PEOPLE'S REPUBLIC OF CHINA (PRC) -- DRONES & UNMANNED AERIAL SYSTEMS

Last Updated: 2026-03-29 | Next Review Due: 2026-04-29

Classification: OPEN SOURCE / UNCLASSIFIED Compiled: 2026-03-28 Purpose: EOD identification, threat awareness, and UAS-delivered ordnance reference Maintainer: OSINT Research Cell

DISCLAIMER: This document is compiled exclusively from open-source, publicly available information. It is intended as a reference aid for EOD professionals to identify Chinese-origin UAS platforms and the munitions they carry. No classified or export-controlled information is included. Always defer to official technical publications for render-safe procedures. This document does NOT replace official EOD publications.

CROSS-REFERENCE: Loitering munitions CH-901, WS-43, and GJ-11 Sharp Sword are also documented in ordnance_inventory.md Section 10. Drone-delivered bombs (FT-series, LS-6) are in Section 6. This document provides expanded platform-level detail and the full UAS ecosystem.

---

TABLE OF CONTENTS

1. Reconnaissance / ISR UAVs
2. Armed / Strike UCAVs (MALE Class)
3. Stealth and Advanced UCAVs
4. Loitering Munitions
5. Swarm-Capable Systems and Expendable UAVs
6. Maritime UAS
7. Small Tactical UAS
8. Drone-Delivered Munitions Reference
9. Export Customer Map
10. Combat Employment Record
11. Key Manufacturers
12. Appendix A: EOD Hazard Summary for UAS
13. Appendix B: UAS Visual Identification Guide

---

1. RECONNAISSANCE / ISR UAVs

1.1 BZK-005 -- Long-Endurance ISR UAV

Operational Notes:

• Operated by PLAAF and PLA Navy (PLAN) aviation. Frequently observed in imagery from PLA airbases.
• Regularly patrols East China Sea and South China Sea. Tracked by JASDF intercepts since ~2013.
• Twin-boom pusher configuration, visually distinctive.
• Used for maritime surveillance, border patrol, and SIGINT collection.

EOD Relevance:

• Unarmed ISR platform. Primary hazard at crash site is fuel (AvGas or diesel), battery systems, and composite airframe dust.
• SIGINT payloads may contain sensitive electronic components -- intelligence value.
• Large airframe; debris field could be extensive.

Confidence: 1

---

1.2 BZK-007 -- Tactical ISR UAV

Operational Notes:

• Smaller companion system to BZK-005. Less commonly photographed or discussed in open sources.
• Likely used at brigade/division level for tactical ISR.

EOD Relevance:

• Unarmed. Fuel and battery hazards. Smaller debris footprint than BZK-005.

Confidence: 3

---

1.3 BZK-008 -- Advanced ISR UAV

Operational Notes:

• Limited open-source information available. Believed to be an evolution of BZK-005 with improved sensors and endurance.
• Some sources suggest this designation may cover an upgraded BZK-005 variant rather than a wholly new platform.

EOD Relevance:

• Similar to BZK-005. Unarmed ISR platform.

Confidence: 4

---

1.4 WZ-7 Soaring Dragon (Xiang Long) -- High-Altitude ISR UAV

Key Feature -- Joined-Wing Configuration:

• Distinctive diamond/joined-wing planform. The rear wing connects to the tips of the forward wing, forming a box-wing structure.
• This configuration provides structural rigidity, high aspect ratio, and efficient high-altitude flight.
• Visually unmistakable -- no other operational UAV uses this planform.

Operational Notes:

• PLA's equivalent of the US RQ-4 Global Hawk in concept.
• Observed deployed to Yishuntun and Lingshui airfields. Confirmed in service with PLAAF.
• Designed for strategic ISR missions including maritime domain awareness over Western Pacific, South China Sea, and Indian Ocean.
• Satellite imagery has confirmed presence at bases near Taiwan and in Xinjiang.

EOD Relevance:

• Large jet-powered platform (7,500 kg). Crash site will involve significant jet fuel, large composite structures, and extensive debris field.
• High-altitude crash: debris may scatter over wide area.
• Composite airframe materials (carbon fiber, aramid) produce toxic particulates when burned.
• Jet fuel (kerosene-type) fire/explosion risk.
• High-value intelligence platform -- sensor payloads are priority exploitation items.
• NO weapons, but sensors may contain radioactive elements (certain IR detectors use HgCdTe or InSb cooled detectors).

Confidence: 1

---

1.5 WZ-8 -- Hypersonic / High-Speed Reconnaissance UAV

Operational Notes:

• Displayed at 2019 parade on a transporter that indicates it is carried under the belly of the H-6N bomber.
• Designed for rapid, deep-penetration reconnaissance of heavily defended areas (carrier battle groups, Pacific island bases).
• Concept of operations likely similar to Cold War-era Lockheed D-21 drone.
• Liquid rocket propulsion makes this a high-speed dash vehicle, not a loitering platform.
• Some analysts assess it may serve a secondary strike role, but no weapons integration is confirmed.

