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Russian Electronic Warfare: The Counter-Drone Race

RAGE Global · Defense Analysis · Updated 2026-08-28 · 12 min read

RAGE X ANALYSIS — Expert assessment authored and reviewed by Carlos Kfoury. This is analysis, not reportage. Factual claims carry source attribution; judgements carry confidence labels.

Russia entered 2022 with among the most extensive tactical electronic warfare capabilities of any military on earth. It was defeated in one mission set by a spool of glass fibre thinner than a human hair.

Executive Assessment

Electronic warfare is the least visible and most consequential technical contest of the Ukraine war. It has produced the clearest example available of the countermeasure treadmill: a dominant capability, a cheap counter, a counter to the counter, all inside about three years.

First, Russia's starting position was genuinely strong. Vehicle-mounted systems including Volnorez and Lesochek, designed specifically against small drones, create localised jamming bubbles within several hundred metres of protected positions. Broader area-denial systems including Zhitel (R-330Zh) and elements of the Krasukha family degrade GNSS and communications across wider zones. Murmansk-BN and Pole-21 operate at scale. By 2024, Ukrainian FPV operators reported significant degradation of effectiveness across many sectors. (Confidence: Confirmed as published assessment)

Second, fibre-optic guidance defeated it in one mission set completely. A hair-thin optical cable carries control and video as light pulses rather than radio. There is nothing to detect, jam or spoof. The concept is not new — fibre-optic guidance has been used in anti-tank missiles since the 1980s, including the Israeli Spike NLOS and Japan's Type 96. By early 2026, 35+ Ukrainian manufacturers produce fibre-optic drones, and Russian adoption reached 30–50% in some front-line units. (Confidence: Confirmed)

Third — and this is the corrective most coverage needs — fibre optics did not make EW irrelevant. They solved the radio link problem in short-range FPV strike. They did not solve navigation. A drone that cannot be jammed can still be a drone that does not know where it is. EW remains essential against the majority of drone threats that still use radio links, against missile and guided-weapon disruption, and for communications protection. (Confidence: Confirmed as published assessment)

Fourth, Russia shifted from jamming toward spoofing, and that shift matters technically. Jamming overwhelms a receiver with noise until it cannot fix a position. Spoofing transmits a stronger counterfeit signal the receiver accepts as genuine, feeding a false location it cannot independently verify. Systems built to detect GPS absence may not detect GPS deception. (Confidence: Confirmed)

Fifth, the spillover into NATO territory is documented and has produced political casualties. GPS spoofing has disrupted civil aviation and maritime navigation across the Baltic, closed Vilnius airport and cleared Lithuania's parliament in May 2026, and interfered with aircraft carrying senior European and British officials. Ukrainian Foreign Minister Sybiha stated around 7 May 2026 that Russian EW deliberately redirected Ukrainian strike drones via GPS spoofing into Latvian territory, penetrating approximately 40 km into NATO airspace and striking a fuel depot near Rēzekne — producing Latvia's defence minister's resignation by 11 May. (Confidence: Confirmed as reported; the Ukrainian attribution of deliberate redirection is a Ukrainian government statement)

The Two Mechanisms

The distinction is the most useful technical point in this article and it is routinely blurred.

Jamming Spoofing
Method Overwhelm the receiver with noise Transmit a stronger counterfeit signal
Effect on target Cannot fix a position; knows it has lost signal Accepts a false position as genuine; does not know
Detection by target Straightforward — signal absence Difficult — the signal looks valid
Countermeasure Switch to inertial or visual backup Requires independent verification the receiver lacks
Russian relative strength Far more effective at broadband noise jamming Systematic spoofing against adaptive systems is harder

Russia has increasingly shifted toward spoofing as Ukrainian operators learned to switch to inertial or visual backups when GPS dropped out entirely. That is a rational adaptation: if the enemy has trained to handle denial, deception is the remaining lever.

Assessment cited by StrikeOrbit finds Russian EW has proven far more effective at broadband noise jamming than at systematic spoofing against adaptive systems — meaning brute-force denial has not broken Ukraine's small-drone ecosystem even as more targeted deception has proven harder to counter elsewhere.

The Countermeasure Treadmill

The full sequence, because it is the clearest case study available of how fast this domain moves.

Stage Development
2022 Russia enters with extensive tactical EW; Ukrainian FPV ecosystem emerges
By mid-2023 Russian EW becomes the primary threat to Ukrainian FPVs — Murmansk-BN, Zhitel, Pole-21 and dozens of tactical jammers flood the control frequencies. Drones lose signal, crash, or fly erratically short of targets
By 2024 Ukrainian FPV effectiveness significantly degraded across many sectors
2024–25 Fibre-optic FPVs deployed — borrowed from 70-year-old anti-tank missile guidance. Immune to jamming
2025–26 Russia deploys fibre-optic drones on a large scale along the front; adoption reaches 30–50% in some units
Early 2026 35+ Ukrainian manufacturers producing fibre-optic drones
January 2026 Russia equips attack drones with Starlink-type satellite terminals, allowing control signals and video beyond the range of ground-based EW
Ongoing AI-assisted terminal guidance — Ukraine's TFL-1 concept: operator guides ingress, AI handles the final 500 metres where jamming is fiercest

RAGE INTEL judgement: the significant thing about that table is not any individual entry — it is the interval between them. Each major adaptation appeared within roughly a year of the capability it defeated. Ukraine's Brave1 ecosystem operates on approximately six-week cycles between a capability appearing and a countermeasure being fielded.

No Western procurement system operates at that tempo; most cannot approve a requirement in six weeks. The lesson driving Ukrainian doctrine is that the side that adapts fastest, not the side with the most expensive equipment, holds the advantage in a contest that resets in days rather than years. That is an institutional finding, not a technical one, and it is the one Western defence establishments have found hardest to act on. (Confidence: Analysis, high)

What EW Still Does

The "fibre optics made EW obsolete" claim is wrong, and stating why matters.

