EOS Mini UAS

EOS UAV is an electric mini UAV designed to deliver stable and clear imagery with VTOL option.

Threod Systems

Lubja, EE

Description

Description: EOS UAV is a hand-launched and parachute-recovered electric mini UAV designed to deliver stable and clear imagery. EOS has VTOL (vertical take-off and landing) configuration that brings unmatched mobility and flexibility, especially in difficult terrain conditions. VTOL configuration offers flexible usage as it has lower requirements for launch and take-off area (operable in densely vegetated or urban areas). EOS has very short turnaround time due to using VTOL mode for landing gear. EOS can be launched from the depth of friendly operating area due to long operational time, close to front-line troops.

Features:

• 3h endurance

• Instantly convertible between fixed-wing and VTOL

• Extremely low noise

• Low visual footprint

• Outstanding aerodynamics

• Powerful and gyro-stabilized dual EO/IR gimbal

• Photogrammetric payload

• Video stream according to STANAG 4609 with embedded KLV metadata

Specifications

Environment: Min. operation temperature [°C]

-30

Max. operation temperature [°C]

40

Max. wind speed [m/sec]

16

Imaging/scanning devices: Onboard imaging/scanning devices

RGB Camera, Additional sensors, Gimbal

Type of Camera

EO/IR

Additional Sensors and additional information

Aerial mapping payload

Build-in Stablilsation

Y

Exchangeable

Y

Sensor tilting to allow oblique views

Y

Platform: Platform

Aircraft

Brand

Threod

Max. payload [kg]

1.5

Max. stay in the air [min]

195

Max. speed [km/h]

100

Max. height above sea level [m]

3000

Propulsion

Electric

Weight (with cooling fan)

8

Operation Characteristics and Safety: Min. ø of launch/landing site [m]

75

Launching method

Hand launched / bungee

Automatic launch and landing

Y

Training provided

Y

Autonomous emergency landing

Y

Dimensions: ø / wingspan [cm]

475

Height [cm]

70

Weight [kg]

7

Weight of battery [kg]

2

Weight of filled fuel tank [kg]

1.5

Number of rotors

1

Transport on human back

N