Daily digest, 13 July 2026

Review date: July 12, 2026 (based on the day's material)

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Priority 1. UAVs, C-UAS, military AI and breakthrough technologies

⭐ Main signal: long-range FPV + AI terminal guidance nullifies two "crutches" of rear-area defense

The key topic of the day is a breakdown of a Ukrainian combination based on the VYRIY FPV platform that hit a target at a claimed 110 km (source). The author honestly notes that the figure is a record and has not been independently confirmed, but the assembled components are real:

• [TECH] the post contains a full engineering breakdown: the battery has been reconfigured from 12S6P to 12S8P, 40 Ah (~1.8 kWh); at such a distance FPV piloting is physically impossible — this is an autonomous platform (waypoint route, inertial unit + satellite);

• the main thing is the TFL-1 optical terminal guidance module from The Fourth Law with machine vision: in the terminal segment, where the densest EW (electronic warfare) is, it locks onto the target by image and completes the strike without an operator.

• The analyst's conclusion: the combination breaks both habitual consolations at once — "far away = safe" and "there's a jammer over the site = we'll knock out the guidance." This is a trend, not a one-off record.

Significance: this is the transition of the FPV form factor into the class of an autonomous long-range weapon with AI terminal guidance — a direct answer to EW that severs the control link. Material underrated in resonance (↗8).

Military AI and machine vision in real-world use

• "Lancet"/ZALA reconnaissance-strike complex (source) — in the Dobropillia direction, a crew destroyed ~20 pieces of AFU equipment ("Bohdana" SPG, T-62). The onboard IRRA system, using machine vision algorithms, detects, identifies and tracks targets by video/thermal imager in real time, including mobile and camouflaged objects. Target designation from the Z-16 reconnaissance UAV.

• "Geran-4" in the "Seeker" version (source) — the target identification system marks vessels as S-1, S-2 (S=Ship). It was previously demonstrated on land targets (vehicle/person). Used against ships in the port of Chornomorsk. This is a development of onboard AI target classification on the Russian side.

HPM (microwave weapons) and the fight against Starlink — escalation of "weapons against communications"

A strong technical block of the day:

• [TECH] Chinese Hurricane 3000 (Norinco) (source) — a mobile microwave system (HPM — High-Power Microwave) against swarms of FPV/kamikaze drones at >3 km. Scheme: radar → electro-optical station → emitting AESA in X/Ku. Integration into the layered Golden Shield system with lasers and FK-3000 SAM systems. A separate anti-satellite modification — ground installations of up to 100 GW, 10–40 GHz band (Ku/Ka) for suppressing Starlink; at 1 GW — malfunctions, at 100 GW — irreversible damage to receivers. The Russian analog is "Volna Kpol Garant" in the Azov region, but its active mode is direction-found by US ELINT satellites with subsequent target designation to the AFU.

• China: a microwave emitter of up to 100 GW against satellites (source) — the National University of Defense Technology announced pulse devices potentially capable of disabling Starlink; it was shown at the parade in Beijing on 03.09.2025.

• The "break Starlink" topic is actively circulating (source): the thesis "Starlink is Koschei's needle, deprive the enemy of global communications → the war will end in 2–3 weeks." At the same time, Der Spiegel reports on Russia–China discussions of an "anti-Starlink alliance" (source): suppression, slowing down, destruction of satellites; as well as a joint new-generation air and missile defense against hypersonic weapons at altitudes of up to 40 km and IRBMs of up to 4000 km.

Signal: communications on the line of contact are becoming the main object of attack on both sides — from HPM to kinetic strikes on orbit.

C-UAS: interceptors, net drones, the "last line"

• Serbia: the Vihor/Kobac system (source) — two Zastava NTV off-road vehicles: Kobac-1PR (4× RPS-42 radars + EW) + a carrier for 9 Vihor interceptor drones (280 km/h, warhead/payload 1 kg, range >5 km). A ready-made example of a mobile C-UAS system.

• [TECH] Russian "Mnogotochiye" cartridge (source) — a three-element bullet for standard 5.45/7.62 mm, covers a drone with a fan spread. Tests (Rostec): 7.62 penetrates metal; effective range 50–150 m. Niche — the "last line" against FPV drones in urban areas, where air defense/EW are ineffective. Series production has been launched, the first batch is with the troops. High resonance (↗32).

• Israel: ParaZero DefendAir (source) — net interception (entangles the propellers), three configurations: interceptor drone (up to 2 km), turret, handheld launcher (2–100 m). The logic is a cheap answer to mass drones.