EOD Relevance -- CRITICAL:

• LIQUID ROCKET PROPELLANT: Likely uses hypergolic or volatile liquid propellants (UDMH/NTO or similar). These are EXTREMELY toxic. Treat any crashed WZ-8 as a HAZMAT incident first.
• High-speed impact: If it crashes, the kinetic energy at Mach 3-5 will cause catastrophic destruction; debris will be small fragments spread over a wide area.
• Exotic materials: Likely uses titanium, ceramics, and ablative heat-shielding materials.
• Rocket motor: Even expended motors may contain residual propellant -- approach with extreme caution.
• H-6N pylons: If the mothership crashes, the WZ-8 may be found on its pylon -- treat as a combined aircraft/ordnance incident.

Confidence: 2

---

1.6 ASN-206 / ASN-207 -- Legacy Tactical ISR UAV

Operational Notes:

• Widely deployed PLA tactical UAV since 1990s. ASN-206 served as PLA's primary short-range ISR drone for over a decade.
• ASN-207 is the improved variant with longer endurance and enhanced sensors.
• Both use rocket-assisted takeoff from rail launchers and parachute recovery.
• Being progressively replaced by newer systems but likely still in PLA inventory in large numbers.

Export History:

• ASN-206 exported to Myanmar, Pakistan (reportedly), and possibly others.

EOD Relevance:

• Parachute-recovery system includes pyrotechnic devices for parachute deployment.
• RATO booster: solid-propellant rocket booster may be found at launch site or still attached if system malfunctions. Contains energetic material.
• Small enough to be transported easily. Could be encountered in various states of assembly.
• Fuel (AvGas/diesel) and battery hazards.

Confidence: 1

---

1.7 GJ-1 / Wing Loong I -- Armed ISR (Covered in Section 2)

See Section 2.1 for the armed Wing Loong I. Its ISR configuration is identical minus the weapons pylons.

---

2. ARMED / STRIKE UCAVs (MALE CLASS)

2.1 Wing Loong I / GJ-1 (Pterodactyl I) -- Armed MALE UCAV

Comparable to: US MQ-1 Predator (similar performance class)

Export Customers (Confirmed):

Combat Use:

• Libya (2019-present): Operated by UAE in support of LNA forces. Multiple losses documented. Wreckage recovered by GNA forces. At least 2-3 confirmed shootdowns.
• Yemen (2015-present): Saudi Arabia and UAE employed Wing Loong I for ISR and strikes against Houthi targets.
• Nigeria: Used against Boko Haram/ISWAP in the northeast.

EOD Relevance:

• If recovered crashed with weapons: BA-7 or AR-1 missiles may be live on pylons. Semi-active laser seekers present no RF hazard when unpowered.
• AvGas fuel (Rotax 914 uses MOGAS/AvGas).
• Small aircraft -- could be mistaken for civilian UAV wreckage.
• Composite construction: carbon fiber skin over aluminum/composite frame.
• EO/IR turret in nose is fragile but does not present explosive hazard.
• KEY IDENTIFIER: Distinctive long, narrow fuselage with V-tail, ventral sensor turret, and rear pusher prop.

Confidence: 1

---

2.2 Wing Loong II / GJ-2 -- Advanced Armed MALE UCAV

Comparable to: US MQ-9 Reaper (similar performance class)

Export Customers (Confirmed/Reported):

Combat Use:

• Libya (2019-2020): Extensively used by UAE-backed LNA forces. Operated from Al-Jufra and Al-Khadim airbases. Multiple confirmed strikes on GNA positions. At least 3 airframes lost (crash/shootdown). Wreckage documented extensively by conflict monitors (Bellingcat, Janes, IHS Markit).
• Ethiopia (2021-2022): Reportedly employed by Ethiopian government forces (ENDF) against Tigray People's Liberation Front (TPLF). Strikes on civilian areas documented by UN investigators. Drones reportedly operated from Harar Meda airbase.
• Yemen (2015-present): Saudi/UAE operations.
• Iraq (2015-2018): Unconfirmed reports of Chinese drone use; Iraq evaluated but likely purchased CH-4B instead.
• Myanmar (2022-present): Reported transfer to Myanmar military (Tatmadaw); unconfirmed but satellite imagery shows UAS shelters at Myanmar airbases.

