MAPPING
& GEOSPATIAL
AA10
PROFESSIONAL AIRBORNE
LiDAR+RGB SYSTEM
The AlphaAir 10 is an advanced aerial surveying solution that seamlessly integrates LiDAR and RGB
sensors to meet the needs of professional UAV LiDAR mapping and drone photogrammetry. Leveraging
CHCNAV's cutting-edge LiDAR technology, the AA10 flawlessly integrates high-precision LiDAR, accurate
GNSS positioning, IMU orientation and an industrial-grade full-frame orthophoto camera. Combined with
CHCNAV point cloud and image fusion modeling software, the AA10 provides a survey-grade, efficient
and cost-effective approach to 3D data acquisition and processing. The AA10 Airborne LiDAR + RGB
System accelerates accurate 3D data collection within a single mission and simplifies the process of
capturing 3D reality through a streamlined workflow.
CHCNAV · AA10
ADVANCED
SURVEY SYSTEM
LIDAR+RGB AERIAL
PRECISION SCANNING
CAPABILITIES
The AA10’s high-precision navigation algorithm
in conjunction with the CHCNAV scanner
provides 5 mm repeated range accuracy
and achieves exceptional absolute precision
in the range of 2 to 5 cm, even in complex
environments.
ENHANCED VEGETATION
PENETRATION
Leveraging advanced multi-target capabilities,
the AA10 features up to 8 target echoes,
enhancing its ability to penetrate dense
vegetation. This feature allows the system to
effectively acquire ground surfaces, resulting
in accurate Digital Elevation Models (DEMs)
and Digital Surface Models (DSMs), even in
challenging environments with dense vegetation.
STATE-OF-THE-ART LIDAR
REAL-TIME DATA VIEW
EFFICIENT WORKFLOW
DESIGN FOR ANY UAV
READY FOR ANY WEATHER
SEAMLESS DATA FUSION
With the capability of long-range measurements
up to 800 m, rapid scanning at 500,000 points
per second, and a continuously rotating mirror
that enables scanning speeds of 250 scans per
second, the AA10 enhances the detail of aerial
mapping operations.
The AA10 supports automated reality capture
and real-time data visualization accessible
directly from the UAV controller, enabling
informed decision-making throughout the
survey operation.
Complementing the solution, CoPre and
CoProcess software suite streamlines post-
processing and feature extraction with an easy-
to-use and efficient data workflow.
The AA10 LiDAR system is impressively
lightweight and compact, weighing in at just 1.55
kg and provides a 30-minute operating time
when integrated with drones such as the DJI
M350. The installation process is simplified with
Alphaport's convenient one-click connection to
the UAV's power source.
The AA10 IP64-rating ensures the system's
resilience, allowing it to deliver consistent,
reliable performance in varying operating
conditions.
The AA10 accelerates the creation of mesh
models by generating high-quality point clouds.
Powered by a 45 MP orthographic internal
camera, the system provides high resolution
image mapping textures for efficient 3D
model reconstruction with realistic point cloud
colorization.
CHCNAV · AA10
PREMIUM
PERFORMANCE
Compact and lightweight, the
AA10 LiDAR can be easily
mounted on a wide range of
drones, including the CHCNAV
BB4, the popular DJI Matrice, and
various third-party UAV platforms.
The AA10’s high-precision LiDAR
and industrial-grade cameras
enable users to generate
accurate and realistic 3D models
and high-resolution Digital
Orthomosaic (DOM) outputs.
CHCNAV's CoPre software
efficiently handles all essential
processing steps, in addition to
data alignment and generation of
accurate 3D models and DOMs.
CHCNAV's exclusive Alphaport
interface provides wireless power
and drone telemetry connectivity.
Versatile UAV
Configuration
45MP Full-Frame
Camera
Robust Software
Capabilities
Innovative Alphaport
Interface
SPECIFICATIONS
2 cm ~ 5 cm RMS (1)
2 cm ~ 5 cm RMS (1)
210 mm x 112 mm x 131 mm
1.55 kg
Absolute Hz accuracy
Absolute Z accuracy
Dimensions of instrument
Data storage
Coping speed
512 G*2
80 Mb/s
Weight of instrument
General system performance
Mounting Quickly install & release design, easily
switch between various UAV platforms
CHC Navigation Headquarter
Shanghai Huace Navigation Technology Ltd.