• [TECH] Belarusian "Veresk" (LEMT) (source) — based on the "Manul" armored car: radar ~15 km + EOS, a remote launcher for 2 "Shmel" anti-aircraft drones (up to 10 km, 200–230 km/h, warhead 0.8 kg). The post contains a detailed analytical breakdown on the need for compact automated launchers for anti-aircraft drones based on EOS and machine vision (analogs "Tsitadel," "Anklav," "Zubr," "Lis-2," "Zveroboy," "Prizrak").

Middle East: use of US naval drones and an IRGC UAV swarm

• The US used naval drones for the first time in strikes on Iran (source) — air defenses, radars, boats were hit; >300 targets over three nights (140 in one), carrier-based/land-based aviation + ships + UAVs.

• [TECH details] Iran: massive strikes by kamikaze UAVs and ballistic missiles on US bases in Jordan (an MQ-4C Triton hangar destroyed), Qatar (Al Udeid), Bahrain (5th Fleet), Kuwait (HIMARS/ATACMS launchers, a drilling platform) (source, source). The geography of "paralyzing the command system" has been worked out.

• US warheads recovered in Iran (source) — [TECH] an unexploded WDU-42/B penetrator from a JASSM-ER (~450 kg, penetration 3–4 m of reinforced concrete); a detailed breakdown of the design and guidance (INS+GPS+IR/DSMAC, RCS 0.01–0.03 m²).

China: robots in PLA logistics

• (source) Wheeled robot dogs, tracked platforms and VTOL drones deliver cargo (including fuel in jerrycans) to army units in the combat mission area. Ground robotic logistics is a working practice.

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Priority 2. Military innovation (Ukraine, Europe, NATO)

The European defense industry is deep inside Ukraine's loop

• Germany is funding 50,000 FPV drones (source, source) — a ~€90 million contract, Shrike drones (Skyfall) with software from the American company Auterion, some already delivered. One of the largest known purchases.

• Helsing: a secret UAV plant near Munich (source, source) — production that can be packed up in a day; Rybar links it to engine shops for jet UAVs in Görisried (Bavaria). Trend: moving assembly from Ukraine to the EU, delivery of finished products.

Russian new strike weapons

• [TECH] "Banderol" cruise missile with the "Orion" UAV (source) — range 500 km, speed 520–600 km/h, flight at 20–50 m with terrain following, RCS 0.05–0.03 m², warhead ~150 kg. Guidance: INS + "Kometa-M8" GNSS + radio altimeter + prospectively an IR seeker with AI. Carriers — "Inokhodets-RU," Mi-28NM, tactical aviation.

• [TECH] "Kurier" UGV with a roller mine trawl (source) — demining: a 1360 mm lane per pass, 700 kg trawl, specific pressure 1 kg/cm². Development of engineering ground robots.

• BMP-3 model 2026 (source) — additional armor plates on the hatches/upper front plate/rear, a full-fledged driver's video camera. Illustrates the modernization ceiling within the current layout.

[TECH/PDF] The economics of aerial reconnaissance — "Buntar-3"

Adversary material translated by KTsPN (source):

• Cost of an hour of aerial reconnaissance: $3,000–20,000; the accident rate of parachute landing ~6.6% (2 crashes/30 flights);

• VTOL "Buntar-3": crew of 2–3 people + 1 van (vs 6 people + 2 vans for catapult-launched systems) → savings of ~2,400 man-hours/year; prevention of the loss of 30% of airframes to EW is claimed; Buntar Copilot software;

• Donetsk is called "one of the densest EW zones in the world"; the main metric is "useful time in the air";

• episode: adjusting a strike on a "Shahed" depot near Donetsk airport (414th Separate Unmanned Systems Brigade "Magyar's Birds," March 7).

• Russian-language channels (source) transfer the logic to the "arithmetic of war": include the cost of a soldier's life (~40 million ₽) in the calculation of technical requirements and site protection.

NATO: building up missile arsenals

• JASSM/LRASM ×3 (source) — the US Air Force is bringing the AGM-158 procurement plan to >11 thousand units, including JASSM-XR/LRASM-ER (extended range, EW resistance). Preparation for a high-intensity conflict.

• [TECH] A regional PAC-3 repair center in Europe (source) — US/Germany/Netherlands/Poland/Sweden; a restoration cycle of 30–45 days instead of 4–6 months.

• [TECH] Tomahawk Block V + Typhon in Germany, licenses for ATACMS/Taurus (source) — the EU's transition to a distributed infrastructure of precision weapons.

• Reality versus statements: Patriot interceptors for Ukraine under the contract with Germany — not before 2028 (source); CNN — US stocks are depleted (source).

Dual-use technologies / background

• Qudits, a FIAN/Russian Quantum Center record (source) — the world's largest quantum algorithm on 10 qudits (prospects for cryptography).