EOD Relevance -- CRITICAL (Armed Platform):

• WEAPONS ON PYLONS: Crashed Wing Loong II may have 1-6 live weapons still attached. BA-7/AR-1/AR-2 missiles have semi-active laser homing seekers and blast-fragmentation warheads. FT-series bombs have GPS/INS fuzes.
• FUEL: Turboprop uses Jet-A/JP-8 type fuel. Up to 1,000 kg onboard.
• SIZE: 20.5 m wingspan -- this is a large aircraft. Crash debris field comparable to a light aircraft.
• SATCOM ANTENNA: Dorsal satellite communications dome (fragile but not explosive).
• COMPOSITE AIRFRAME: Carbon fiber, fiberglass, Kevlar -- toxic particulates when burned or fragmented.
• KEY IDENTIFIER: Distinguished from Wing Loong I by larger size, V-tail (similar but larger), 6 pylons vs 2, turboprop vs piston engine.
• WRECKAGE EXPLOITATION: Wing Loong II wreckage from Libya has been extensively documented. Fuselage serial numbers, Chinese-language markings, and AVIC logos have been photographed on recovered debris.

Confidence: 1

---

2.3 Wing Loong III -- Next-Generation MALE UCAV

Operational Notes:

• Limited confirmed information. Displayed at defense expos as a next-generation evolution of the Wing Loong II.
• Likely incorporates lessons from combat use of Wing Loong I/II in Libya, Yemen, and Ethiopia.
• Expected to feature improved engine, longer endurance, heavier weapons load, and more autonomous operation.

EOD Relevance:

• Same hazard profile as Wing Loong II but larger and with potentially heavier weapons load.

Confidence: 3

---

2.4 CH-3 Rainbow -- Light Armed MALE UAV

Export Customers:

EOD Relevance:

• Small armed UAV. May carry 2x AR-1 missiles. Laser-guided warhead with shaped charge.
• Piston engine uses AvGas/MOGAS.
• Small enough to be transported in a large truck.

Confidence: 2

---

2.5 CH-4 Rainbow -- Primary Export Armed UCAV

Comparable to: US MQ-1 Predator (performance) with some MQ-9 sensor capabilities

Export Customers (CH-4B is the best-selling Chinese armed drone):

Combat Use:

• Iraq (2015-2018): The CH-4B was Iraq's primary armed drone during the anti-ISIS campaign. Numerous strike videos released by Iraqi Ministry of Defense. AR-1 missile strikes on vehicles and personnel documented. At least one CH-4B lost during operations. Iraqi operators reported mixed reliability and lower accuracy than advertised.
• Saudi Arabia / Yemen (2017+): Used against Houthi targets. Performance reportedly uneven; at least one crash attributed to engine failure.
• Jordan: Operational with Royal Jordanian Air Force for border security.
• Ethiopia (2021-2022): Reported use in Tigray conflict alongside Wing Loong II. Satellite imagery and social media OSINT confirm drone shelters at Harar Meda and Bahir Dar.
• Libya: Limited use; UAE preferred Wing Loong II.

EOD Relevance -- CRITICAL:

• MOST LIKELY CHINESE UCAV TO BE ENCOUNTERED. Most widely exported Chinese armed drone.
• WEAPONS: Up to 4 weapons on underwing pylons. AR-1 missiles are SALH (Semi-Active Laser Homing) with blast-fragmentation warheads. FT-5/FT-7 bombs have impact-detonation fuzes with GPS/INS.
• AR-1 MISSILE UXO: AR-1 has been fired in combat multiple times (Iraq, Yemen). Unexploded AR-1 missiles from CH-4B strikes have been documented.
• FUEL: AvGas/MOGAS, ~300 liters.
• KEY IDENTIFIER: Inverted V-tail (distinct from Wing Loong's V-tail). High-mounted straight wing. Ventral sensor turret. Resembles MQ-1 Predator but with inverted-V tail.
• MARKINGS: Export versions typically have customer country markings, but CASC logos and Chinese serial numbers may be visible on internal components.

Confidence: 1

---

2.6 CH-5 Rainbow -- Heavy Armed MALE UCAV

Comparable to: US MQ-9 Reaper (closest comparison; CH-5 claims greater endurance but lower ceiling/speed)

Export Customers:

Operational Notes:

• Intended as China's heavy armed UCAV, carrying up to 16 precision munitions.
• 60-hour endurance claim would make it one of the longest-endurance armed UAVs in the world, but this has not been independently verified.
• Heavy-fuel piston engine reportedly experienced reliability issues during testing.
• Fewer confirmed exports than Wing Loong II or CH-4B.

EOD Relevance:

• Same category as Wing Loong II. Up to 6 pylons with multiple weapons types.
• Heaviest weapons load of any Chinese export drone -- up to 1,000 kg of ordnance.
• Large airframe with significant fuel load.