577 Songying Road, Qingpu,
201703 Shanghai, China
+86 21 54260273
CHC Navigation Europe
Infopark Building, Sétány 1,
1117 Budapest, Hungary
+36 20 421 6430
Europe_office@chcnav.com
CHC Navigation USA LLC
6380 S. Valley View Blvd, Suite 246,
Las Vegas, NV 89118, USA
+1 702 405 6578
CHC Navigation India
409 Trade Center, Khokhra Circle,
Maninagar East, Ahmedabad,
Gujarat, India
+91 90 99 98 08 02
WWW.CHCNAV.COM | MARKETING@CHCNAV.COM
© 2023 Shanghai Huace Navigation Technology Ltd. All rights reserved. The CHCNAV and CHCNAV logo are
trademarks of Shanghai Huace Navigation Technology Limited. All other trademarks are the property of their
respective owners. Revision September 2023.
Positioning and orientation system
GPS: L1, L2, L5
GLONASS: L1, L2
BEIDOU: B1, B2, B3
GALILEO: E1, E5a, E5b
GNSS system
500 Hz
IMU update rate
0.006° RMS pitch/roll
0.019° RMS heading
0.010 m RMS horizontal
0.020 m RMS vertical
Attitude accuracy
after post-processing
Position accuracy
after post-processing * Specifications are subject to change without notice.
(1) According to CHCNAV test condition :150 m AGL with 8m/s speed. (2) Typical values for average conditions. (3)
Accuracy is the degree of conformity of a measured quantity to its actual (true) value. (4) Precision is the degree to
which further measurements show the same results.
Class 1 (in accordance with IEC 60825-1:2014)
100 kHz
400 m
317 m
800 m
300 kHz
275 m
218 m
480 m
500 kHz
215 m
170 m
280 m
Laser product classification
Laser Pulse Repetition Rate (PRR)
Laser divergence angle
Field of view
Scan speed (selectable)
Waveform
Minimum range
Accuracy (3)
Precision (4)
Max. Effective measurement rate
Max. Number of return pulses
0.032°
75°
50 ~ 250 scans/sec
Full waveform
10 m
15 mm (1σ,@150m)
5 mm (1σ,@150m)
500 000 meas / sec
Up to 8
Max.Measuring Range@ρ> 20% (2)
Max.Operating Flight Altitude AGL
@ρ>20%
Max.Measuring Range@ρ> 80% (2)
Operating temperature
Resolution
IP rating
Sensor size
Storage temperature
Focal length
Power consumption
CoPre Intelligent
Processing software
CoProcess Efficient Feature
Extraction software
-20°C to +50°C
45 MP
IP64
36 × 24 mm (8184 × 5460)
-20°C to +60°C
21 mm
40 W
Data copy, POS solve, point cloud and
images creation, strip adjustment & GCP
refine, noise optimization, DOM and 3D
model generation
Terrain module, road module, eVolume
module, Road Extractions module,
Building Extractions module
DC 24 V (13 ~ 27 V)
Input voltage
Environmental
Imaging system
Electrical
Equipped software
Humidity (operating)
Pixel size
FOV
80%, non-condensing
4.4 μm
81.2° × 59.5°
Power source Depending on UAV battery or
by Skyport (DJI M300/M350)
Laser scanner
Min photoing interval 1 s

More Related Content

PDF
Jual CHCNAV AlphaAir 9 (AA9) Airborne LiDAR
PDF
Jual CHCNAV AlphaAir 450 Airborne LiDAR+RGB System
PDF
Jual CHCNAV AlphaAir 15 Premium Airborne LiDAR Solution
PDF
