POWER SECTOR

POWE

Electric power

Multirotor UAVs with visible light and infrared cameras can take close photos of power line towers and conductors, collecting clear images through visible light and infrared technology, and then determine the problem based by manual or auto identification technology.

  1. Drainage line inspection
  2. Tower inspection
  3. Low - level digital aerial photogrammetry
  4. Wind power blade inspection
  5. Applications

PUBLIC SECURITY

PUBLIC

The public security

Police UAV is widely used in air patrol,
site monitoring, emergency disposal, tracking,
and emergency rescue to jointly safeguard
and improve public security.

  1. Aerial reconnaissance
  2. Stability against terrorism
  3. Traffic management
  4. Borderline monitoring
  5. Applications

FIRE CONTROL

FIRE C

fire

Disaster areas can change rapidly. Therefore, using a UAV to monitor in real-time and then feedback accurate information to headquarters to determine any dynamic situation in the moment assures rapid and accurate countermeasures to minimize losses.

  1. Emergency rescue
  2. Forest fire prevention
  3. City fire-fighting
  4. Fire fighting and rescue
  5. Applications

ENIRONMENTAL
PROTECTION

MAPP

Environ

Surveying and mapping systems as well as airborne remote sensing are an important part of modern environmental protection and are easy to master in a timely manner when it comes to UAVs.

  1. Watershed monitoring
  2. Land mapping
  3. Water sample collection
  4. Temperature detection
  5. Applications

PETROLEUM

PETRO

oil

Industrial UAVs can be used for real-time monitoring of oil wells and pipeline conditions, detect oil leaks and pipeline corrosion, and take timely responsive measures in case of any emergency.

  1. Oil pipeline monitoring and maintenance
  2. Petroleum exploration
  3. Data query
  4. Real-time monitoring
  5. Applicaitons

AGRICULTURE

AGRIO

agricultural

Agricultural UAVs have already been used in the United States, Japan, and other developed countries in the survey of farmland and the utilization of pesticides which greatly speeds up the development of precision agriculture.

  1. Field mapping
  2. Precise spraying
  3. Crop detection
  4. Farmland information collection
  5. Applications