---
title: "Invisible to jammers: Russia deploys a jet drone on a non-standard frequency at the front"
description: "Ukrainian military forces have detected the appearance of a new Russian jet drone that is \"invisible\" to ordinary jammers. The secret lies in the non-standard 3.3 GHz frequency, which ensures high speed and signal penetration through obstacles. 🚁📡"
date: 2026-06-16T21:02:00.000Z
lang: en
url: https://xab.info/en/posts/invisible-to-jammers-russia-deploys-jet-drone-non-standard-frequency
tags: []
publisher: "XAB.info"
---

# Invisible to jammers: Russia deploys a jet drone on a non-standard frequency at the front

![Russian soldier launches a jet drone on a non-standard frequency, resistant to jammers](https://xab.info/media/2026/06/16/novyj-reaktivnyj-dron-rossii-na-chastote-33-ggc/novyj-reaktivnyj-dron-rossii-na-chastote-33-ggc-1.webp)

Along the line of contact, Ukrainian units have detected the appearance of a new type of enemy weapon. It is an inexpensive jet unmanned aerial vehicle that, despite its primitive design, demonstrates high speed and, critically, has the ability to bypass modern electronic warfare (EW) systems.

This information was confirmed by Ukrainian Defense Ministry advisor and renowned drone expert Serhiy Beskrestnov, known in professional circles by the callsign "Flash." According to him, the concept of the new Russian UAV is based on a combination of accessible components and non-standard technical solutions, making it extremely dangerous for the defense.

### Technological breakthrough or trick?

The main feature of the new device lies in the choice of video signal transmission frequency. Most commercial and serial military FPV drones operate on standard "civilian" frequencies: analog video is transmitted at 5.8 GHz, while control is handled at 2.4 GHz or 915 MHz. Since these ranges are well studied, stationary and trench-based EW systems are tuned specifically to suppress them.

However, the new jet drone uses an analog frequency of 3.3 GHz. This creates a so-called "window of effectiveness": ordinary "jammers" simply do not see this signal or cannot block it, as their antennas and interference generators are designed for other waves. Until the Ukrainian side adapts its EW means to this range, the drone remains practically invulnerable to electronic suppression.

Furthermore, 3.3 GHz waves have better penetration properties compared to the standard 5.8 GHz. They pass significantly more effectively through tree foliage, bushes, light cover, and walls. This ensures stable communication even during low-altitude flight, which is critical for FPV kamikaze drones on the final section of their trajectory. With the same transmitter power, the signal at 3.3 GHz also has a greater range.

### Speed and lack of latency

Using an analog video signal instead of a digital one (as seen in drones like DJI) has its advantages in combat conditions. A digital signal provides high image quality but introduces latency in data transmission. An analog signal is transmitted almost instantly, allowing the pilot to control the drone at speeds exceeding 100 km/h without loss of reaction time.

According to data from Serhiy "Flash," the technical characteristics of the new UAV are impressive:

    - **Flight range:** up to 100 kilometers (currently, strikes have been recorded at a distance of 30–40 km from the front line).

    - **Cruising speed:** 260 km/h.

    - **Maximum speed:** up to 300 km/h.

    - **Warhead:** approximately 4–5 kg of explosives.

The expert notes that Russian occupiers are attempting to use this drone as a countermeasure against anti-aircraft drones and small helicopters. Currently, the Ministry of Defense of Ukraine is looking for the opportunity to capture a complete trophy specimen to disassemble its design in detail and understand its operating principles.