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Tactical Loitering Munition

SENTRY 10 Loitering Munition

A next-generation compact man-portable loitering munition system designed for high-mobility area watch and precision point strike.

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Technical Data

1. Detailed Technical Specifications

Physical Configurations

Wingspan 2,300 mm
Fuselage Length 800 mm (compact missile fuselage)
Aerodynamic Layout VTOL monoplane tailless flying wing kit
Airframe Material Military-grade high-strength Kevlar or low wave-impedance fiberglass
KIT Weight 2.7 kg

Weight & Battery

Max Takeoff Weight (MTOW) 10.0 kg
Suggested Task Payload 1.5 kg (1.0 kg class kinetic impactor & proximity fuse)
Battery Pack 1 x 6S 32,000 mAh high-rate LiPo power battery

Flight Performance

Max Flight Speed 150+ km/h (high-speed intercept dive)
VTOL Lift Motors 4 x V505 KV260 high-efficiency brushless motors
Cruise Pusher Motor 1 x AT4120 KV500 brushless fixed-wing motor
Propeller Specification 15 x 8 carbon fiber high-efficiency pusher prop
Endurance 2.0 hours (120 mins empty/sentry cruising time)

Control & Guidance

Autopilot System Pixhawk Cube Orange Standard Set
Data & Telemetry Link 10 km tactical low-latency high-speed video link
Terminal Seeker Compact adaptive seeker + active laser-fuse calculations
Tactical Interceptor

2. Product Overview

Aero · SENTRY 10 is an advanced loitering munition system designed for long-endurance sentry watch and precision kinetic strike on mobile points or fortifications.

As the pioneer model of the Aero-Sentry loitering series, the Aero · SENTRY 10 is built from military-grade high-strength Kevlar and low wave-impedance fiberglass using one-piece molding, keeping the dry frame weight to just 2.7 kg. Its aerodynamics combine a 2,300 mm swept-back wing with a compact 800 mm missile-shaped fuselage, cutting drag to the absolute limit. Driven by a single 32,000 mAh high-rate battery, it carries a 1.5 kg kinetic impact warhead and active laser sensors, pushing speeds past 150 km/h. It delivers swift, unavoidable head-on strike against targets within a 10 km radius.

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Aerodynamics & Propulsion

3. High-Speed Flying Wing & Coaxial VTOL Propulsion

Maneuvering dive speed and long-duration sentry watch are unified in the Aero-Sentry 10.

800 mm Fuselage & '4+1' Drive Architecture

Compact Missile Profile

The 800 mm fuselage reduces wind profile, ensuring a missile-like shape during dives. Kevlar armor absorbs high-G maneuvering stress. VTOL lift is supplied by 4 V505 motors, while horizontal cruise is driven by an AT4120 motor and a 15 x 8 carbon propeller.

Compact Missile Profile
32,000 mAh Battery & Long Sentry Watch

Sentry Cruise Endurance

The high-capacity battery compartment seats a single 32,000 mAh pack, keeping the loitering munition cruising on sentinel watch for 2.0 hours (120 minutes), covering multiple incoming target waves.

Sentry Cruise Endurance
Precision Seeker & Guidance

4. Micro Adaptive Seeker & Low-Latency Autopilot

High-speed terminal dives require a precise, low-latency guidance processor.

  • Micro Optical Seeker

    Micro stabilized gimbal seeker features a high-framerate sensor, tracking and locking target structures up to 5 km away.

  • 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.

  • 10 ms Control Telemetry

    Cube Orange autopilot paired with high-frequency pitots keeps link latency under 10 ms, securing operator control during high-speed dives.

OPTICAL GIMBAL SEEKER

OPTICAL GIMBAL SEEKER

Sensor Mode ACTIVE_RECON_V2
Environment OPT_ALT_800M
SOP Operations

5. Rapid Deployment & Ground Operations

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

Ground Crew SOP

  1. Single-Soldier Carry: Dry frame weight of 2.7 kg allows the interceptor, battery, and launcher to be carried in a single backpack.
  2. 2-Minute Wing Assembly: The 2.3 m main wing segments utilize quick-release slots with metal tabs, completing assembly in 2 minutes.
  3. Electrical & Static Check: Secure the 32,000 mAh battery connections and verify the pitot tube is clear to prevent speed sensor drift during high-speed flight.

Field Ops Launch

Ready to Deploy?