One-Way Attack Cruise Drone
Loitering MunitionThreat: CriticalOpen-Source Verified
Long-range, propeller-driven, one-way attack drone designed for pre-programmed strikes against fixed strategic targets — power grids, ports, airfields, refineries. Distinct from loitering munitions: it does not loiter or hunt. It flies a pre-planned route on GPS + inertial guidance and detonates a heavy warhead on impact. The dominant deep-strike asset of the Russia–Ukraine war and the Houthi campaign in the Red Sea.
Technical Specifications
range
1,000–2,500 km
speed
180–220 km/h
payload
30–90 kg warhead
endurance
8–14 h
frequency
GPS / GNSS + inertial (no return RF link)
cost Estimate
$20,000–$200,000
altitude
60–4,000 m (typically very low)
weight
200–500 kg
Tactical Roles
Strike
Advantages
- + Massive standoff range — launched from sanctuary
- + No return RF link — immune to most tactical jamming
- + Cheap enough to launch in saturating salvos
- + Forces defender to expend $1M+ SAMs on $50K airframe
- + Heavy warhead capable of strategic infrastructure damage
- + Low radar cross-section + low altitude defeats many radars
Disadvantages
- − No course correction — vulnerable to GPS spoofing
- − Slow and non-maneuvering — vulnerable to alerted defenders
- − Loud piston engine — acoustically detectable on approach
- − Predictable flight profile once detected
- − Single-use — no recovery or recall
Real-World Usage
- ▸ Iranian Shahed-136 / Russian Geran-2 — used in mass salvos against Ukrainian energy grid (2022–present)
- ▸ Houthi Samad-3 / Waid-class — strikes on Saudi/UAE oil infrastructure and Red Sea shipping
- ▸ Ukrainian long-range strike drones (Liutyi, Bober) hitting Russian refineries 1,000+ km from front
Counters This Drone
Countermeasures ranked by effectiveness — tap any system for details
GPS Spoofing / Navigation WarfareHighLaser Directed Energy WeaponHighCounter-UAS Radar SystemHighAcoustic Detection SystemHighMANPADS (Stinger/Igla class)HighMedium/Long-Range SAM SystemHighProgrammable Airburst Cannon (30/35/40mm)HighPassive Bistatic / Multistatic RadarHighInterceptor Drone (Drone-on-Drone)MediumC-UAS Autocannon / Dedicated AA GunMediumHigh-Power Microwave (HPM)MediumLocalized EMP DeviceMediumDecoys / Signature ManagementMediumAI Vision Detection (EO/IR)MediumNet-Carrying Interceptor DroneMediumSmart Fire-Control Optic (SMASH-class)MediumRF Jamming SystemLowCyber Takeover / Protocol ExploitationLowDirectional EW Rifle / Jammer GunLowRF Detection / Spectrum AnalyzerLowSmoke / Obscurant ScreenLowAnti-Drone Laser DazzlerLowPhysical Overhead ProtectionLowMan-Portable EW BackpackLowAnti-FPV Net Tunnels & CurtainsLowAcoustic Resonance Disruption (LRAD-class)LowIntegrated C-UAS Battle Management (Sensor Fusion)LowShotgun / Small Arms InterceptNoneNet Gun / Net LauncherNoneFiber-Optic Specific CountermeasuresNonePassive RF GeolocationNoneHardened PNT / CRPA AntennaNone
⚠ How This Drone Evades Defenses
Active adversary tactics — not passive limitations
- ▸ Flies below most medium-altitude SAM radar coverage
- ▸ Salvo tactics saturate point defenses — at least some get through
- ▸ No RF emission in cruise — passive RF geolocation is blind
- ▸ Mixed with decoys to bait expensive interceptors
Sources & Further Reading
About our sources- PrimaryRUSI — Meatgrinder: Russian Tactics in the Second Year of Its Invasion of Ukraine (Shahed campaign analysis)
- PrimaryCSIS — The Air and Missile War in Ukraine: Lessons for the Defense of the United States (Shahed/Geran section)
- PrimaryIISS — Iran's Shahed-136 loitering munition and its proliferation
- ReportingReuters — Houthi drone and missile attacks on Red Sea shipping (ongoing coverage)
- ReportingDefense News — Ukraine's long-range drone campaign against Russian oil infrastructure