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Aerial Photography Drone 3 Axis Gimbal Professional 4K Video Camera with Avoid Obstacles

Product Details

Place of Origin: China

Brand Name: ZAi

Certification: CE ROHS FCC SGS

Model Number: Faith 2 Pro

Payment & Shipping Terms

Minimum Order Quantity: 1000

Price: Negotiatial

Packaging Details: Standard Packages

Delivery Time: sample3-5 days, 30 days around for mass order

Payment Terms: L/C, D/A, D/P, T/T, Western Union

Supply Ability: 100,000 pcs per month

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Specifications
Highlight:

10km Remote Sensing Drones

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Remote Sensing Drones Agriculture

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Crop Monitoring Drone 1080P

Name:
Remote Sensing Drone
Maximum Distance:
1080P 10km
Wheelbase:
600mm, Foldable
Gimbal:
3-axis
Battery:
3100mAh
Satellite Positioning Systems:
GPS/GLONASS
Maximum Ascend Speed:
5m/s
Maximum Decsend Speed:
4m/s
Image Size:
3840*2160
Photo:
JPEG
Max Service Ceiling Above Sea Level:
4000 M
Flight Time:
40mins(no Load) ,29mins(full Load)
4G Extended Image Transmission:
Global 4G Image Transmission, Unlimited Distance
Flight Control:
Compatible With Mavlink Protocol Flight Control
Operating Temperature Range:
-5-40℃
Name:
Remote Sensing Drone
Maximum Distance:
1080P 10km
Wheelbase:
600mm, Foldable
Gimbal:
3-axis
Battery:
3100mAh
Satellite Positioning Systems:
GPS/GLONASS
Maximum Ascend Speed:
5m/s
Maximum Decsend Speed:
4m/s
Image Size:
3840*2160
Photo:
JPEG
Max Service Ceiling Above Sea Level:
4000 M
Flight Time:
40mins(no Load) ,29mins(full Load)
4G Extended Image Transmission:
Global 4G Image Transmission, Unlimited Distance
Flight Control:
Compatible With Mavlink Protocol Flight Control
Operating Temperature Range:
-5-40℃
Description
Aerial Photography Drone 3 Axis Gimbal Professional 4K Video Camera with Avoid Obstacles

 

Aerial Photography Drone 3 Axis Gimbal Professional 4K Video Camera with Avoid Obstacles

 

Specification

 

1 Aircraft Faith 2 Pro Note
  Size Unfold: 191 X 262 X 107 mm ( L*W*H)
Fold: 179X 108 X 74 mm( L*W*H)
 
  Wheelbase 280 mm  
  Weight (Battery & Propellers Included) 562g  
  Max Ascent Speed 4m/s(sport mode)
3m/s(Normal mode)
 
  Max Descent Speed 3m/s(sport mode)
2m/s(Normal mode)
 
  Max Speed 14m/s(sport mode)
10m/s(Normal mode)
 
  Max Service Ceiling Above Sea Level 4000 m  
  Max Flight Time 32 mins  
  Operating Temperature Range 0°C~40°C  
  Satellite Positioning Systems GPS/GLONASS  
  Hover Accuracy Range vertical: +/- 0.5 m
± 0.2 m( ultrasonic system,optical flow system works)
horizonal: +/- 1.5m
± 0.3 m( ultrasonic system,optical flow system works)
 
  Operating Frequency 2.4GHz  
  Maximum flight height 120m ,maximum 800m (set on app)  
         
2 Optical flow system
  Optical flow system yes  
  Operating Environment Surface with clear pattern and adequate lighting (lux > 15)  
  Velocity Range ≤1.5 m/s at 6.6 ft (2 m) above ground  
  Altitude Range 0.5~5m  
3 Ultrasonic altitude system
  Ultrasonic altitude system yes  
  Operating Environment except for surface of water or ground of absorbing material (such
as thick carpet)
 
  Velocity Range ≤ 3m/s  
  Altitude Range 0.2~4.5m  
4 Obstacle avoidance
  Obstacle avoidance type 2-axis laser  
  Obstacle avoidance direction 540° ,top,left,right,front,back  
  Maximum detection range 20m  
  Maximum obstacle avoidance speed 10m/s  
 
