CHCNAV AlphaAir 15

The AlphaAir 15 (AA15) is a lightweight LiDAR system with long-range scanning, high accuracy, and fast data acquisition. It excels in capturing high-density data, especially in challenging terrains and mountainous regions.

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    Features

    High-precision point cloud generation

    Utilizing CHCNAV’s patented tilted-prism technology, the AA15 delivers 15 mm linear accuracy on long-range scans up to 150 meters. This innovative technology supports echo digitization and online waveform processing. With a continuously rotating polygon mirror, the AA15 achieves scan speeds of up to 600 lines per second, combined with 2 million pulses per second, resulting in high-density point clouds that recreate the world with remarkable precision.

    Premium quality images collection

    The AA15 supports several external camera accessories for high-resolution imaging needs, including CHCNAV’s 45 or 61 MP full-frame calibrated cameras and a 130 MP half-frame oblique camera. Users can also integrate cameras from third-party oblique or ortho-camera manufacturers. The combination of high-density point clouds and high-resolution imagery facilitates rapid mesh model construction and provides detailed texture information.

    Advanced vegetation penetration

    The AA15 excels in vegetation penetration thanks to its advanced multi-target capability that supports up to 16 returns per laser pulse and 7 multi-period zone processing. With a high point frequency of 2 million pulses per second, the AA15 increases the probability of laser penetration through vegetation, making it easier to obtain more ground points.

    Efficient and powerful corridor mapping sensor

    The AlphaAir 15 (AA15) is a lightweight airborne LiDAR system developed by CHCNAV. It combines long-range scanning capability and high accuracy with an extremely fast data acquisition rate, all in a compact design. The AA15 is ideal for scenarios where high density data is required to accurately extract building and road information from point clouds. For large-scale operations, especially in mountainous areas with significant elevation changes, the AA15 accurately detects ground features even at the bottom of valleys. Equipped with a variety of cameras to meet diverse needs, the system can be mounted on light aircraft, helicopters or UAV platforms.

    Highest data quality

    Utilizing CHCNAV’s patented tilted-prism technology, the AA15 delivers 15 mm linear accuracy on longrange scans up to 150 meters. This innovative technology supports echo digitization and online waveform processing. With a continuously rotating polygon mirror, the AA15 achieves scan speeds of up to 600 lines per second, combined with 2 million pulses per second, resulting in high-density point clouds that recreate the world with remarkable precision.

    Imaging quality

    For high-resolution imaging needs, the AA15 supports several external camera accessories, including CHCNAV’s 45 or 61 MP full-frame calibrated cameras and a 130 MP half-fame oblique camera. Users can also integrate cameras from third-par ty oblique or or thho- camera manufacturers. The combination of high-density point clouds and high-resolution imagery facilitates rapid mesh model construction and provides detailed texture information.

    Strong vegetation penetration

    The AA15 excels in vegetation penetration thanks to its advanced multi-target capability that supports up to 16 returns per laser pulse and 7 multi-period zone processing. With a high point frequency of 2 million pulses per second, the AA15 increases the probability of laser penetration through vegetation, making it easier to obtain more ground points.

    Airborne platform compatibility

    Featuring CHCNAV’s unified Alphaport interface, the AA15 allows quick and easy connection to power sources and cameras with a single click. Its compact design and light weight of only 2.5 kg ensures seamless integration into various UAS, UAV, RPAS, small manned aircraft and helicopters.

    Productive survey

    Capturing 2 million points per second and with a maximum range of 1800 meters, the AA15 can be mounted on a variety of platforms. With a flying height of up to 700 meters, it provides minimal point loss over large areas, making it ideal for high point density corridor mapping applications such as power lines, highways, railroads and pipeline inspections. It is also well suited for urban mapping projects.

    Complete ecosystem

    CHCNAV offers a comprehensive package for integrating LiDAR solutions into your geospatial services. The SmartGo App enables fully automated reality capture and real-time mission monitoring, while the CoPre and CoProcess software suite streamlines post-processing and feature extraction, providing an efficient and user-friendly data workflow.

    Diverse airborne platform compatibility

    Featuring CHCNAV’s unified Alphaport interface, the AA15 allows quick and easy connection to power sources and cameras with a single click. Its compact design and light weight of only 2.5 kg ensure seamless integration into various UAS, UAVs, RPAS, small manned aircraft, and helicopters.

    Efficient surveying of large areas

    Capturing 2 million points per second and with a maximum range of 1800 meters, the AA15 can be mounted on a variety of platforms. With a flying height of up to 700 meters, it provides minimal point loss over large areas, making it ideal for high-point density corridor mapping applications such as power lines, highways, railroads, and pipeline inspections. It is also well-suited for urban mapping projects.

