The Zenmuse L2 features an advanced LiDAR module, the Livox AVIA, a high-precision IMU system developed by DJI and a 4/3 CMOS RGB mapping camera. The DJI Matrice 350RTK allows you to capture even more precise, efficient and reliable geospatial data. In conjunction with DJI Terra, the L2 also becomes an instant solution for 3D data collection and high-precision post-processing.   Technical data Vertical precision: 4 cm Horizontal precision: 5 cm [1] RMS value 1sigma = 2 cm at 150 m @ 25 °C IMU refresh frequency 200Hz   Extremely precise with Epotronic training and software Vertical precision: 2 cm Horizontal precision: 3 cm[1]   Dot density Single return: up to 240,000 points/s Multiple rewind: up to 1,200,000 points/s   Extraordinary efficiency 2.5 km2 in a single flight [2]   Superior penetration Smaller laser dots, denser point clouds   Increase detection range [3] by 30% [5] 250 m with 10% remission, 100 klx 450 m with 50% remission, 0 klx   Features 5 returns Ready for immediate use [4] Live view of the point cloud One-click processing in DJI Terra RGB camera with 4/3 CMOS, effective pixels: 20 MP, mechanical shutter   Yaw accuracy [6] Real time: 0.2°, post-processing: 0.05° Pitch/roll accuracy [6] Real time 0.05°, post processing 0.025°   After operation, the 3D point cloud model [7] can be directly displayed in the album. 3D point cloud models from multiple flights can also be merged to make on-site operational quality decisions.   After collecting the point cloud data, the DJI Pilot 2 app automatically generates a quality report [8] on the job so that users can review the operational results in real time and on site, making field operations more spontaneous and worry-free.   In complex deployment environments, users can set up RTK base stations before operation to avoid loss of RTK data due to interference, video transmission interruptions or other problems. Once operational, the original files can be imported into DJI Terra to use the PPK (Post Processed Kinematics) process to reconstruct high-precision models.   Efficient and reliable one-step post-processing after importing point cloud data into DJI Terra: Generate a 3D point cloud model in standard format with one click - after calculating the point cloud trajectory and optimizing for accuracy. To classify the survey point, a DEM can also be created using the “Ground Point Type”. The quality of the point cloud can be analyzed using the “Accuracy Control and Testing” function.   1. Measured under the following conditions in a DJI laboratory environment: Zenmuse L2 mounted on Matrice 350 RTK and powered on. Planning the flight route using DJI Pilot 2's Area Route (with IMU calibration enabled). Repeated scanning with RTK in FIX status. The relative altitude was set at 150 m, the flight speed at 15 m/s, the gimbal tilt at -90°, and each straight-line flight segment of the route was less than 1500 m. The area contained objects with obvious angular features and used exposed control points on hard ground, which corresponded to the diffuse reflection model. DJI Terra was used for post-processing with precision point cloud optimization enabled. Under the same conditions, if point cloud precision optimization is not enabled, the vertical accuracy is 4 cm and the horizontal accuracy is 8 cm.   2. Measured with Zenmuse L2 mounted on Matrice 350 RTK at 15 m/s airspeed, 150 m altitude, 20% lateral overlap rate, IMU calibration enabled, altitude optimization disabled and terrain tracking disabled.   3. The data shown are typical values. Measured with a flat subject larger than the laser beam diameter, a vertical angle of incidence and an atmosphere visibility of 23 km. In low light environments, the laser beams can achieve the optimal detection range. If a laser beam hits more than one subject, the total laser transmission power is shared and the reachable area is reduced. The maximum detection range is up to 500 m.   4. No warm-up is required after turning on the IMU. However, users must wait until the drone RTK is in “FIX” status before flight operations are possible.   5. Calculated by comparing with Zenmuse L1.   6. Measured under the following conditions in a DJI laboratory environment: Zenmuse L2 mounted on a Matrice 350 RTK and powered on. Planning the flight route using DJI Pilot 2's Area Route (with IMU calibration enabled). RTK in FIX status. The relative altitude was set at 150 m, the flight speed at 15 m/s, the gimbal tilt at -90°, and any straight-line flight

DJI Zenmuse X7 DL 50mm F2.8 LS ASPH Lens (P04)