Against Shahed-type long-range drones. Baseline Shahed-136 variants navigate using GPS with inertial backup, making them vulnerable to GNSS spoofing and denial. Ukraine has used EW as the primary counter-mechanism against mass Shahed attacks, with electronic countermeasures defeating the majority of drones in large barrages by volume. That is the single most important operational fact in this article — the cheapest counter-drone layer is still electronic, and it is doing the heaviest lifting.

Against cruise missiles. Jamming primary GPS guidance forces missiles onto less effective optical or inertial backup, causing misses of 100–200 metres or more.

Against the majority of drone threats. Most drones still use radio links. Fibre optics are a solution for a specific mission set — short-range FPV strike — with severe range and weight constraints. They are not a blanket replacement.

Against communications and targeting. Communications protection and disruption remain core EW missions unrelated to drones entirely.

The honest framing: fibre-optic guidance is a hardwired, jam-proof system with severe range and weight limits. GPS spoofing is long-range navigation manipulation affecting any GPS-dependent platform. Treating them as a unified countermeasure failure would overstate the threat to RF-based EW, which remains relevant against the vast majority of drone threats in both theatres.

The NATO Problem

Russian EW effects do not stop at the Ukrainian border, and this is where the file becomes an alliance issue rather than a battlefield one.

Documented spillover:

  • GPS jamming and spoofing disrupting civil aviation and maritime navigation across the Baltic
  • Commercial flights affected; aircraft carrying senior European and British officials interfered with
  • A full security alert closing Vilnius airport and clearing Lithuania's parliament, May 2026
  • A Russian drone strike on a Romanian apartment building wounding civilians — likely the first NATO-soil casualties of the conflict
  • Ukrainian strike drones redirected into Latvian territory, ~40 km into NATO airspace, striking a fuel depot near Rēzekne — followed by the Latvian defence minister's resignation
  • Russian satellites jamming GPS across Europe on at least three occasions since 2019, each lasting under 10 seconds, with experts unsure of the aim

Why this is a hard problem. It demonstrates how electronic warfare in one conflict destabilises neutral and allied territory without any formal escalation of the war itself. There is no armed attack, no attributable strike, and in the spoofing case not even an obvious moment of interference — yet the effects include closed airports, disrupted aviation and, in the Latvian case, a strike on NATO soil delivered by drones the attacker did not own.

The Baltic states have been scrambling to counter electronic interference, but a widespread reliable defence has yet to be implemented. NATO doctrine is moving — the LCI-X initiative explicitly calls for connecting squad-level EW into the broader layered counter-UAS architecture — and the Atlantic Council's 2026 analysis emphasises that electronic intelligence must be integrated into targeting and battle management systems rather than treated as a separate discipline.

This sits in the same threshold gap as cable sabotage. No armed attack, no clean attribution moment, cumulative cost, and no defined point at which collective defence engages.

Key Judgements

# Judgement Confidence
1 Russia entered 2022 with among the most extensive tactical EW capabilities of any military Confirmed as published assessment
2 By 2024 Russian EW had significantly degraded Ukrainian FPV effectiveness across many sectors Confirmed
3 Fibre-optic guidance defeats jamming completely within its mission set Confirmed
4 35+ Ukrainian manufacturers produce fibre-optic drones; Russian adoption reached 30–50% in some units Confirmed
5 Fibre optics solved the radio link problem, not the navigation problem Confirmed
6 EW remains the primary counter-mechanism against mass Shahed attacks, defeating the majority by volume Confirmed
7 Russia shifted toward spoofing because operators adapted to denial Analysis — high
8 Systems built to detect GPS absence may not detect GPS deception Confirmed
9 Russian EW is more effective at broadband jamming than at systematic spoofing against adaptive systems Confirmed as published assessment
10 Starlink-type terminals on Russian attack drones extend control beyond ground-based EW range Confirmed as reported
11 GPS spoofing has produced documented effects on NATO territory including airport closure and a strike in Latvia Confirmed as reported
12 Six-week adaptation cycles structurally defeat multi-year procurement; this is the decisive institutional finding Analysis — high

Indicators to Watch

  1. Onboard terminal autonomy at scale, which would make electronic warfare structurally irrelevant against FPVs without requiring a cable.
  2. Fibre-optic range extension beyond current limits, removing the last constraint on the unjammable option.
  3. Satellite-controlled strike drone proliferation following the Starlink-terminal development.
  4. Any reliable Baltic counter-spoofing capability entering service.
  5. Further NATO-territory incidents, and whether any produces an Article 4 invocation.
  6. LCI-X and squad-level EW integration progress in NATO forces.
  7. Whether any Western army demonstrates a sub-three-month capability cycle. Nobody has yet.
  8. Russian EW system losses and replacement rates, an under-reported measure of whether the capability is sustainable.

Sourcing and Methodology

Tier 1 to Tier 3: RUSI analysis, CEPA, the Atlantic Council, specialist drone-warfare research publications, and established defence trade press.

System names and general capability descriptions are drawn from published open-source assessment. This assessment contains no frequencies, no technical parameters, no system performance data, no countermeasure technique, and no operational employment guidance. It describes the strategic shape of an electronic warfare contest at the level already published by named institutions.

Ukrainian government statements about Russian conduct — including the attribution of deliberate drone redirection into Latvia — are reported as Ukrainian government statements. Russian capability assessments by Ukrainian and Western sources are interested assessments of an adversary.

Principal references

Corrections policy — errors are corrected promptly with a notice appended. No silent edits, ever. Corrections to: intel@ragex.co

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