Confidence: 2

---

2.7 CH-6 Rainbow -- Next-Generation Armed UCAV

Operational Notes:

• Positioned as the successor to CH-4/CH-5 with modern avionics and AI capabilities.
• Turboprop engine addresses the reliability issues experienced with CH-5's heavy piston engine.
• Not yet confirmed in production or export.

EOD Relevance:

• Expected to carry same weapons suite as CH-4/CH-5 family.

Confidence: 3

---

2.8 CH-7 Rainbow -- Stealth UCAV

Operational Notes:

• CASC's stealth UCAV competitor to AVIC's GJ-11 Sharp Sword.
• Marketed for export at defense shows. Notably, the CH-7 is positioned as an exportable stealth drone -- something neither the US nor other major producers offer.
• Flying wing planform similar to US X-47B, nEUROn, or Taranis.
• Development status unclear. May have flown in prototype form but not confirmed operational.

EOD Relevance:

• Internal weapons bays present a significant hazard at crash sites -- weapons may be trapped inside wreckage.
• Stealth coatings contain radar-absorbing materials (RAM) which may include toxic compounds (e.g., carbonyl iron, ferrite tiles, conductive polymers).
• Large turbofan-powered aircraft -- major crash site.
• Intelligence priority: If this is encountered, it would be a high-value intelligence find.

Confidence: 3

---

2.9 WJ-700 -- High-Speed Armed ISR UAV

Key Differentiator:

• Speed. At 700 km/h, the WJ-700 is significantly faster than Wing Loong II (370 km/h) or CH-4 (235 km/h). This is a turboprop-powered UAV optimized for rapid response and anti-ship missions.
• Anti-ship capability. The WJ-700 is specifically marketed with the CM-502KG anti-ship missile, making it the first Chinese export drone purpose-designed for maritime strike.

Operational Notes:

• Manufactured by CASIC, making it a competitor to the AVIC (Wing Loong) and CASC (CH-series) families from a different state defense corporation.
• No confirmed exports as of early 2026.
• High speed and anti-ship missile capability suggest a focus on maritime scenarios (South China Sea, Indian Ocean).

EOD Relevance:

• Anti-ship missiles (CM-502KG) are a substantial hazard: 100+ kg warhead, radar/IR terminal seeker.
• Higher speed = higher kinetic energy at crash/impact.
• Turboprop engine with JP-8 type fuel.

Confidence: 2

---

3. STEALTH AND ADVANCED UCAVs

3.1 GJ-11 Sharp Sword (Li Jian) -- Stealth UCAV

NOTE: This system is also covered in ordnance_inventory.md Section 10.3. Expanded detail below.

Operational Notes:

• PLA's premier operational stealth UCAV. Likely assigned to PLAAF or PLAN aviation.
• Designed to operate in contested airspace where Wing Loong/CH-series drones cannot survive.
• Intended to work alongside manned fighters (J-20, J-16) as a "loyal wingman" in the manned-unmanned teaming (MUM-T) concept.
• No confirmed export customers. Unlikely to be exported in the near term.
• 2019 parade display confirmed at least initial operational capability.
• Satellite imagery suggests deployment to several PLAAF bases.

EOD Relevance -- CRITICAL:

• INTERNAL WEAPONS BAYS: Live ordnance may be trapped inside fuselage wreckage. Access may be difficult.
• STEALTH MATERIALS: RAM coatings and composite structures may contain hazardous materials. Approach with respiratory protection.
• JET FUEL: Large internal fuel load (estimated 3,000-4,000 kg JP-type fuel).
• SIZE: 14 m wingspan, ~10,000 kg -- this is a substantial aircraft. Crash site equivalent to a fighter jet.
• INTELLIGENCE VALUE: Extremely high. Any recovered GJ-11 wreckage should be treated as a top-priority intelligence find. Stealth coatings, sensor systems, and flight control computers are all high-value items.
• AUTONOMOUS SYSTEMS: May contain AI/autonomous flight hardware that continues to operate post-crash (radio emissions, data transmission attempts).

Confidence: 2

---

3.2 FH-97 -- Loyal Wingman Drone

Operational Notes:

• CASC's answer to the US Air Force's Collaborative Combat Aircraft (CCA) / XQ-58A Valkyrie concept.
• Designed to be relatively low-cost and attritable -- acceptable losses in combat.
• Operates in conjunction with J-20 or other manned fighters.
• Early development; not yet confirmed in PLA service.

EOD Relevance:

• Designed to be expendable, so encounters with crashed/disabled FH-97s may be more likely than with higher-value platforms.
• Turbofan engine, jet fuel, possible internal weapons.
• Stealth composite construction with RAM coatings.

