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Multispectral Lidar Drone
Product Code: ATHL9626
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Description


The ATHL9626 Multispectral LiDAR Drone, introduced as Optosky's latest third-generation UAV multispectral imager, integrates a LiDAR module for advanced aerial data collection. This compact and lightweight system includes a stable hexacopter, reliable gimbal system, high-spectral imager, and large-capacity storage, GPS navigation, ground receiving workstation, and control system. Leveraging its multispectral capabilities and line-scan LiDAR, it acquires precise surface elevation data, enabling detailed orthorectification and three-dimensional object feature capture, complemented by spectral analysis for innovative research applications.
Featuring a high-resolution solid-state scanning LiDAR module and high-spectral imager, the ATHL9626 generates real-time true-color point clouds, efficiently covering over 2 km² in a single flight. This UAV is ideal for real-time spectral measurement of vegetation, water bodies, soils, and other terrain features, producing detailed spectral images. By correlating spectral data with plant physicochemical properties, it supports applications in precision agriculture, environmental monitoring, and forestry management.
Optosky's ATHL9626 Multispectral LiDAR Drone represents a breakthrough in remote sensing technology, catering to the growing demand for high-precision aerial data collection. Its integration of LiDAR and multispectral imaging capabilities positions it as a versatile tool for researchers, agronomists, and environmental scientists seeking comprehensive insights into landscape dynamics and ecosystem health.

Feature


  • 5 multispectral lenses & 1 RGB lens.
  • 320M & 1230M pixels.
  • 12-bit global & 8-bit rolling shutter.
  • DJI X-Port control.
  • Fastest 1s synchronous imaging across all channels.
  • Onboard real-time spectral inversion, video output.
  • Standard Downward Light Sensor (DLS).
  • Various trigger modes including timing and overlap rate.
  • Customizable lenses for different aircraft configurations.

NO.

Index

ATH9626

Flight system

flying platform

Customized version of long-term high-load large-scale 6-rotor drone/DJI M300RTK

PTZ

Three-axis brushless DC motor high stability gimbal

Number of rotors

6 rotors

Take-off and landing mode

vertical takeoff and landing

Wheelbase

1500mm

Maximum load

6kg

maximum ceiling

5000m

size

1650*1410*500mm

GPS

1.5m

Modify imaging parameters remotely

no

Endurance flight time

>45 minutes

Ground Station Working Distance

5km

Lidar

Radar mode of operation

TOF time-of-flight ranging

Laser wavelength

1550nm, eye safety level 1

Ranging speed

500,000 points/second, up to 1 million points/second (depending on distance)

Number of scan lines

1750 line

field of view

Horizontal 15°

Angular resolution

Horizontal 0.009°

scanning frequency

500HZ

Height measurement range

1~300m, up to 600m

laser return mode

multiple echoes

Height measurement error

<20mm

weight

1.5kg

Reliability

range of working temperature

-10 ~ 45℃

storage temperature range

-20 ~ 65℃

Working Humidity Range

≤85% RH

Spectral performance

Spectral channel

450nm@30nm,555nm@27nm,660nm@22nm,720nm@10nm,840nm@30nm,RGB

coverage width

multispectral:109m×82m@h120m;RGB:2.60cm@h120m

ground resolution

multispectral:5.28cm@h120m;RGB:2.60cm@h120m

Number of quantization bits

multispectral:12bit;RGB:8bit

Imaging lens*1

Shutter type

Multispectral: Global; RGB: Rolling

Target size

Multispectral: 1/1.8"; RGB: 1/2.3"

Effective Pixels

Multispectral: 3.2Mpx; RGB: 12.3Mpx

field of view

Multispectral: 48.8°×37.5°; RGB: 47.4°×36.4°

optical window

Sapphire optical glass window

Electrical properties

Host size

130mm×160mm×150mm

Total Weight

780g

Installation interface

X-Port

powered by

X-Port

power consumption

10w/15w

Image Format

Multispectral: 16bit original TIFF & 8bit reflectance JPEG RGB: 8bit JPEG

video format

MP4

storage media

Standard configuration 128G, maximum support for 2T USB3.0 storage device

Shooting trigger

Overlap rate trigger, timing trigger

Shooting frequency

Photo mode: 1Hz; Video mode: 20Hz

Working temperature

-10℃~+50℃(relative wind speed ≥1m/s

environment humidity

RH(%)≤85%(non-condensation)

 

 

 

Note:
*1: Imaging lens is standard, other focal length lenses are optional;
*2: This product is independently developed by Aopu Tiancheng. The parameters in the table are for reference only. Other parameters can be customized.

    • plant growth state
    • Cultural relic scanning and restoration, mural restoration
    • Plant growth status, growth assessment
    • Water body eutrophication detection
    • Black and odorous water body monitoring
    • Monitoring of discoloration of pine wood
    • Scientific research institutions, colleges and universities

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