5 3-axis gimbal
  Stabilization 3-axis(pitch:+30/-120° , roll:± 30° ,course:±30° )  
  Controllable Range pitch:-90°~20°  
  Jitter Amount 0.01°  
6 Camera
  Sensor SONY CMOS;  
  Image Size 5180*3840(20MP)  
  Video Recording Resolution 3860*2140(4K),30FPS  
  Supported File Systems FAT32(<=32GB) /exFAT(>32GB)  
  Shooting mode single shot ,delay shoot  
  Video MP4  
  Supported SD Cards Micro SD ™
Max capacity:128GB. UHS-I Speed Grade 3 rating required
 
  Operating Temperature Range 0°C~40°C  
 
7 Battery
  Capacity 3100mAh  
  Voltage 11.4V  
  Battery Type LiPo 3S  
  Energy 35.34 Wh  
  Net Weight 196 g  
  Charging Temperature Range 0°C~40°C  
  Max charging power 35 W  
  charge time <5h(with 5V 2A adapter)  
 
8 APP
  Mobile App C-Fly 2  
  Live View Quality 1080p,automatically change definition based on condition  
  Maximum FPV transmission distance 6000m  
  Aerial photography mode dronie,rocket,circle,helix,boomerang,delay,live show,Vertical
screen ,Visual follow
 
  Required Operating Systems Andrio 6.0 above ,IOS 10.0above  
 
9 Charger
Input 5 V 2A(recommend)  
Output 4.35V 0.7A×3  
 
10 Remote Controller
  Operating Frequency 2.4GHz  
  Max Transmission Distance 6000m(CE)  
  Operating Temperature Range 0°C~40°C  
  Operating Current/Voltage 700mA/3.7V  
  Supported Mobile Device Size Thickness Supported:6.5-8.5mm  
  Battery capacity(built-in) 3.7v 3000 mAh  
  Battery type LiPo 18650  
  Battery power 11. 1 Wh  
  Charge USB  
  Maximum charge power 10W  
  charge time < 2.5h(with 5V 2A adapter)  

 

Description

 

Remote Sensing Drone, also known as a UAV (Unmanned Aerial Vehicle) or UAS (Unmanned Aerial System) for remote sensing, is an unmanned aircraft equipped with specialized sensors and cameras used to collect data and imagery from a distance for various scientific, environmental, and applications. These drones are specifically designed for remote sensing purposes, allowing for the collection of valuable information about the Earth's surface, atmosphere, and environment.

 

 

Features

  • Imaging Sensors: Remote Sensing Drones are equipped with various imaging sensors, such as RGB (Red, Green, Blue) sensors, multispectral sensors, hyperspectral sensors, or thermal cameras. These sensors capture specific wavelengths of light, enabling the collection of data for different remote sensing applications.
  • Lidar Sensors: Many Remote Sensing Drones are equipped with Lidar (Light Detection and Ranging) sensors. Lidar technology uses laser pulses to measure distances and create highly accurate 3D point clouds of the surveyed area. Lidar sensors provide precise elevation data and assist in vegetation , topographic surveys, and terrain analysis.
  • Global Navigation Satellite System (GNSS): Remote Sensing Drones utilize GNSS, such as GPS (Global Positioning System), for accurate positioning and navigation. GNSS receivers allow the drone to determine its precise location, which is crucial for accurate data collection and .

Applications

  • Environmental Monitoring: Remote Sensing Drones are used for monitoring environmental conditions and changes. They can collect data on vegetation health, land use and land cover, water quality, coastal erosion, and forest fires. This information aids in assessing the impact of human activities and natural processes on the environment.

  • Agriculture and Crop Monitoring: These drones have applications in agriculture for crop monitoring, yield estimation, and precision farming. They can capture multispectral or thermal imagery to analyze plant health, detect stress or diseases, optimize irrigation, and improve crop management practices.

  • Forestry and Natural Resource Management: Remote Sensing Drones are employed in forestry and natural resource management. They can assess forest health, monitor tree growth, detect invasive species, estimate biomass, and map deforestation or forest
    degradation. This information helps in sustainable forest management and conservation effort


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