Confidence: 3

---

3.3 Fei Hong (FH-95) / Dark Sword -- High-Speed Loyal Wingman Concepts

Operational Notes:

• Dark Sword has been shown at various air shows as a model since 2006. A full-scale mockup was photographed in 2018.
• If developed, it would represent a supersonic UCAV capability that no other nation fields.
• Very limited confirmed information. May have been superseded by other programs (GJ-11, FH-97).

Confidence: 4

---

4. LOITERING MUNITIONS

NOTE: CH-901 and WS-43 are covered in detail in ordnance_inventory.md Section 10.1-10.2. This section provides additional loitering munition types.

4.1 CH-901 -- Man-Portable Loitering Munition

See ordnance_inventory.md Section 10.1 for full specifications.

Key recap for this document:

• 9 kg total, 3.5 kg warhead (shaped charge or fragmentation)
• 120 min loiter, 15 km range
• Tube-launched, electric propulsion
• Source Rating: B-1, Confidence 1

---

4.2 WS-43 -- Artillery-Launched Loitering Munition

See ordnance_inventory.md Section 10.2 for full specifications.

Key recap:

• 200 mm caliber, 20 kg warhead, 60 km range, 30 min loiter
• IR imaging terminal guidance
• Launched from rocket artillery pods
• Source Rating: C-2, Confidence 2

---

4.3 Blowfish A3 (Ziyan) -- Rotary-Wing Armed UAV / Loitering Munition

Key Features:

• Autonomous weapons delivery. Ziyan has explicitly marketed the Blowfish A3 as capable of autonomous target engagement, including identifying and attacking targets without human input.
• Commercial-military crossover. Ziyan is a private Chinese drone company that also makes commercial UAVs. The Blowfish represents the blurring of military/commercial drone technology in China.
• Squad-level deployment. Small enough for infantry squad use.

Export Customers:

• Marketed at IDEX 2019 (Abu Dhabi). Specific export customers not publicly confirmed, but reportedly sold to unspecified Middle Eastern and Southeast Asian countries.
• Saudi Arabia: Reported interest/acquisition.
• UAE: Demonstrated at IDEX.

EOD Relevance:

• Helicopter configuration is unusual for a military UAV -- may be mistaken for a commercial drone.
• Grenades have parachute-retarded fuzes; if not detonated, they are live UXO.
• 12 kg payload could include various improvised or standardized submunitions.
• Lithium battery hazard. Electric motor.
• Autonomous operation means it may attempt to re-engage targets even after partial damage.

Confidence: 2

---

4.4 CASC FL-1 / FL-2 -- Fixed-Wing Loitering Munitions

EOD Relevance:

• Very small. FL-1 at 5 kg is hand-launched -- approaching commercial drone sizes.
• Live warheads in dud/crashed systems.
• Lithium battery fire hazard.

Confidence: 3

---

4.5 CASIC HW (Hai Ying / Sea Eagle) Series Loitering Munitions

Operational Notes:

• CASIC has displayed multiple loitering munition variants at defense expos.
• Some variants are designed for vehicle-launch (truck-mounted tubes, similar to Harop launcher concept).
• Specific export sales not confirmed in open sources.

Confidence: 3

---

4.6 NORINCO Battle Eagle (Zhan Ying) -- Ground-Launched Loitering Munition

EOD Relevance:

• Very similar profile to CH-901. Man-portable, tube-launched.
• May be encountered alongside NORINCO ground-force equipment exports.

Confidence: 3

---

5. SWARM-CAPABLE SYSTEMS AND EXPENDABLE UAVs

5.1 PLA Swarm Programs -- Overview

Source Rating: C-2

China has invested heavily in drone swarm technology and has demonstrated some of the world's largest coordinated UAV swarm flights:

Key Demonstrations:

• 2017: CETC (China Electronics Technology Group) demonstrated 119 fixed-wing drones in a coordinated swarm -- a world record at the time.
• 2018: CETC demonstrated 200+ drone swarm.
• 2020: Footage emerged of PLA ground forces launching swarms of small drones from vehicle-mounted tube launchers during exercises.
• 2022: CASIC demonstrated swarm-capable loitering munitions launched from truck-mounted pod launchers (48x tubes per launcher vehicle).
• 2023-2024: Multiple reports of PLA exercises incorporating drone swarm tactics at brigade level.

Known Swarm-Capable Platforms:

Swarm Tactics (Assessed):

• Saturation attack: Overwhelm air defenses with large numbers of low-cost drones.
• ISR swarm: Distribute sensors across wide area for persistent surveillance.
• Communications relay: Self-organizing mesh network for battlefield comms.
• Decoy swarm: Saturate radar with false targets to cover manned aircraft ingress.
• Combined arms swarm: Mix of ISR, EW, and attack drones in a single coordinated swarm.

