Sky Crow Tactical Aerostat System, United States of America


is a small, lighter-than-air tactical aerostat system designed and manufactured by Aeroscraft Corporation (Aeros) to meet multiple mission needs of military, homeland, or commercial operators.

The tactical aerostat system is designed to perform aerial intelligence, surveillance, and reconnaissance (ISR) operations. It can also be deployed to carry out surveillance of border and perimeter areas, support event and infrastructure security, and aid communication relays. Other applications of the air system include wildlife monitoring, geospatial imaging, gas detection, oil and gas monitoring, and wildfire management.

The Sky Crow air system is being delivered to the US Department of Defence (DoD) to perform aerial surveillance missions outside of the continental United States (OCONUS) service area.

Sky Crow aerostat system orders and deliveries



The Ballistic Armoured Tactical Transport (BATT) range of armoured vehicles is manufactured by Armored Group. The BATT vehicles are used by special assignment units and Special Weapons And Tactics (SWAT) units conducting law enforcement and homeland security missions.


Aeros received multiple orders for the Sky Crow tactical airborne system for use by the US DoD for OCONUS mission needs in January 2014. Serial production of the system commenced in the same month.

In March 2014, Aeros received a seventh order to deliver the Sky Crow system for the OCONUS operations.

Sky Crow design and features

The new tethered Sky Crow tactical aerostat system has a length of 10.3m and 4m in diameter. It can carry payload systems weighing up to 10kg and can be easily stored and transported using a Pelican case container.

The system can be configured according to specific operational needs such as altitude, wind speed, and operating temperatures.

Less operating and maintenance costs are required by the aerostat system. It can be deployed and monitored quickly by a single operator. The system also offers persistent situational awareness and monitoring to help protect the warfighter from enemy attacks.

Payloads attached to Sky Crow aerostat

The cost-effective tactical airborne system can be integrated with a variety of mission-specific payload systems including electro-optic / Infrared (EO / IR) imaging camera systems, surveillance radar, electronic intelligence systems, and inertial navigation system (INS) technologies.

The airship is mounted with a full 1080P HD-SDI digital performance payload system to view, track, and identify ground locations, as well as to capture real-time imagery and data. It features a high-definition low-light colour camera with 120x zoom, an advanced shortwave infrared (SWIR) band sensor, and a multi-mode Autotracker to follow moving targets.

"The tactical aerostat system is designed to perform aerial intelligence, surveillance, and reconnaissance (ISR) operations."

A radio direction-finding system is incorporated to find the accurate direction with an angular root-mean-square (RMS) error of approximately 3°. The direction-finding system is also used for real-time monitoring and recording the direction.

The surface surveillance radar performs small target detection, priority track, and long-range search, while rhe navigation equipment provides real beam ground map and weather detection.

A high-resolution ground moving target-indicating (GMTI) radar also features on the airship.

Ground station for the Sky Crow airship

The Sky Crow airship and its payloads are controlled from a ground station, which consists of a digital moving map display and cabin console for payload operator. The ground station is integrated with line-of-sight data links for transmission and reception of real-time information over a range of 150km.

It is also installed with satellite communications (SATCOM) data links to transmit / receive data beyond line of sight. It is integrated with flight data for accurate geo location and can be integrated into C4I network.

Sky Crow aerostat performance

The Sky Crow tactical aerostat system can operate at an altitude of 305m above the ground level. It has an endurance of 16 days and can withstand maximum sustained operating wind speeds up to 40kts and maximum moored winds of 25kts.

Defence Technology