Jual CHCNAV AlphaUni 20 Multi-platform Premium LiDAR
PDF
Chcnav moblie mapping solution2
PDF
Jual CHCNAV RS10Handheld SLAM 3D Laser Scanner + GNSS RTK
PDF
Jual CHCNAV RS10 Handheld Slam 3D Laser Scanner
PDF
Jual GPS Geodetik CHCNAV i89 IMU-RTK GNSS Visual Berukuran Saku
Jual CHCNAV AlphaAir 9 (AA9) Airborne LiDAR
Jual CHCNAV AlphaAir 450 Airborne LiDAR+RGB System
Jual CHCNAV AlphaAir 15 Premium Airborne LiDAR Solution
Jual CHCNAV AlphaUni 20 Multi-platform Premium LiDAR
Chcnav moblie mapping solution2
Jual CHCNAV RS10Handheld SLAM 3D Laser Scanner + GNSS RTK
Jual CHCNAV RS10 Handheld Slam 3D Laser Scanner
Jual GPS Geodetik CHCNAV i89 IMU-RTK GNSS Visual Berukuran Saku

Similar to Jual CHCNAV AlphaAir 10 Professional Airborne LiDAR+RGB System (20)

PDF
Jual CHCNAV X500 Professional Multirotor Drone
PDF
Mobile Mapping Technology and Applications.pdf
PDF
Scanning with drones
PDF
Jual Leica ScanStation P50 – Long Range 3D Terrestrial Laser Scanner
PPT
Airborne Laser Scanning Technologies
PDF
Mobile Laser Scanning Workshop
PPT
Commercial Drone Best Practices: How to Incorporate Data and Job Specs
PPT
PEGASUS LIDAR
PPSX
Ultrascan rt
PPTX
Vijay Persaud, Riegl
PPTX
Remote Sensing Field Camp 2016
PDF
Diving into the World in 3 Dimension.pdf
PPTX
Open-Source Based Direct Georeferencing Thermal Camera System
PDF
Jual South INNO4 RTK, Menjaga Sinyal Lemah
PPTX
Photogrammetry for Architecture and Construction
PDF
DSD-INT 2015 - Photogrammetric workflows and use of UA VS, Francesco nex, E-s...
PPTX
Unmanned Aerial Systems (UAS) Data Quality and Accuracy Realities
PDF
Unmanned Aircraft System (UAS) 3D Product Comparisons to Airborne LiDAR
DOCX
Sensors intigration.docx
PPT
"Why LiDAR?" Presentation
Jual CHCNAV X500 Professional Multirotor Drone
Mobile Mapping Technology and Applications.pdf
Scanning with drones
Jual Leica ScanStation P50 – Long Range 3D Terrestrial Laser Scanner
Airborne Laser Scanning Technologies
Mobile Laser Scanning Workshop
Commercial Drone Best Practices: How to Incorporate Data and Job Specs
PEGASUS LIDAR
Ultrascan rt
Vijay Persaud, Riegl
Remote Sensing Field Camp 2016
Diving into the World in 3 Dimension.pdf
Open-Source Based Direct Georeferencing Thermal Camera System
Jual South INNO4 RTK, Menjaga Sinyal Lemah
Photogrammetry for Architecture and Construction
DSD-INT 2015 - Photogrammetric workflows and use of UA VS, Francesco nex, E-s...
Unmanned Aerial Systems (UAS) Data Quality and Accuracy Realities
Unmanned Aircraft System (UAS) 3D Product Comparisons to Airborne LiDAR
Sensors intigration.docx
"Why LiDAR?" Presentation
Ad

More from Budi Minds (20)

PDF
Jual GPS Topcon HiPer SR Extended Range Site Receiver
PDF
Jual GPS HiPer VR Versatile GNSS Receiver
PDF
Jual HiPer HR Multi-Purpose GNSS Receiver
PDF
Jual Hi-Target HD-MAX Ⅱ Hydrographic Solution
PDF
Jual Echosounder Hi-Target HD Lite Brochure EN.pdf
PDF
Jual GPS Hi-Target MS401 Brochure EN.pdf