EOD Relevance -- CRITICAL:

• MASS UXO EVENTS. A swarm of 48+ loitering munitions from a single launcher could produce dozens of UXO items across a wide area if some fail to detonate.
• SMALL SIZE: Individual swarm drones may be as small as 1-5 kg. Extremely difficult to detect and catalog.
• BATTERY HAZARDS: Dozens of lithium batteries scattered across an area.
• MIXED WARHEADS: Swarm may include a mix of fragmentation and shaped-charge variants.

Confidence: 2

---

5.2 Expendable UAVs and Target Drones

ASN-301 -- Anti-Radiation Loitering Drone

EOD Relevance -- CRITICAL:

• ANTI-RADIATION MISSION: Passively homes on radar emissions. If it fails to find a target, it may crash with live warhead.
• TURBOJET ENGINE: Kerosene/jet fuel on board.
• 20-30 kg WARHEAD: Substantial blast-fragmentation warhead.
• CANISTER LAUNCH: Launch canisters contain propellant booster charges.
• MASS EMPLOYMENT: Deployed 18 per launcher vehicle. Multiple launcher vehicles in a battery = 50-100+ drones in a single DEAD attack.
• HARPY LINEAGE: If encountered, will closely resemble Israeli Harpy in configuration.

Confidence: 2

---

6. MARITIME UAS

6.1 Sea Eagle (Hai Ying) -- Maritime Patrol UAV Concept

Operational Notes:

• "Sea Eagle" or "Hai Ying" has been used as a marketing name for multiple maritime drone concepts shown at Chinese defense expos.
• China is actively developing ship-launched UAVs for PLAN destroyers and frigates.
• Specific operational systems include:
  • Wing Loong II Maritime: Modified WL-II with maritime search radar and anti-ship capability.
  • WJ-700: Specifically designed for maritime strike (see Section 2.9).
  • TD-220: Tilt-rotor maritime UAV for shipboard deployment (VTOL capable).

6.2 TD-220 -- Tilt-Rotor Maritime UAV

Operational Notes:

• Designed for deployment from PLAN warships (helicopter deck compatible).
• ASW variant can deploy sonobuoys and relay data to host ship.
• Tilt-rotor allows VTOL from confined ship decks with transition to efficient forward flight.

EOD Relevance:

• Ship-based recovery. May be encountered aboard captured/disabled PLAN vessels.
• Sonobuoy dispensers may contain expendable sonobuoys (battery-powered, some contain small explosive scuttling charges).
• Fuel and battery hazards.

Confidence: 3

---

6.3 PLAN Shipboard Helicopter UAVs

EOD Relevance:

• Helicopter-type UAVs may carry fuel (AvGas/Jet-A) and have complex rotor mechanisms.
• If armed, weapons would be small (AR-1 class or grenades).

Confidence: 3

---

7. SMALL TACTICAL UAS

7.1 ASN-209 -- Brigade-Level Tactical UAV

Export Customers:

• Myanmar, reported. Used in anti-insurgency operations.

EOD Relevance:

• RATO booster: solid rocket motor at launch site.
• Parachute recovery system with pyrotechnic deployment charge.
• Unarmed ISR platform.

Confidence: 2

---

7.2 DJI Military-Modified Commercial Drones

Context -- CRITICAL FOR EOD: DJI is the world's largest consumer/commercial drone manufacturer (~70-75% global market share). While DJI is not a military contractor, its drones have been extensively modified for military use worldwide:

Military Modifications Encountered:

EOD Relevance -- EXTREMELY HIGH:

• DJI drones modified as weapons delivery platforms are among the most commonly encountered drone threats to EOD teams worldwide.
• Lithium polymer (LiPo) batteries: fire/thermal runaway.
• Modified drones may carry live grenades, mortar rounds, or IEDs with improvised fuzing.
• Small size (Mavic 3 weighs only 895 g without payload) makes them extremely difficult to detect.
• DJI's AeroScope system can detect and identify DJI drones, but modified firmware can disable this.
• Chinese government has implemented some export controls on DJI drones to conflict zones, but enforcement is limited.

Confidence: 1

---

7.3 Squad-Level Reconnaissance Micro UAVs

"Dove" (Xin Ge) Program:

• Notable bio-mimetic drone program from Northwestern Polytechnical University.
• Flapping-wing drone designed to look and fly like a bird.
• Reported to have been tested by PLA for covert surveillance.
• At 200 grams, virtually undetectable.
• No weapons capability; purely ISR.
• Source Rating: C-3

Confidence: 3

---

8. DRONE-DELIVERED MUNITIONS REFERENCE

This section catalogs the air-to-ground weapons specifically integrated with Chinese UAS platforms.