    Premium airborne data

    Lightest in Class

    The AA15 weighs only 2.5 kg, making it the lightest LiDAR in its class and allowing it to be mounted on DJI drones.

    Various Cameras

    Using various camera options, the AA15 can produce multiple results in a single flight, including RGB point clouds, DOM, DEM and 3D models.

    Data Fusion

    The AA15's dense point cloud helps to quickly build mesh models, and with image mapping texture, it can achieve efficient reconstruction of realistic 3D models in CoPre.

    Automatic Extraction

    Using CHCNAV CoProcess software, users can automatically detect railroads, roads, and buildings based on high-density AA15 data.

    Comprehensive geospatial ecosystem

    The CHCNAV ecosystem is tailored for your convenience, providing a complete solution for integrating LiDAR technology into your geospatial services. The SmartGo App automates reality capture and offers real-time mission monitoring, while the CoPre and CoProcess software suite simplifies post-processing and feature extraction. This user-centric approach ensures a smooth data workflow, improving work efficiency and productivity.

    Overview

    The AlphaAir 15 (AA15) is a lightweight airborne LiDAR system developed by CHCNAV. It combines long-range scanning capability and high accuracy with an extremely fast data acquisition rate, all in a compact design. The AA15 is ideal for scenarios that require the collection of large amounts of high-density data in order to identify and extract building and road information from point clouds. For large-scale operations, especially in mountainous areas with significant elevation changes, the AA15 accurately detects ground features even at the bottom of valleys. Equipped with a variety of cameras to meet diverse needs, the system can be mounted on light aircraft, helicopters, or UAV platforms.

    Specification

    General system performance

    Absolute Hz accuracy2 cm ~ 5 cm RMS (1)
    Absolute V accuracy2 cm ~ 5 cm RMS (1)
    MountingQuickly install & release design, easily switch between various UAV platforms, RPAS, small manned aircraft and helicopters
    Weight of instrument2.5 kg
    Dimensions of instrument247 mm × 126 mm × 156 mm
    Data storage512 G (Optional for 1 T)
    Coping speed80 Mb/s
    Imaging systemExternal camera
    C5/C30
    (Optional for third-party oblique or orthho cameras)

    Positioning and orientation system

    GNSS systemMultiple GPS, GLONASS, Galileo BeiDou,
    SBAS and QZSS constellation, L-Band
    IMU update rate600 Hz
    Attitude accuracy after post-processing

    0.005° RMS pitch/roll

    0.010° RMS heading

    Position accuracy after post-processing

    0.010 m RMS horizontal

    0.020 m RMS vertical

    Imaging system

    Resolution45 MP
    Focal length21 mm/35 mm
    Sensor size36 mm x 24 mm (8184 x 5460)
    Pixel size4.4 μm
    Min photoing interval1 s
    FOV81.2*59.5 / 53.4*37.8

    Environmental

    Operating temperature-20°C to +50°C
    Storage temperature-20°C to +60°C
    IP ratingIP64
    Humidity (operating)80%, non-condensing

    Electrical

    Input voltageDC 24 V (15 ~ 27 V)
    Power consumption60 W

    Equipped software

    CoPre intelligent
    processing Software
    Data copy, POS process, Adjust & Refine,
    Generate point cloud
    CoPre intelligent processing SoftwareTerrain module, Road module, Volume module
    General system performance
    Laser product classificationClass 3R Laser Product according to IEC 60825-1:2014
    Laser pulse repetition rate PRR100 kHz200 kHz300 kHz400 kHz500 kHz800 kHz1M Hz1.5M Hz2M Hz
    Max. range, @ρ >20% (2)900 m720 m700 m610 m545 m430 m385 m315 m272 m
    Max. range, @ρ >80% (2)1800 m1440 m1400 m1220 m1090 m860 m770 m630 m500 m
    Max.Operating Flight Altitude AGL,
    @ρ >20%(3)
    700 m570 m550 m480 m430 m340 m300 m250 m200 m
    Laser divergence angle0.032°
    Laser divergence angle5 m
    Accuracy (4)15 mm (1σ,@ 150 m)
    Precision (5)5 mm (1σ,@ 150 m)
    Multi-Period capability75°
    Field of viewRotating mirror
    Max. measurement rate2,000,000 meas./sec.
    Scan speed (selectable)50 ~ 600 scans/sec

    *Specifications are subject to change without notice.
    (1) According to CHCNAV test condition :150 m AGL with 8 m/s speed. (2) Typical values for average conditions. (3)
    Flat terrain assumed. (4) Accuracy is the degree of conformity of a measured quantity to its actual (true) value. (5)
    Precision is the degree to which further measurements show the same results.

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