• DJI AP100 — a parachute for the Matrice 400 (source); the author correctly notes: not applicable for the SMO (weight matters more), an example of the divergence between civilian and front-line requirements.

• Dual-use components (source) — NYT on Japanese components in Russian missiles/drones via intermediaries; a reminder of AlabugaLeaks and the "Orlan-10" (2018).

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Priority 3. The conflict around Ukraine: trends and precursors (brief)

• The war is shifting into a long-range infrastructure phase. Mutual strikes on refineries/logistics: since August 2025, up to 42.7% of Russia's refinery capacity has been knocked out, fuel −25% y/y, damage >$13.5 billion (source); in Russia — fuel shortage, rationing, surrogate fuel (source). Ukraine announces the FP-9 ballistic missile (850 km, warhead 800 kg) with tests against targets in Russia (source).

• Azov/Black Sea — a new zone of naval drone warfare. The AFU are attacking tankers/vessels (76 vessels in 6 days claimed — assessed as overstated, source); operators strike at ships' wheelhouses (source). Russia strikes the ports of Odesa/Chornomorsk, but irregularly (source).

• Possible disabling of Ukraine's central air defense command post (source) — indirectly: reduced accuracy of warnings, isolated operation of crews. Requires confirmation.

• Escalation trend toward a "100 km war." Ukrainian adviser Beskrestnov warns of Russian strikes to a depth of 100 km across all infrastructure (source).

• Political signal: a personnel purge in the Ukrainian government (Svyrydenko's resignation, source); Senator Graham's death is a blow to Kyiv's lobbying, but the sanctions bill (500% tariffs) is already in the works (source).

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WHAT TO WATCH

1. FPV platform + TFL-1 AI terminal guidance at 100+ km — a fundamental shift: a cheap form factor bypasses both the radio horizon and terminal EW. Preparations are needed for autonomous terminal AI, not for jamming the link.
2. HPM and anti-Starlink are leaving the laboratories: the Chinese Hurricane 3000 and the claim of 100 GW anti-satellite emitters + the Russia–China "anti-Starlink alliance" under discussion. Satellite communications on the line of contact are the main target of the coming cycle.
3. The European defense industry is effectively a de facto belligerent: Helsing's secret plant near Munich + €90 million for 50,000 Shrikes + distributed production/repair of Patriot/Tomahawk/ATACMS in the EU.
4. Naval drone warfare in the Azov–Black Sea region is moving into a systemic phase with AI classification of ship targets ("Seeker," S-1/S-2) — a new domain of use.
5. Economics hits both sides: −42.7% of Russia's refinery capacity and a fuel shortage vs depletion of Western Patriot stocks and deliveries shifted to 2028.

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WHAT'S NEW IN UAVS AND C-UAS (in brief)

New/first appearance:

• TFL-1 AI terminal guidance on the long-range VYRIY FPV platform (~110 km) — UA

• US naval drones in strikes on Iran for the first time

• Chinese HPM Hurricane 3000 + anti-satellite microwave emitters of up to 100 GW

• "Mnogotochiye" — a three-element cartridge against FPV drones, in series with the troops — RU

Development of the known:

• "Geran-4"/"Seeker" — AI identification of vessels (S-1/S-2) — RU

• "Lancet"/IRRA — machine vision against mobile targets — RU

• "Banderol" cruise missile with "Orion" (500 km, prospectively IR seeker + AI) — RU

• Serbian Vihor/Kobac, Belarusian "Veresk," Israeli ParaZero DefendAir — C-UAS carriers

• "Kurier" UGV with a roller mine trawl — RU

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🔍 UNDER THE RADAR (important but low resonance)

• [TECH] Breakdown of the long-range FPV+TFL-1 combination (source, ↗22/8) — the best engineering-analytical material of the day on overcoming EW through a terminal AI; the crowd underrated it.

• [TECH] Chinese HPM/anti-Starlink (source, ↗20) — detailed parameters of microwave weapons and anti-satellite installations.

• [TECH] A recovered WDU-42/B warhead from a JASSM-ER in Iran (source, ↗9) — a rare breakdown of a penetrating warhead and the guidance system of a Western cruise missile.

• [TECH] WALKSNAIL trophy teardown (source, ↗8) — a practical note on analyzing captured digital FPV drones: don't trust the VTX table in Betaflight; the Ascent GT PRO VTX band of 4.9–6.4 GHz has been confirmed. Useful for EW crews.

• The "Arkhangel" project on decentralizing interceptors (source, ↗1) — a practical call for a regional network of small interceptor drone production facilities + a staff of instructors; an early organizational signal against monopoly.

• Analysis of the "war of Ukraine+Europe against Russia" (source, ↗5) — a systematization by domain (people/money/defense industry/space) with a forecast of EU production superiority "from summer–autumn."

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