8.1 AR-1 -- Semi-Active Laser Homing Missile

EOD Relevance:

• MOST COMMON CHINESE DRONE-FIRED MISSILE. Multiple combat firings documented (Iraq, Libya, Yemen).
• Shaped-charge + fragmentation warhead. If unexploded, the shaped charge liner (copper or tantalum) is intact and warhead is armed.
• Impact fuze with delay -- duds are possible (fuze malfunction, insufficient impact angle, low-altitude skip).
• Semi-active laser seeker in nose is a glass dome over an optical detector -- fragile.
• Rocket motor is solid-propellant; residual propellant may be present in UXO.
• Small missile (45 kg, 1.4 m) -- could be mistaken for a commercial rocket or hobby missile.

Confidence: 1

---

8.2 AR-2 -- Lightweight SALH Missile

EOD Relevance:

• Smaller version of AR-1. Same hazard profile but lighter.
• Even easier to overlook as UXO due to small size.

Confidence: 2

---

8.3 BA-7 (Blue Arrow-7) -- Laser-Guided ATGM

EOD Relevance:

• TANDEM WARHEAD. Two shaped-charge warheads in series. The precursor charge defeats ERA; main charge penetrates base armor. Both must be treated as live in UXO.
• Larger and heavier than AR-1. More difficult to overlook.
• Base-detonation fuze with graze function means it can detonate at shallow impact angles.
• Copper or depleted-uranium shaped-charge liner (material depends on variant).

Confidence: 2

---

8.4 TL-2 -- Laser-Guided Missile

EOD Relevance:

• Small laser-guided missile. Similar hazard to AR-2 class.

Confidence: 3

---

8.5 FT-Series Mini Precision Guided Munitions (PGMs)

NOTE: Full FT-series coverage is in ordnance_inventory.md Section 6. This subsection covers only the variants specifically sized for drone carriage.

EOD Relevance:

• GPS/INS guidance means these bombs have active electronics (GPS receiver, flight computer, actuators for guidance fins).
• Impact fuze with safe/arm mechanism. Duds may have partially armed fuzes.
• FT-9 and FT-12 have dual-mode guidance (GPS + terminal seeker) -- more complex electronics.
• SMALL SIZE WARNING: FT-7 at 25 kg (55 lb) is very small for a guided bomb. FT-12 is even lighter. These can be easily overlooked on a battlefield.

Confidence: 2

---

8.6 LS-6 Mini Variants (Drone-Compatible)

EOD Relevance:

• Pop-out wings may deploy on impact or during descent. Wings contain actuators.
• GPS/BeiDou + INS guidance. Same electronic hazards as FT-series.
• See ordnance_inventory.md Section 6 for full LS-6 family details.

Confidence: 2

---

8.7 CM-502KG -- Lightweight Anti-Ship Missile (UAS-Launched)

EOD Relevance:

• ACTIVE RADAR SEEKER: Millimeter-wave radar in nose. Potential RF emission hazard if powered.
• Anti-ship penetration warhead with delay fuze -- designed to detonate inside a ship's hull.
• If dud, delay fuze may still be sensitive.
• Small anti-ship missile -- unusual UXO find if encountered on land.

Confidence: 2

---

8.8 HJ-10AE -- Anti-Tank Missile (Drone-Launched Variant)

EOD Relevance:

• FIRE-AND-FORGET: Does not need continuous laser illumination. More autonomous than AR-1/BA-7.
• DUAL-MODE SEEKER: MMW radar + IIR. Both seekers are active electronics -- potential RF hazard.
• TANDEM WARHEAD: Two shaped charges; both live in UXO scenario.

Confidence: 2

---

9. EXPORT CUSTOMER MAP

9.1 Comprehensive Chinese Military Drone Exports

Total Estimated Chinese Military UAS Exports: 150-250+ airframes across 20+ countries (as of early 2026).

Key Trends:

1. Price advantage: Chinese armed drones cost $1-5 million each vs. $20-30 million for US MQ-9 Reaper. This makes them accessible to smaller militaries.
2. No political strings: China does not impose end-use restrictions or human rights conditions on drone sales, unlike the US (prior to 2020 MTCR policy changes).
3. Package deals: China often sells drones as part of larger military packages including ground stations, training, maintenance, and munitions.
4. Licensed production: Egypt and Saudi Arabia have signed agreements for local assembly/production of Wing Loong variants.

Source Rating: B-2 (aggregated from SIPRI, IISS, and multiple defense publications) Confidence: 2

---

10. COMBAT EMPLOYMENT RECORD

10.1 Iraq (2015-2018) -- Anti-ISIS Campaign

EOD Implications:

• AR-1 missile duds from Iraqi CH-4B strikes may be encountered in former ISIS-held areas.
• Iraqi strike footage shows AR-1 impacts on vehicles and structures -- UXO pattern is typically a single impact point with fragmentation spread.

