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Tactical Loitering Munition

SENTRY 30 Loitering Munition

A next-generation medium VTOL loitering munition system designed for high-G tactical flight, wide-area watch, and defense suppression.

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Technical Data

1. Detailed Technical Specifications

Physical Configurations

Fuselage Length 1,400 mm
Wingspan 2,600 mm
Aerodynamic Layout VTOL delta-wing composite carrier
Airframe Material Aerospace-grade high-performance advanced composites

Weight & Battery

Max Takeoff Weight (MTOW) 15.0 kg
Suggested Payload 3.5 kg (Suggested 3.0 kg class kinetic impactor/proximity fuse)
Battery Pack 2 x 30,000 mAh - 6S high-rate LiPo power batteries

Flight Performance

Max Flight Speed 120+ km/h (high-speed intercept dive)
Cruising Speed 80 - 100 km/h
Stall Speed 75 km/h
Wind Resistance 12.0 m/s (Level 6 Wind / 43.2 km/h)
Service Ceiling 4,000 m AMSL
Endurance 150 mins (with 1.5 kg ballast flight index)
Tactical Flight Radius 80 km

Control & Guidance

GCS Control Link 30 km industrial standard wireless telemetry link
Manual RC Range 1.0 km (visual line-of-sight emergency fallback)
Operating Environment -10 °C to +45 °C (rain resistant)

Launch & Recovery

Launch Mode Vertical take-off and landing (VTOL) / Autopilot launch
Recovery Mechanism Vertical soft landing (VTOL) / Emergency parachute recovery
Tactical Strike System

2. Product Overview

Aero · SENTRY 30 is a next-generation C-UAS VTOL loitering munition system designed for high-speed flight, long sentinel watch, and precise payload delivery.

As the flagship model of the loitering series, the ‘SENTRY 30’ is built from high-modulus advanced composites, supporting a 15 kg MTOW. It features a unique 2,600 mm swept-back delta wing layout, cutting aerodynamic drag during dives and high-G maneuvers while securing precise tracking. Driven by 2 parallel 30,000 mAh batteries, it carries a 3.5 kg kinetic payload and active proximity sensors. Reaching flat dive speeds over 120 km/h, it delivers rapid, secure defense capabilities within an 80 km operational radius.

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Aerodynamics & Propulsion

3. Delta Wing & VTOL Propulsion System

VTOL convenience and missile-like cruise aerodynamics are matched in the Aero-Sentry 30.

Swept-back Delta Wings & High-G Load Tolerance

Delta Wing Configuration

The 2,600 mm delta wing maximizes speed energy during cruise. The wing-body integration survives high-G maneuvering loads, securing route precision. VTOL lift is supplied by brushless folding props, transitioning drive to the rear pusher motor.

Delta Wing Configuration
Dual 30,000 mAh Battery & 2.5-Hour Cruising Sentry

150-Min Sentry Cruise

Accommodates 2 parallel 30,000 mAh batteries, keeping the loitering munition cruising on sentinel watch for 150 minutes (2.5 hours) with 1.5 kg ballast, covering multiple target entry windows.

150-Min Sentry Cruise
Guidance & Telemetry

4. Intelligent 50 MP Seeker & 30 km HD Video Link

Features military-specification autopilot and sensor cores for precision target tracking.

  • 30 km Telemetry Link

    High-power RF module transmits 1080p zero-latency video and telemetry up to 30 km, tracking altitude, speed, and voltage.

  • 50 MP Quad Seeker

    Stabilized seeker features a 50 MP optical lens and infrared sensor, tracking and locking target structures in all weather.

  • Laser Proximity Fuse

    Four micro laser sensors encircle the seeker. When close to the target, the fuse calculates the optimal detonation time for kinetic destruction.

OPTICAL GIMBAL SEEKER

OPTICAL GIMBAL SEEKER

Sensor Mode ACTIVE_RECON_V2
Environment OPT_ALT_800M
Deployment & SOP

5. 200 mm Payload Compartment & Field Assembly

Sized for individual carry, the system streamlines ground assembly for quick reaction launches.

Rapid Assembly SOP

  1. 200 mm Task Compartment: Features a 200 x 200 x 120 mm payload space to seat 3.5 kg warheads or swap to mapping optical units.
  2. 5-Minute Setup: Lift arms, twin tailbooms, and the 2.6 m main wings utilize center carbon spars and quick-lock pins, allowing boot-up in 5 minutes.
  3. Electrical & Static Check: Secure the 30,000 mAh battery connections and verify the pitot tube is clear to prevent speed sensor drift during high-speed flight.

Field Ops Assemble

Ready to Deploy?