PDF
Jual Hi-Target iRTK5 GNSS RTK Brochure 1408 Channel EN.pdf
PDF
Jual GPS Geodetik Hi-Target iRTK4 Brochure EN.pdf
PDF
Jual GPS Geodetik Hi-Target vRTK Brochure EN.pdf
PDF
Jual Hi-Target V30Plus GNSS-RTK 1408 Channel Brochure.pdf
PDF
Jual Hi-Target V500 Brochure 1760 Channels EN.pdf
PDF
Jual GPS Geodetik Hi-Target V200 GNSS RTK System
PDF
Jual GPS Geodetik South Insight V4 Rover Base set
PDF
Jual South Insight V3 IMU GNSS Rover Base set
PDF
Rover dan set dasar South Insight V2 merevolusi survei tanah dan konstruksi
PDF
Jual GPS Geodetik South INNO8 RTK Rover set
PDF
Jual GPS Geodetik South INNO7 RTK rover base set
PDF
Jual GPS Geodetik South Galaxy G9 Rover dan Base Set
PDF
Jual GPS Geodetik South Galaxy G8 IMU RTK GNSS Receiver
PDF
Jual GPS Geodetik South Galaxy G7Q Rover Base set
Jual GPS Topcon HiPer SR Extended Range Site Receiver
Jual GPS HiPer VR Versatile GNSS Receiver
Jual HiPer HR Multi-Purpose GNSS Receiver
Jual Hi-Target HD-MAX Ⅱ Hydrographic Solution
Jual Echosounder Hi-Target HD Lite Brochure EN.pdf
Jual GPS Hi-Target MS401 Brochure EN.pdf
Jual Hi-Target iRTK5 GNSS RTK Brochure 1408 Channel EN.pdf
Jual GPS Geodetik Hi-Target iRTK4 Brochure EN.pdf
Jual GPS Geodetik Hi-Target vRTK Brochure EN.pdf
Jual Hi-Target V30Plus GNSS-RTK 1408 Channel Brochure.pdf
Jual Hi-Target V500 Brochure 1760 Channels EN.pdf
Jual GPS Geodetik Hi-Target V200 GNSS RTK System
Jual GPS Geodetik South Insight V4 Rover Base set
Jual South Insight V3 IMU GNSS Rover Base set
Rover dan set dasar South Insight V2 merevolusi survei tanah dan konstruksi
Jual GPS Geodetik South INNO8 RTK Rover set
Jual GPS Geodetik South INNO7 RTK rover base set
Jual GPS Geodetik South Galaxy G9 Rover dan Base Set
Jual GPS Geodetik South Galaxy G8 IMU RTK GNSS Receiver
Jual GPS Geodetik South Galaxy G7Q Rover Base set
Ad

Recently uploaded (20)

PDF
LS-6-Digital-Literacy (1) K12 CURRICULUM .pdf
PDF
ECT443_instrumentation_Engg_mod-1.pdf indroduction to instrumentation
PDF
V2500 Owner and Operatore Guide for Airbus
PDF
AIGA 012_04 Cleaning of equipment for oxygen service_reformat Jan 12.pdf
PDF
MACCAFERRY GUIA GAVIONES TERRAPLENES EN ESPAÑOL
PPTX
WN UNIT-II CH4_MKaruna_BapatlaEngineeringCollege.pptx
DOCX
ENVIRONMENTAL PROTECTION AND MANAGEMENT (18CVL756)
PDF
Project_Mgmt_Institute_-Marc Marc Marc .pdf
PPTX
Software-Development-Life-Cycle-SDLC.pptx
PPTX
Real Estate Management PART 1.pptxFFFFFFFFFFFFF
PPTX
SE unit 1.pptx by d.y.p.akurdi aaaaaaaaaaaa
PPTX
Design ,Art Across Digital Realities and eXtended Reality
PDF
Performance, energy consumption and costs: a comparative analysis of automati...
PPTX
INTERNET OF THINGS - EMBEDDED SYSTEMS AND INTERNET OF THINGS
PDF
ST MNCWANGO P2 WIL (MEPR302) FINAL REPORT.pdf
PDF
Engineering Solutions for Ethical Dilemmas in Healthcare (www.kiu.ac.ug)
PPTX
22ME926Introduction to Business Intelligence and Analytics, Advanced Integrat...
