Skysys co,.ltd.

SKYEYE Overview

SKYEYE is a lightweight tethered UAV primarily designed for surveillance tasks such as wildfire and industrial safety monitoring.
It enables effective wide-area surveillance from the air, offering real-time high-definition video transmission and recording.
With the ability to carry various task equipment, it can be customized to meet specific needs.
Incorporating AI technology for automated control, SKYEYE provides efficient and accurate data analysis.

Wide-area Monitoring and Filming
Stable Power Supply for Survillance
Customizable with Various Equipment
Remote Control Capability
Real-time HD video streaming

※ "Tethering" refers to securing an object with a rope or similar means to prevent it from moving away from a fixed position.

Product Specifications

Left and right draggable

Category	Item	Details
SKYEYE flight Vehicle (SKYEYE-150)	Volume	15 Cubic (15m³)
	Size	balloon unit	3.45 * 3.45 * 2.2m
	Size	kite unit	6.85m
	Weight	approx. 9kg
	Max Takeoff Weight	approx. 14kg
SKYEYE mission equipment (SKYEYE-MD)	Video Equipment	Optical zoom, night vision support, thermal imaging camera, etc.
SKYEYE mission equipment (SKYEYE-MD)	Size	900 * 650 * 430mm
SKYEYE-Winch (SKYEYE-Winch)	Size	900 * 650 * 430m
	Weight	90kg
	Roles and Safety Features	- Portable Ground Tethering Device + Power Supply + Communication System - Equipped with Cable Auto-Alignment Function : Electric Automatic Brake / Mechanical Safety Lock
Tethered power and communication cable (E-Tether)	Length	500m
	Tensile Strength	500kgf (with optional add-ons, 700kgf)
	Main Material	Kevlar fabric

System Configuration

Aerial Operation Equipment (UAV and Mission Equipment): - Equipped with a 3-axis gimbal, high-performance camera, video transmission/reception device, and gimbal controller
- Utilizes UV-coated materials for excellent wear resistance and corrosion resistance
- Owns patents related to the flight vehicle
Ground Support Equipment (Winch, Tether Power and Communication Cable): - Ground-based altitude control for the flight unit
- Transmission of video and flight data to a remote server
- Stable power supply to the flight unit via cable called E-tether
- Integration of "ground tethering system + communication functionality + power supply"
Control Center Software: - Real-time high-definition video monitoring and storage
- Real-time video accessible via mobile devices such as smartphones and tablets
- Management monitoring and mission equipment control by receiving operational data, including flight unit position, orientation, and altitude
Artificial Intelligence Technology: - Automated video analysis using AI to detect real-time wildfire indicators
- Rapidly analyzes hazardous situations and provides instant alerts to users

Customizable Mission Equipment

Mission Execution System

Principle of Operation

SKYEYE is an aerial vehicle that utilizes the principle of a kite, leveraging wind to maintain a more stable and higher altitude.
It can operate in wind conditions ranging from calm to speeds of up to 15m/s.
With GPS-based line-of-sight control technology, the camera’s viewing angle can be fixed or adjusted to conduct monitoring.
Remote control from the ground allows for camera and gimbal operation, and the zoom function enables the identification and response to specific objects on the ground.

Comparative analysis

좌, 우 드래그가능

Category	SKYEYE		Drones (multiroter)	CCTV	Airship
Operating Time	Continuous Operation		Around 30 Minutes	Continuous Operation	Around 30 Minutes
Operating Altitude	Optimal Altitude : 150 ~ 300m		~ 150m	1m ~ 15m
Safety	Very Safe - Frequent Consumables Replacement (motors, batteries, etc) - Operated by Pilot of Lightweight		Low	High	Very Low
Very Low	Average - Limited self-mobility due to tethered design, can be moved by vehicle or boat		Good	None	Good
Environmental Impact	In case of Rain	Usable	Not Usable	Usable	Not Usable
Environmental Impact	Wind Speed	Usable up to 15m/s	Not Usable above 10m/s	No Impact	Not Usable above 10m/s
Operating and Maintenance Costs	Medium Cost - Can be used semi-permanently with only helium gas refills (Charging cycle: Average of 15 days or more / Inspection cycle: 7 days) - Stable operation can be achieved with 1-2 days of training for anyone		High Cost - Frequent Replacement of Consumable Parts (Motors and Batteries) - Operation by CertifiedExpert	Medium Cost - High Initial Installation Cost	High Cost - Maintenance and Space Requirements Challenging Due to Large Size - Requires Skilled Personnel, Increasing Operational and Labor Costs Based on Days of Operation