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Turkish Startup Develops Spray-On Radar-Absorbing Coating for Drones

A Turkish defense research firm says it has created a spray-on coating that reduces drone radar signatures by up to 43.2 dB. The material uses volcanic basalt and pumice and has been tested at Pamukkale University.

ZeroHedge
1 source·May 29, 6:45 AM(10 hrs ago)·1m read
Turkish Startup Develops Spray-On Radar-Absorbing Coating for Dronesforbes.com
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A Turkish defense startup says it has developed a spray-on radar-absorbing coating that can reduce the radar signature of one-way attack drones. 0, reportedly consists of volcanic basalt and pumice. The Defense Blog reported that researcher Yunus İnce and colleagues at the firm developed the material. 2 dB, according to the outlet.

2 dB peak. He stated the team is ready for field use. The reported reduction exceeds the 20 to 30 dB range typical of many current radar-absorbent coatings. The coating adds negligible weight and requires no structural changes to the airframe.

The Defense Blog noted that the war in Ukraine showed small drones can destroy armored vehicles and disrupt supply lines at low cost. Defenders responded with expanded electronic warfare systems and radar detection networks. A coating that lowers radar return signals could complicate detection at multiple stages.

The material would be accessible to operators using commercially available hardware rather than purpose-built stealth platforms.

Key Facts

Kürşat 3.0 coating
spray-on radar-absorbent material using volcanic basalt and pumice
43.2 dB peak attenuation
measured at Pamukkale University Electrical Engineering Lab
No structural modification
coating adds negligible weight to existing drone airframes

Story Timeline

3 events
  1. May 24, 2026

    The Defense Blog reported on the spray-on coating and posted test claims on X.

    1 sourceZeroHedge
  2. May 25, 2026

    Yunus İnce posted Pamukkale University lab results showing 43.2 dB peak attenuation.

    1 sourceZeroHedge
  3. May 29, 2026

    ZeroHedge published the article summarizing the coating development.

    1 sourceZeroHedge

Potential Impact

  1. 01

    Operators could apply the coating to commercially available drones without new airframe designs.

  2. 02

    Defensive radar and electronic warfare systems may require adjustments if the coating performs as stated.

Transparency Panel

Sources cross-referenced1
Confidence score65%
Synthesized bySubstrate AI
Word count165 words
PublishedMay 29, 2026, 6:45 AM
Bias signals removed2 across 1 outlet
Signal Breakdown
Loaded 1Speculative 1

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