PDF
ASPEN PLUS USER GUIDE - PROCESS SIMULATIONS
PPTX
Wireless sensor networks (WSN) SRM unit 2
PDF
Mechanics of materials week 2 rajeshwari
LS-6-Digital-Literacy (1) K12 CURRICULUM .pdf
ECT443_instrumentation_Engg_mod-1.pdf indroduction to instrumentation
V2500 Owner and Operatore Guide for Airbus
AIGA 012_04 Cleaning of equipment for oxygen service_reformat Jan 12.pdf
MACCAFERRY GUIA GAVIONES TERRAPLENES EN ESPAÑOL
WN UNIT-II CH4_MKaruna_BapatlaEngineeringCollege.pptx
ENVIRONMENTAL PROTECTION AND MANAGEMENT (18CVL756)
Project_Mgmt_Institute_-Marc Marc Marc .pdf
Software-Development-Life-Cycle-SDLC.pptx
Real Estate Management PART 1.pptxFFFFFFFFFFFFF
SE unit 1.pptx by d.y.p.akurdi aaaaaaaaaaaa
Design ,Art Across Digital Realities and eXtended Reality
Performance, energy consumption and costs: a comparative analysis of automati...
INTERNET OF THINGS - EMBEDDED SYSTEMS AND INTERNET OF THINGS
ST MNCWANGO P2 WIL (MEPR302) FINAL REPORT.pdf
Engineering Solutions for Ethical Dilemmas in Healthcare (www.kiu.ac.ug)
22ME926Introduction to Business Intelligence and Analytics, Advanced Integrat...
ASPEN PLUS USER GUIDE - PROCESS SIMULATIONS
Wireless sensor networks (WSN) SRM unit 2
Mechanics of materials week 2 rajeshwari

Jual CHCNAV AlphaAir 10 Professional Airborne LiDAR+RGB System

  • 2. The AlphaAir 10 is an advanced aerial surveying solution that seamlessly integrates LiDAR and RGB sensors to meet the needs of professional UAV LiDAR mapping and drone photogrammetry. Leveraging CHCNAV's cutting-edge LiDAR technology, the AA10 flawlessly integrates high-precision LiDAR, accurate GNSS positioning, IMU orientation and an industrial-grade full-frame orthophoto camera. Combined with CHCNAV point cloud and image fusion modeling software, the AA10 provides a survey-grade, efficient and cost-effective approach to 3D data acquisition and processing. The AA10 Airborne LiDAR + RGB System accelerates accurate 3D data collection within a single mission and simplifies the process of capturing 3D reality through a streamlined workflow. CHCNAV · AA10 ADVANCED SURVEY SYSTEM LIDAR+RGB AERIAL PRECISION SCANNING CAPABILITIES The AA10’s high-precision navigation algorithm in conjunction with the CHCNAV scanner provides 5 mm repeated range accuracy and achieves exceptional absolute precision in the range of 2 to 5 cm, even in complex environments. ENHANCED VEGETATION PENETRATION Leveraging advanced multi-target capabilities, the AA10 features up to 8 target echoes, enhancing its ability to penetrate dense vegetation. This feature allows the system to effectively acquire ground surfaces, resulting in accurate Digital Elevation Models (DEMs) and Digital Surface Models (DSMs), even in challenging environments with dense vegetation. STATE-OF-THE-ART LIDAR REAL-TIME DATA VIEW EFFICIENT WORKFLOW DESIGN FOR ANY UAV READY FOR ANY WEATHER SEAMLESS DATA FUSION With the capability of long-range measurements up to 800 m, rapid scanning at 500,000 points per second, and a continuously rotating mirror that enables scanning speeds of 250 scans per second, the AA10 enhances the detail of aerial mapping operations. The AA10 supports automated reality capture and real-time data visualization accessible directly from the UAV controller, enabling informed decision-making throughout the survey operation. Complementing the solution, CoPre and CoProcess software suite streamlines post- processing and feature extraction with an easy- to-use and efficient data workflow. The AA10 LiDAR system is impressively lightweight and compact, weighing in at just 1.55 kg and provides a 30-minute operating time when integrated with drones such as the DJI M350. The installation process is simplified with Alphaport's convenient one-click connection to the UAV's power source. The AA10 IP64-rating ensures the system's resilience, allowing it to deliver consistent, reliable performance in varying operating conditions. The AA10 accelerates the creation of mesh models by generating high-quality point clouds. Powered by a 45 MP orthographic internal camera, the system provides high resolution image mapping textures for efficient 3D model reconstruction with realistic point cloud colorization.
