Faith2 SE Aerial Survey Drone Foldable Remote Control Drone With Camera

SKU. 178261

$ 210 $ 245 save $35

8-55 pieces

$ 205.8
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Faith2 SE Aerial Survey Drone Foldable Remote Control Drone With Camera

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Description
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Specification

1 aircraft
Dimensions (including obstacle avoidance module, excluding paddle)	Expansion: length 186 × width 258 × height 112 mm Folded: length 167 × width 97 × height 112 mm
Diagonal wheelbase	280mm
Weight (including battery, propeller and avoidance fault module)	500 g (with three-axis gimbal)
maximum ascent speed	4m/s (sports gear) 3m/s (normal speed) 3.5m/s (return mode)
maximum descent speed	3m/s (sports gear) 2m/s (normal speed) 3m/s (return mode)
maximum horizontal flight speed	14m/s (sports gear) 10m/s (normal speed) 12m/s (return mode)
Maximum flight altitude	4000m
longest flight time	27 minutes
Working temperature	0°C to 40°C
Satellite positioning module	GPS/GLONASS dual mode
Hover accuracy	Vertical: +/- 0.5 meters ± 0.2 m (when optical flow positioning and ultrasonic height fixing are working normally) Level: +/- 1.5 meters ± 0.3 m (when optical flow positioning is working normally)
working frequency	5.8GHz
flight altitude	Default 120 meters, maximum 500 meters (must manually change APP settings)
2 Optical flow positioning system
Optical flow positioning system	have
Usage environment	The surface has rich texture and sufficient lighting conditions (>15 lux, normal indoor fluorescent lighting environment)
Speed measurement range	Flight speed ≤ 1.5m/s (height 2 meters, sufficient light)
effective height	0.5 ~6 meters
3 Ultrasonic height-fixing system
Ultrasonic height setting system	have
Usage environment	Except for water surfaces or floors made of absorbing materials (such as thick carpets)
Speed measurement range	Flight speed ≤ 3m/s
Height measurement range	0.05 ~4.5 meters
4 Obstacle avoidance system (optional)
Obstacle avoidance type	Two-axis laser
Obstacle avoidance direction	540°, front, back, left, right, up
Maximum detection distance	20m
Maximum obstacle avoidance speed	10m/s
5 three-axis gimbal
stabilization method	Mechanical stabilization of brushless motors
Controllable rotation range	Pitch: -90° to 0° (default setting) -90° to 20° (extended setting)
stable system	Three axes (pitch +35/-125°, roll ±35°, direction ±30°)
6 Camera specifications
image sensor	Sony Sensor CMOS
photo size	3840x2160 (8 million)
Photo shooting mode	Single shooting, continuous shooting, time-lapse shooting
Record video maximum resolution	3840×2160 (4K) 15FPS, 2716×1524 (2.7k) 25FPS
Maximum bit rate for recording video	25Mbps
Support file system	FAT32
Image Format	JPEG
video format	MP4
Supported memory card types	MicroSD card, supports up to 128GB, Micro SD card with transfer speed reaching c10 rating.
Working temperature	0°C to 40°C
7 flight batteries
capacity	3000mAh
Voltage	11.4V
Battery Type	LiPo 3S
energy	29.64 Wh
Overall battery weight	About 170g
Working temperature	0°C to 40°C
Maximum charging power	29W
Charging time	< 4h (using 5V 2A power adapter)
8 APP/image transmission
Mobile App	CFLY 2
Real-time image transmission	Maximum 720P, will automatically switch the resolution according to environmental conditions
Maximum image transmission distance	3000m
Aerial photography mode	Fading away mode, surround mode, skyrocketing mode, spiral mode
Mobile phone system version requirements	Andrio 6.0 or above, IOS 10.0 or above
9 charger
enter	5V 2A (recommended, the power of the power adapter determines the charging time)
output	4.35V 0.7A×3
rated power	10 W
10 remote control
working frequency	5.8GHz
Maximum signal effective distance	3000m
Equivalent isotropic radiated power (EIRP)	<26 dBm (FCC), <20 dBm (CE/SRRC/MIC)
Working current	700mA
Mobile device holder	Thickness 6.5-8.5 mm, maximum length 80 mm
battery capacity	2600 mAh
Length of use	2.5h (different mobile phones will vary)
battery voltage	3.7V
Battery Type	LiPo 18650
Battery energy	9.62 Wh
Working temperature	0°C to 40°C
charging method	USB
Maximum charging power	10W
Charging time	< 2.5h (It is recommended to use a 5V 2A power adapter, its power determines the charging time)

Description

Aerial Survey Drone, also known as an UAV (Unmanned Aerial Vehicle) or UAS (Unmanned Aerial System) for aerial surveying, is an unmanned aircraft equipped with specialized sensors and cameras used to capture high-resolution imagery and data from an aerial perspective for surveying and mapping applications. These drones are specifically designed for conducting surveys and collecting geospatial information efficiently and accurately.

Features

High-Resolution Imaging Sensors: Aerial Survey Drones are equipped with high-resolution cameras or sensors capable of capturing detailed imagery from the air. These sensors may include RGB (Red, Green, Blue) cameras, multispectral cameras, thermal cameras, or Lidar sensors, depending on the specific survey requirements.
Global Navigation Satellite System (GNSS): Aerial Survey Drones utilize GNSS, such as GPS (Global Positioning System), for accurate positioning and navigation. GNSS receivers enable precise geolocation of the captured imagery and data, ensuring accurate mapping and surveying results.
Inertial Measurement Unit (IMU): An IMU is often integrated into Aerial Survey Drones to measure the drone's orientation, velocity, and acceleration. This data, combined with GNSS information, improves the accuracy of the captured imagery and data by compensating for any drone movement during the survey.

Applications

Land Surveying and Mapping: Aerial Survey Drones are extensively used in land surveying and mapping applications. They can capture high-resolution imagery and collect geospatial data to create accurate maps, orthophotos, and digital elevation models (DEMs). These drones enable efficient and cost-effective land surveying, boundary mapping, and cadastral surveys.
Construction and Infrastructure Monitoring: Aerial Survey Drones play a vital role in construction and infrastructure monitoring. They can provide aerial imagery and data for monitoring construction progress, assessing site conditions, and conducting inspections of bridges, roads, buildings, and other infrastructure projects. Drones help in identifying potential issues, optimizing project management, and ensuring compliance with design specifications.
Environmental Monitoring and Conservation: Aerial Survey Drones are used for environmental monitoring and conservation efforts. They can capture imagery and data to assess and monitor ecosystems, wildlife habitats, and protected areas. These drones aid in monitoring environmental changes, tracking wildlife populations, detecting invasive species, and assessing the impact of human activities on natural habitats.