ReconSKY™ WING


, an unmanned aerial vehicle (UAV) system

IN A FLYING WING CONFIGURATION

ReconSKY™ WING UAV

It is a fully automatic, unmanned aerial system with a flying wing configuration.
It is a modern, Polish solution designed for a wide range of missions.

The ReconSKY WING system can be used for terrain surveillance, signal relay, border patrol, and critical infrastructure monitoring. Thanks to its modular design, it is easy to assemble and disassemble, allowing for rapid mission preparation. Operations can be conducted automatically, and the system can be integrated with other solutions.

The ReconSKY WING base mission module is equipped with a movable camera head mounted beneath the fuselage.

This provides a wide range of aerial observation. The sensor is used to monitor a selected area in daylight, enabling precise tracking.

RECONSKY™ WING

Features

A fully
automatic flight

A pre-programmed flight path, automatic return to the takeoff point, and many other features available for automated operations.

RECONSKY WING can navigate according to the assigned mission as part of the flight plan. It can avoid restricted areas or switch to a circling mode over a selected point. Any parameter—such as activity, circling radius, or direction—can be changed at any time, both before and during the mission.

It is possible to prepare alternative flight plans.


's Automatic Takeoff and Landing

The RECONSKY WING can automatically take off and land on a runway. The RECONSKY WING is capable of linear landing, which means it can land precisely and safely along a designated landing path.

The UAV performs a smooth and controlled landing, minimizing the risk of damage and increasing operational reliability.

Low radar detectability

Thanks to its all-composite airframe and the absence of large metal components, the RECONSKY WING is difficult for radar and anti-aircraft systems to detect and track.

UAV Control via Multiple Ground Stations

The RECONSKY WING can be controlled by any authorized ground station within its operational range. In addition, video and other intelligence data can be transmitted simultaneously to multiple ground stations or portable terminals.

This makes it possible to extend the operational range and allows multiple groups of UAV operators to receive real-time data from the unmanned aerial vehicle.

Low acoustic signature

Thanks to its electric motor and excellent aerodynamic properties, the RECONSKY WING is acoustically “invisible.”

Proprietary, in-house mission planning software

A fully integrated, proprietary system that is fully compatible with the W10/W11 platform. RECONSKY Navigator is an easy-to-use and intuitive interface for live mission planning and aircraft monitoring.


—safe and easy to use

The RECONSKY™ WING flying platform is easy to assemble and disassemble, thanks to its modular design.

Reduced downtime and maintenance costs

The RECONSKY WING was designed to reduce both downtime and repairs thanks to its modular design, which allows parts to be replaced as needed.

Actual aerial shots

RECONSKY™ WING

Technical Specifications

Table Header Table Header
Wingspan
163 cm
Flight time
120 min +
Communication System
ISM Bands
Cruising speed
54 km/h
Maximum speed
140 km/h
Flight ceiling
3500 m
Start Type
powered by a rubber-powered launcher
Landing Type
automatic, at a selected point
Maximum takeoff weight
3 kg
Scope of Communication and Control
30 km
(provided there is a clear line of sight to the antennas)
Design
composite
Drive
low-noise, brushless, electric
Power Supply
lithium-ion battery
Maximum wind resistance
12 m/s
Operating temperature
-15°C – 40°C
Humidity
resistant to light rain
Shipping Dimensions
170 x 30 x 60 cm
ReconSKY™ WING

Flight Modes

  • The ability to take off and land in confined spaces.
  • A flight along a predetermined route, with the option to change the route during the flight.
  • A flight to a point with specified coordinates.
  • Circling around the specified object.
  • Moving in the direction indicated by the observation head.
  • Manual flight control from the operator station.
  • Autonomous flight along a specified route, even beyond radio range.
  • Changing flight parameters during the flight.
  • In the event of a loss of communication, the drone will automatically return to the location where communication was last established or automatically land at a pre-determined point.
  • Ability to record video and flight data.