  • 3. CHCNAV · AA10 PREMIUM PERFORMANCE Compact and lightweight, the AA10 LiDAR can be easily mounted on a wide range of drones, including the CHCNAV BB4, the popular DJI Matrice, and various third-party UAV platforms. The AA10’s high-precision LiDAR and industrial-grade cameras enable users to generate accurate and realistic 3D models and high-resolution Digital Orthomosaic (DOM) outputs. CHCNAV's CoPre software efficiently handles all essential processing steps, in addition to data alignment and generation of accurate 3D models and DOMs. CHCNAV's exclusive Alphaport interface provides wireless power and drone telemetry connectivity. Versatile UAV Configuration 45MP Full-Frame Camera Robust Software Capabilities Innovative Alphaport Interface
  • 4. SPECIFICATIONS 2 cm ~ 5 cm RMS (1) 2 cm ~ 5 cm RMS (1) 210 mm x 112 mm x 131 mm 1.55 kg Absolute Hz accuracy Absolute Z accuracy Dimensions of instrument Data storage Coping speed 512 G*2 80 Mb/s Weight of instrument General system performance Mounting Quickly install & release design, easily switch between various UAV platforms CHC Navigation Headquarter Shanghai Huace Navigation Technology Ltd. 577 Songying Road, Qingpu, 201703 Shanghai, China +86 21 54260273 CHC Navigation Europe Infopark Building, Sétány 1, 1117 Budapest, Hungary +36 20 421 6430 [email protected] CHC Navigation USA LLC 6380 S. Valley View Blvd, Suite 246, Las Vegas, NV 89118, USA +1 702 405 6578 CHC Navigation India 409 Trade Center, Khokhra Circle, Maninagar East, Ahmedabad, Gujarat, India +91 90 99 98 08 02 WWW.CHCNAV.COM | [email protected] © 2023 Shanghai Huace Navigation Technology Ltd. All rights reserved. The CHCNAV and CHCNAV logo are trademarks of Shanghai Huace Navigation Technology Limited. All other trademarks are the property of their respective owners. Revision September 2023. Positioning and orientation system GPS: L1, L2, L5 GLONASS: L1, L2 BEIDOU: B1, B2, B3 GALILEO: E1, E5a, E5b GNSS system 500 Hz IMU update rate 0.006° RMS pitch/roll 0.019° RMS heading 0.010 m RMS horizontal 0.020 m RMS vertical Attitude accuracy after post-processing Position accuracy after post-processing * Specifications are subject to change without notice. (1) According to CHCNAV test condition :150 m AGL with 8m/s speed. (2) Typical values for average conditions. (3) Accuracy is the degree of conformity of a measured quantity to its actual (true) value. (4) Precision is the degree to which further measurements show the same results. Class 1 (in accordance with IEC 60825-1:2014) 100 kHz 400 m 317 m 800 m 300 kHz 275 m 218 m 480 m 500 kHz 215 m 170 m 280 m Laser product classification Laser Pulse Repetition Rate (PRR) Laser divergence angle Field of view Scan speed (selectable) Waveform Minimum range Accuracy (3) Precision (4) Max. Effective measurement rate Max. Number of return pulses 0.032° 75° 50 ~ 250 scans/sec Full waveform 10 m 15 mm (1σ,@150m) 5 mm (1σ,@150m) 500 000 meas / sec Up to 8 Max.Measuring Range@ρ> 20% (2) Max.Operating Flight Altitude AGL @ρ>20% Max.Measuring Range@ρ> 80% (2) Operating temperature Resolution IP rating Sensor size Storage temperature Focal length Power consumption CoPre Intelligent Processing software CoProcess Efficient Feature Extraction software -20°C to +50°C 45 MP IP64 36 × 24 mm (8184 × 5460) -20°C to +60°C 21 mm 40 W Data copy, POS solve, point cloud and images creation, strip adjustment & GCP refine, noise optimization, DOM and 3D model generation Terrain module, road module, eVolume module, Road Extractions module, Building Extractions module DC 24 V (13 ~ 27 V) Input voltage Environmental Imaging system Electrical Equipped software Humidity (operating) Pixel size FOV 80%, non-condensing 4.4 μm 81.2° × 59.5° Power source Depending on UAV battery or by Skyport (DJI M300/M350) Laser scanner Min photoing interval 1 s