white Custom 3 Axis Gimbal Camera Drone For Construction Industry HK-DF846D

SKU. 178165

$ 148 $ 162 save $14

8-55 pieces

$ 145.04
56-999 pieces

$ 133.2
1000+ pieces

$ 121.36

Stock:: 3000 in Stock

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Estimated delivery time : 3-7 working days. See details

Total Price:: $ 148 $ 162 save $14

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white Custom 3 Axis Gimbal Camera Drone For Construction Industry HK-DF846D

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Description
Specification
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Specification

1	Aircraft	Faith mini
	Size	Unfold: 165 X 188 X 59 mm ( LWH) Fold:142 X 84 X 57 mm( LWH)
	Wheelbase	218 mm
	Weight (Battery & Propellers Included)	under 250g
	Max Ascent Speed	4m/s(sport mode) 2.5m/s(Normal mode,can set from 1~3m/s) 3.5m/s(RTH mode)
	Max Descent Speed	3m/s(sport mode) 2m/s(Normal mode,can set from 1~3m/s) 3m/s(RTH mode)
	Max Speed	14m/s(sport mode) 8m/s(Normal mode,can set from 2~ 10m/s) 12m/s(RTH mode)
	Max Service Ceiling Above Sea Level	4000 m
	Max Flight Time	26 mins
	Operating Temperature Range	0°C~40°C
	Satellite Positioning Systems	GPS/GLONASS
	Hover Accuracy Range	vertical: +/- 0.5 m horizonal: +/- 1.5m ± 0.3 m( optical flow system works)
	Operating Frequency	2.4GHz
	Maximum flight height	120m ,maximum 500m (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	0.02~4m

3 3-axis gimbal
	Stabilization	3-axis(pitch:+30/-120° , roll:± 30° ,course:±30° )
	Controllable Range	pitch:-90°~ 15°
	Jitter Amount	±0.01°
4 Camera
	Sensor	SONY CMOS;
	Image Size	3840*2160(8MP)
	Video Recording Resolution	3840×2160(4K) 15FPS ,2716×1524(2.7k)25FPS
Maximum Video Bit		25 Mbps
	Supported File Systems	FAT32(<=32GB) /exFAT(>32GB)
	Photo	JPEG /JPEG
	Video	MP4
	Supported SD Cards	Micro SD ™ Max capacity:128GB. UHS-I Speed Grade 3 rating required
	Operating Temperature Range	0°C~40°C

5 Battery
	Capacity	2100mAh
	Voltage	7.7V
	Battery Type	LiPo 2S
	Energy	16. 17 Wh
	Net Weight	80 g
	Charging Temperature Range	0°C~40°C
	Max charging power	16W
	charge time	<2.5h(with 5V 2A adapter)

6 APP
	Mobile App	C-Fly GO
	Live View Quality	720p, automatically change definition based on condition
	Maximum FPV transmission distance	5000m
	Aerial photography mode	drone,rocket, circle,helix
	Required Operating Systems	Android 6.0 above, IOS 10.0above

7 Charger
Input		5 V 2A(recommend)
Output		4.4V 1A×2
Power		10 W

8 Remote Controller
	Operating Frequency	5.8GHz
	Max Transmission Distance	3000m(FCC)
	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,2.5hours for usage time(depend on different phone)
	Battery type	LiPo 18650
	Battery power	9.62 Wh
	Charge	USB
	Maximum charge power	10W
	charge time	< 2.5h(with 5V 2A adapter)

Description

3D Mapping Drone, also known as a UAV (Unmanned Aerial Vehicle) or UAS (Unmanned Aerial System) for 3D mapping, is an unmanned aircraft equipped with specialized sensors and cameras used to capture aerial imagery and data for creating three-dimensional maps and models of the terrain or objects below. These drones are specifically designed for mapping, surveying, and creating detailed 3D representations of various environments.

Features

High-resolution Cameras: 3D Mapping Drones are equipped with high-resolution cameras capable of capturing detailed aerial photographs. These cameras may include RGB (Red, Green, Blue) sensors or multispectral sensors to capture different wavelengths of light for specific mapping applications.
Lidar Sensors: Many 3D Mapping 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 enable the creation of detailed terrain models.
Global Navigation Satellite System (GNSS): 3D Mapping 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 essential for creating accurate maps and models.

Applications

Land Surveying and Mapping: 3D Mapping Drones are extensively used in land surveying and mapping applications. They can quickly and accurately capture aerial imagery and data, allowing for the creation of detailed maps, topographic surveys, and digital terrain models.
Urban Planning and Development: 3D Mapping Drones play a crucial role in urban planning and development projects. They can capture high-resolution aerial imagery and generate 3D models of cities, helping urban planners visualize and analyze the existing infrastructure, plan for new developments, and assess environmental impacts.
Construction and Infrastructure: 3D Mapping Drones are employed in construction projects to monitor progress, conduct site inspections, and generate as-built models. They enable project managers to track construction activities, identify potential issues, and improve project coordination and communication.