 1,200 km.

In recent years, reconnaissance drones used by the Russian Armed Forces have undergone a noticeable technological evolution. According to Kyrylo Liukov, head of the unmanned technologies department at the Serhiy Prytula Foundation, in an exclusive column for RBC-Ukraine, the key direction has been the introduction of mesh networks and relay chains, which provide more stable communications and expand the operational range of the devices. The photo shows a downed unmanned aerial vehicle lying on the ground after crashing.

### Relay-Based Communication

The transition to distributed communication networks allows Russian operators to maintain control of the drone at great distances from the front line. Instead of direct radio communication with the operator, the signal is transmitted through a chain of relays, which reduces the likelihood of losing the channel and increases interference resistance. In practice, this means that a reconnaissance vehicle is able to operate deeper into enemy territory longer and more stably than was previously possible.

### Optics and Safe Distance

Optical sensors are being upgraded in parallel. As the expert notes, this allows reconnaissance to be conducted from safer distances for the operator. The greatest threat, according to him, is posed by the Orlan-10 and Orlan-30 with gasoline engines, whose operational radius exceeds 150 kilometers. It is the combination of range, autonomy, and high-quality optics that makes these platforms a priority target for countermeasure systems.

### Target Designators for Lancets

A separate group consists of devices operating in tandem with loitering munitions. Zala and Supercam drones, thanks to high-quality optics, act as target designators for Lancets, tracking the target and transmitting coordinates. Tactical scouts, in particular the 'Knyaz Veshchiy Oleg', are also used on a massive scale. The general trend, Liukov emphasizes, is obvious: hostile drones are becoming more complex targets and allowing the enemy to operate at greater depths.

### A New Threat: Interceptors

The Defense Forces also have to take into account another factor — interceptor drones that hunt Ukrainian unmanned aerial vehicles, including reconnaissance ones. According to the expert, the more expensive the system, the more tangible its loss is for the unit. This changes the economics of drone use and forces a revision of flight tactics.

### Broader Context

These changes are taking place against the background of other trends. Earlier, RBC-Ukraine reported that Russian jet-powered drones are able to cover significant distances and reach the western regions of Ukraine, and their range depends on technical characteristics, fuel reserves, and onboard equipment. Ukrainian air defense, according to the publication, is increasing the percentage of downed jet attack drones — the average destruction rate of Geran-4s is approaching 60%. In addition, Russia has significantly modified the Gerbera devices, which now, according to available data, are capable of covering up to 1,200 kilometers and carrying an increased payload.

## Fact-Check & Sources

- [Какие дроны-разведчики РФ представляют наибольшую угрозу: объяснение эксперта](https://www.rbc.ua/ukr/news/ki-droni-rozvidniki-rf-stanovlyat-naybilshu-1794472683.html) - Primary source — expert column by Kyrylo Liukov for RBC-Ukraine. Mentions of mesh networks, relaying, Orlan-10/30 models, Zala, Supercam, Knyaz Veshchiy Oleg, interceptors, as well as contextual data on Geran-4 (≈60%) and Gerbera (up to 1200 km) correspond to the source text. Specific figures are statements by the expert/publication.

## FAQ

### What, according to the expert, has become the main point in the evolution of Russian reconnaissance drones?

The introduction of mesh networks and relay chains, which provide more stable communications and increase the operational range of the devices, as well as the improvement of optical sensors.

### Which models does the expert call the most dangerous?

Orlan-10 and Orlan-30 with gasoline engines and an operational radius of over 150 kilometers.

### What role do Zala and Supercam play?

Thanks to high-quality optics, they act as target designators for Lancet-type loitering munitions.

### What are interceptor drones in the context of the article?

These are enemy unmanned aerial vehicles that hunt Ukrainian drones, including reconnaissance ones; the loss of an expensive complex is felt particularly acutely by the unit.