Adapter for non DJI drones - Alpha Port Connector

GeoCue TrueView GO132S Basic   TrueView GO132S Traditional w/perpetual LP360 Land Basic LiDAR Sensor   Data Collection LIDAR, Imagery, GNSS and SLAM   Sensor Survey Grade, Class 1 Eye Safe laser @ 905nm   Range 0.05 m - 300 m   Range - Usable 80 m @ 10% Reflectivity (channels 5 to 12); 50 m @ 10% Reflectivity (channels 1 to 4, 13 to 16) ​   Beams/Returns 32/2   FOV - Horizontal 270°   FOV - Vertical 40° (-20.8° to +19.5°)   Pulse Rate 640 kHz   System   Control WIFI + button control   Storage 512 GB   Loop-free Data Aquisition Yes   Real-time Accuracy Assessment Yes   System Performance   Absolute Accuracy H <5 cm RMS V <5 cm RMS Relative Accuracy <1 cm   Platform   Size Length: 213.5 mm Width: 126 m Height: 317 mm Weight: 1.9 kg (including RTK and battery)   Power Supply Mode Lithium Battery, supports hot-swapping and portable charger   Battery Working Time 1 hr   Operating Temperature -20° to 50° C   Cameras   Type Three 5 MP cameras (15 MP)   FOV 210° x 170°

GeoCue TrueView GO116S Standard   TrueView GO116S Traditional w/perpetual LP360 Land Standard   LiDAR Sensor   Data Collection LIDAR, Imagery, GNSS and SLAM   Sensor Survey Grade, Class 1 Eye Safe laser @ 905nm   Range 0.05 m - 120 m   Range - Usable 80 m @ 10% Reflectivity (channels 5 to 12); 50 m @ 10% Reflectivity (channels 1 to 4, 13 to 16) ​   Beams/Returns 16/2   FOV - Horizontal 270°   FOV - Vertical 30° (-15, 0, +15)   Pulse Rate 320 kHz   System   Control WIFI + button control   Storage 512 GB   Loop-free Data Aquisition Yes   Real-time Accuracy Assessment Yes   System Performance   Absolute Accuracy H <5 cm RMS V <5 cm RMS Relative Accuracy <1 cm   Platform   Size Length: 213.5 mm Width: 126 m Height: 317 mm Weight: 1.9 kg (including RTK and battery)   Power Supply Mode Lithium Battery, supports hot-swapping and portable charger   Battery Working Time 1 hr   Operating Temperature -20° to 50° C   Cameras   Type Three 5 MP cameras (15 MP)   FOV 210° x 170°

Mounting ground plate VUX-120-23 and VUX-160-23/VUX-180-24    Aluminium Ground/Baseplate directly mounted on the VUX-120-23/VUX-160-23 scanner, providing mechanical interfaces to: -       Camera Mounting Plates (front/side) -       Mounting plates for Connection Box-23 or VUX-SYS-CU (rear) -       Interface Plate for use of the VUX-120-23/VUX-160-23 with Acecore drones

RIEGL Connection Box-23   -       Multi Purpose Power and Signal Gable for miniVUX / VUX-series, angled connector, 0,25m -       Power IN (in accordance with scanner type - please see user manual} -       Power OUT -       LAN-port (M12 connector) - (for accessing the scanner via TCP/IP) -       CAM-port (+SV DC) -       AUX (for GNSS input and Power OUT} -       CTR (interface for flight controller) -       Tip switch for powering the scanner on/off and Wifi activation/deactivation (if applicable) -       4x M4x45mm screws

RIEGL VUX-120-23 Scanner Basic Configuration BUNDLE

GeoCueTrueView 540   GeoCue and CHC Navigation bring an efficient and modern high-end LiDAR to the Western market with the new TrueView 540. This next generation of LiDAR improves on the mid-range sensor and offers higher density, improved accuracy and precision, producing a consistent and very precise point cloud. The TrueView 540 offers users a premium product at a mid-range price and represents a significant advance in the accessibility and performance of LiDAR sensors for unmanned aerial vehicles.   Data Collection: LiDAR + Imagery Laser Scanner: CHCNAV single beam laser scanner - 1535 nm wavelength LiDAR Returns: Up to 8 LiDAR Range - Usable: 400 m for targets with > 20% reflectivity Positioning and Orientation System: CHC Pulse Repetition Rate: Up to 500 kHz Scanner Performance: Precision: 5 mm Accuracy: 15 mm GNSS/INS Performance:        Position: 10-20 mm Angle: 0.006° Roll/Pitch, 0.019° Heading Ask for other IMU options available.​ System Performance: The TV540 incorporates CHC's PPK navigation solution combined with the scanner's 5 mm repeated ranging accuracy, the system achieves exceptional absolute accuracy from 2 to 5 cm. Camera Sensor: 45 MP Global Shutter Full frame Camera System Operation Temperature Range: -20° to 50° C Mass: 1.9 Kg for the payload only 2.15 Kg with accessories

