New Breakthroughs Empower the Hurricane-3000
China drives forward to develop viable high-powered microwave weapons for counter-UAV warfare
In July 2026 China's National University of Defense Technology claimed a high-powered microwave breakthrough delivering up to 100 gigawatts of output for counter-UAV weaponry. This briefing places that claim inside the wider record. Using Datenna's research, patent and procurement datasets, we trace how the HPM field moved from state-funded R&D to patent filings to production-scale procurement, what enabling components the NORINCO Hurricane series depends on, and where the technology still falls short.
What you'll see
- 01
What the Hurricane series actually is: NORINCO's vehicle-mounted Hurricane-3000, firing microwave pulses that damage electronics out to 3,000 metres, and the lighter modular Hurricane-2000 built for a light vehicle chassis.
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The enabling technology underneath: vacuum electronic devices operating in the L-Ku bands at megawatt-class peak power, with a TWT array named for the Hurricane-2000 and the reported 2 GW peak pulse of the Hurricane-3000 pointing to a relativistic magnetron.
- 03
Three decades of state-directed R&D: at least 567 HPM-related projects from 1987 to 2024, peaking between 2014 and 2018, with electronic warfare research up 84% between 2010 and 2019 and defence-related terms reaching 35% of annual projects by 2018.
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Where the patents sit: X-band and Ku-band designs at 53% of filings that name a frequency band, explicit HPM or pulsed-power references rising from 6% in 2015 to 17% in 2024, and a corpus led by the University of Electronic Science and Technology of China at 753 documents alongside CETC, CAEP and NUDT.
- 05
Procurement as the production signal: contracts up eight-fold from 21 in 2020 to 153 in 2024, VEDs falling from 81.6% of contracts in 2022 to 62% in 2023-2024, with the CETC 12th Research Institute the most active buyer.
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The unresolved constraint: 28% of recent patents (2018-2024) still reference breakdown, flashover or thermal stress at X- and Ku-band, and sustained buying of test and diagnostic systems suggests survivability, not source power, is the limiting factor.