---

10.2 Libya (2019-2020) -- Libyan Civil War

EOD Implications:

• Wing Loong wreckage recovered by GNA forces has been widely photographed. AVIC markings, serial numbers, and Chinese-language technical labels documented.
• Unexploded ordnance from Wing Loong strikes reported in Tripoli area.
• GNA forces captured intact Wing Loong munitions (BA-7/AR-1) from downed drones.
• Wing Loong crash sites in Libya provide the best open-source reference for identifying Chinese UCAV wreckage.

---

10.3 Yemen (2015-Present) -- Saudi/UAE Operations

---

10.4 Ethiopia (2021-2022) -- Tigray Conflict

---

10.5 Myanmar (2022-Present) -- Civil Conflict

---

10.6 Nigeria (2019-Present) -- Counter-Insurgency

---

11. KEY MANUFACTURERS

11.1 AVIC -- Aviation Industry Corporation of China (UAS Division)

11.2 CASC -- China Aerospace Science and Technology Corporation (UAS Division)

11.3 CASIC -- China Aerospace Science and Industry Corporation (UAS Division)

11.4 Xi'an ASN Technology Group

11.5 Ziyan UAV (Private Sector)

11.6 DJI (Da-Jiang Innovations)

---

APPENDIX A: EOD HAZARD SUMMARY FOR UAS

A.1 General UAS Hazard Categories

A.2 Approach Protocol for Chinese UAS Crash Sites

1. ASSUME ARMED until confirmed otherwise. Even "ISR-only" platforms may carry weapons.
2. ESTABLISH EXCLUSION ZONE:
   • Small UAS (under 25 kg): 100 m minimum
   • Medium UAS (25-1,500 kg): 300 m minimum
   • Large UCAV (over 1,500 kg): 500 m minimum
   • Any system with anti-ship missile: 1,000 m minimum
3. CHECK FOR FUEL: Avgas, JP-8/Jet-A, or diesel. Vapor hazard.
4. CHECK FOR BATTERIES: Lithium polymer/lithium-ion. Do not puncture, crush, or expose to heat.
5. CHECK PYLONS/BAYS: Count weapons stations. Compare to known loadout. If fewer weapons than hardpoints, missing weapons may be live UXO elsewhere.
6. RF HAZARD: Maintain electronic silence near active seeker-equipped missiles (CM-502KG, HJ-10AE). Turn off transmitters within 100 m.
7. INTELLIGENCE VALUE: All Chinese military UAS are intelligence-priority items. Preserve markings, serial numbers, flight computers, sensor data cards.
8. DOCUMENTATION: Photograph all Chinese-character markings. These may identify manufacturer, lot number, and production date.

A.3 Weapons-Platform Cross-Reference

---

APPENDIX B: UAS VISUAL IDENTIFICATION GUIDE

B.1 Quick Visual Identification Keys

B.2 Distinguishing Chinese UAS from US/Israeli/Turkish Equivalents

---

APPENDIX C: SOURCE NOTES AND BIBLIOGRAPHY

All entries in this document are compiled from open-source intelligence (OSINT). Key source categories:

A-Rated Sources (Official):

• US Department of Defense Annual Report to Congress: Military and Security Developments Involving the People's Republic of China
• Congressional Research Service reports on Chinese military modernization

B-Rated Sources (Established Defense Publications):

• IISS Military Balance (annual)
• SIPRI Arms Transfers Database
• Jane's Defence Weekly / IHS Markit
• CSIS (Center for Strategic and International Studies) reports
• Army Recognition (defense equipment database)
• Global Security

C-Rated Sources (Reputable News/Analysis):

• Defense News, USNI News, The War Zone, National Interest
• Bellingcat (OSINT investigations, particularly Libya drone wreckage analysis)
• Royal United Services Institute (RUSI) reports
• Carnegie Endowment drone proliferation studies
• Zhuhai Airshow official materials and defense expo reporting

D-Rated Sources (OSINT/Social Media):

• X/Twitter defense analysts (verified track records)
• Satellite imagery analysis (Planet Labs, Maxar via open analysis)
• Conflict monitor organizations

General Confidence Methodology:

• Systems displayed at Chinese defense expos with official specifications: B-2 minimum
• Systems confirmed in PLA service via multiple imagery sources: B-1
• Systems observed in combat (Libya, Iraq, Yemen): B-1 to C-1 depending on documentation quality
• Systems known only from single reports or limited imagery: C-3 or D-4
• Future/concept systems shown only as models: C-3 to D-4

---

END OF DOCUMENT

This document should be updated regularly as new open-source information becomes available. Chinese UAS proliferation is accelerating rapidly. Last review: 2026-03-28.

Cross-reference with: ordnance_inventory.md (parent document), sources.md