Establishment of an effective cultural property disaster monitoring system through the development of LTE communication-based drones and ground stations capable of unmanned charging.
FEATURE
BUSINESS OBJECTIVE
Due to the difficulty of accessing the site and limited large-area monitoring of cultural heritage disasters in advance, long-distance control is possible with drones that support LTE communication. Automatic missions minimize flight personnel, automatically take off/land, and automatically charge.
KEY POINT
BUSINESS CONCEPT
iPOP utilizes 5G technology with ultra-low latency in drones to enable real-time status information of
drones and real-time video transmission with high resolution of original quality.
In addition, it is possible to establish a wireless network system for emergency recovery
if communication is lost by utilizing wired drones that can fly 24 hours a day.
SYSTEM
DRONE
Dimensions
Unfolded, propellers and landing gears included,
1,260×1,260×500 mm
Folded, propellers and landing gears excluded,
700×700×500 mm
Weight
12kg
Max Takeoff Weight
15kg
Max Speed
43.2 km/h and above
Max Flight Time
30 min (no payload),
25 min (takeoff weight: 15 kg)
DRONE STATION
Dimensions
6,200×2,100×3,100 mm
Weight
2,065kg
Max Takeoff Weight
2,500kg
Max Speed
140 km/h
Range
800km
Gasoline Generator Max Power
5kW
SERVICE CONCEPT
In the event of a fire or disaster disaster situation, a 5G disaster communication
mission drone is dispatched to control the situation.
If the communication network is also lost, a 5G disaster communication relay drone
will be launched to restore the lost communication network around it to secure
the safety right of the demandor.
5G DISASTER MISSION DRONE
With mission drones utilizing 5G communication, real-time ultra-low latency original video streaming and drones can be controlled.
5G DISASTER BASE STATION DRONE
It can fly 24 hours a day, so you can build an emergency disaster network around the drone in the event of loss of communication network.
5G DRONE COMMANDER VEHICLE It provides power to 5G disaster communication relay drones through drone control or generator to help them stay in the air for a long time.
5G GCS SYSTEM
Provide multilateral cooperative training considering the training characteristics of firefighters and the response procedures for each fire mission.
KEYWORD
#5G #SAFETY #DISASTER #PREVENTION #BUAN #DRONESTATION
Establishment of an effective cultural property disaster monitoring system through the development of LTE communication-based drones and ground stations capable of unmanned charging.
FEATURE
BUSINESS OBJECTIVE
Due to the difficulty of accessing the site and limited large-area monitoring of cultural heritage disasters in advance, long-distance control is possible with drones that support LTE communication. Automatic missions minimize flight personnel, automatically take off/land, and automatically charge.
KEY POINT
BUSINESS CONCEPT
iPOP utilizes 5G technology with ultra-low latency in drones to enable real-time status information of
drones and real-time video transmission with high resolution of original quality.
In addition, it is possible to establish a wireless network system for emergency recovery
if communication is lost by utilizing wired drones that can fly 24 hours a day.
SYSTEM
DRONE
Unfolded, propellers and landing gears included,
1,260×1,260×500 mm
Folded, propellers and landing gears excluded,
700×700×500 mm
43.2 km/h and above
30 min (no payload),
25 min (takeoff weight: 15 kg)
DRONE STATION
6,200×2,100×3,100 mm
140 km/h
800km
SERVICE CONCEPT
In the event of a fire or disaster disaster situation, a 5G disaster communication
mission drone is dispatched to control the situation.
If the communication network is also lost, a 5G disaster communication relay drone
will be launched to restore the lost communication network around it to secure
the safety right of the demandor.
5G DISASTER MISSION DRONE
With mission drones utilizing 5G communication, real-time ultra-low latency original video streaming and drones can be controlled.
5G DISASTER BASE STATION DRONE
It can fly 24 hours a day, so you can build an emergency disaster network around the drone in the event of loss of communication network.
It provides power to 5G disaster communication relay drones through drone control or generator to help them stay in the air for a long time.
5G GCS SYSTEM
Provide multilateral cooperative training considering the training characteristics of firefighters and the response procedures for each fire mission.
HIGHLIGHTS