2.4G fixed height Precision Agriculture Drone Remote Control 150m

SKU. 178212

$ 12.4 $ 13.8 save $1.4

36-503 pieces

$ 12.152
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1008+ pieces

$ 10.168

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4k single camera 4k dual camera extra battery

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2.4G fixed height Precision Agriculture Drone Remote Control 150m

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GPS GLONASS Precision Agriculture Uav 1800 Mah

Specification

Product model	V88	Product size	2623.55.5cm(unfolded size) 1285.5cm(folded size)
Product name	2.4G fixed height aerial photography drone	Storage bag package size	21615cm
Body color	Black, gray	Storage bag full set weight	332g
Body battery	3.7V 1800 mah lithium battery	Color box package size	22.2 * 6.7 * 17.5 cm
Remote control battery	Battery size 3 by 5 (not included)	Color box full set weight	413g
Flight time	About 10 minutes	Battery weight	21g
Charging time	60 minutes	Number of boxes	36pcs
Remote control distance	150m	Outer box specifications	Storage bag outer box 6626.550cm color box outer box 4642.555cm
Figure transmission distance	30m	Gross net weight of outer box	15.5/14 kg
No camera feature	Fixed height function, aircraft foldable, six-pass band gyroscope; One button take off, one button land, rise and fall, forward and backward, left and right side fly, turn, headless mode, fuselage light/headlight
With camera function	Fixed height function, aircraft foldable, six-pass band gyroscope; One-button take off, one-button land, rise and fall, forward and backward, left and right side flight, steering, headless mode, body light/headlight (with camera can be added: gesture photography, video, headless mode, emergency stop, trajectory flight, gravity sensing, music, 50x zoom, automatic photography)
Accessories	Aircraft 1 Remote Transmitter 1 Body battery 1 Spare blade set of USB cables 1 Screwdriver 1 Instruction manual 1 Built-in HD camera 1 WIFI instruction manual 1

Description

Precision Agriculture UAVs (Unmanned Aerial Vehicles), also known as drones, are unmanned aircraft equipped with specialized sensors and imaging technologies used for precision agriculture applications. These UAVs are specifically designed to gather data and provide valuable insights for optimizing agricultural practices and improving crop yields

Features

Multispectral and Hyperspectral Sensors: Precision Agriculture UAVs are equipped with multispectral or hyperspectral sensors that capture data in multiple bands of the electromagnetic spectrum. These sensors can detect various wavelengths of light, providing information about plant health, nutrient levels, moisture content, and stress indicators.
High-Resolution Cameras: These UAVs are equipped with high-resolution cameras capable of capturing detailed aerial images of agricultural fields. The images provide farmers with a visual representation of the crop health, growth patterns, and potential issues such as pests, diseases, or weed infestations.
Global Positioning System (GPS): Precision Agriculture UAVs are integrated with GPS technology, enabling precise positioning and accurate georeferencing of the collected data. This allows for the creation of detailed field maps and the accurate identification of specific areas requiring attention or treatment.
Data Processing and Analysis Software: The collected data from Precision Agriculture UAVs is processed and analyzed using specialized software tools. These software tools help farmers and agronomists interpret the data, generate actionable insights, and make informed decisions about crop management strategies.

Applications

Crop Health Monitoring: Precision Agriculture UAVs are used to monitor and assess the health of crops throughout the growing season. The aerial imagery and sensor data captured by the UAVs provide valuable information about plant stress, nutrient deficiencies, and disease outbreaks. This information helps farmers to implement targeted interventions and optimize the use of fertilizers and pesticides.
Yield Prediction: By analyzing the data collected by Precision Agriculture UAVs, farmers can estimate crop yields accurately. This information enables better planning for harvesting, storage, and marketing activities, leading to improved profitability and resource management.
Irrigation Management: Precision Agriculture UAVs assist in optimizing irrigation practices by providing insights into soil moisture levels and water distribution patterns. By identifying areas with inadequate or excessive moisture, farmers can make informed decisions about when, where, and how much water to apply, resulting in efficient water usage and reduced water waste.