RIEGL miniVUX-3UAV + RIEGL RiLOC-E IMU/GNSS system

Product: SHARE 303S Pro Product name: Aerial Oblique Camera Description: - Lens: 56mm x 4pcs + 40mm x 1pc; - Pixels: 61MP, total in 305MP; - Interface: SkyPort, J30J-15, Type-C; - Weight: 1400g; - Size: 200 x 200 x 125mm; - Storage: 1280GB; - Software: SHARE Data Manager - Compatibility: M210 RTK, M300 RTK,M600, Multi rotor, VTOL

LiAir H800 is a next-generation medium-to-long-range UAV LiDAR system developed by GreenValley International.   It integrates lightweight LiDAR, a self-developed inertial navigation system, and a built-in high-resolution mapping camera, combining the advantages of lightweight and long-range capabilities.   With the support of flight control software GreenValley App and data processing software LiGeoreference, providing more efficient all-in-one solution tasks for power line inspection, forest monitoring, emergency disaster assessment, and more.   System Parameters:   Detection Range 350m @ 10% reflectance 790m @ 50% reflectance 1000m @ 80% reflectance   Accuracy (Vertical) ±5cm   Weight 2.25kg Memory 256GB TF Card Voltage 18~24V Storage Temperature -30~60°C Power Consumption 61W Operating Temperature -20~50°C Communication WIFI   LiDAR Unit: Wavelength 1535nm Repeatability Accuracy 3mm@100m FOV 100° Data Frequency 100~2000KHz Number of Returns Unlimited Waveform Returns Inertial Navigation System GNSS GPS, GLONASS, Galileo, BD Azimuth Accuracy 0.019° IMU Data Frequency 1000Hz Attitude Accuracy 0.006°   Camera: Pixels 26MP Focal Length 16mm/24mm (Equiv. Focal Length) Image Size 6252×4168   Software: Control Software GreenValley Pre-processing LiGeoreference Post-processing LiDAR360/LiPowerline (Optional)

Standalone Camera iXM-GS120 body only

Standalone Camera iXM-100 Body Only

PHASE ONE P3-Peli Transportation Case-DJI M300/M350

PHASE ONE P3-Quick Deployment Mount - DJI M300/M350

Access to Online support (email/portal) · · · Software Maintenance (iX Capture, Capture One, future solutions) · · · Firmware Maintenance · · Paid repairs – standard turnaround · · · Direct phone support within business hours in supported regions2 · · Free repairs (Excluding user damage) · · Free, proactive shutter replacement at 500K capture per shutter · · Basic Uptime Guarantee (Gimbal Only) · · Replacement Gimbal on request4 · Metric Calibration covered when applicable5 · Premium Uptime guarantee (Gimbal and Camera)

Access to Online support (email/portal) · · · Software Maintenance (iX Capture, Capture One, future solutions) · · · Firmware Maintenance · · Paid repairs – standard turnaround · · · Direct phone support within business hours in supported regions2 · · Free repairs (Excluding user damage) · · Free, proactive shutter replacement at 500K capture per shutter · · Basic Uptime Guarantee (Gimbal Only) · ·

Access to Online support (email/portal) · · · Software Maintenance (iX Capture, Capture One, future solutions) · · · Firmware Maintenance · · Paid repairs – standard turnaround · · · Direct phone support within business hours in supported regions2 · · Free repairs (Excluding user damage) · · Free, proactive shutter replacement at 500K capture per shutter · · Basic Uptime Guarantee (Gimbal Only) · · Replacement Gimbal on request4 · Metric Calibration covered when applicable5 · Premium Uptime guarantee (Gimbal and Camera)

Access to Online support (email/portal) · · · Software Maintenance (iX Capture, Capture One, future solutions) · · · Firmware Maintenance · · Paid repairs – standard turnaround · · · Direct phone support within business hours in supported regions2 · · Free repairs (Excluding user damage) · · Free, proactive shutter replacement at 500K capture per shutter · · Basic Uptime Guarantee (Gimbal Only) · ·

PHASE ONE RSM Lens 80mm AF f/5.6 Lens   High-performance lens for iXM Series Drone Cameras   LENS COMPOSITION   8 elements in 5 groups   MINIMUM FOCUSING RANGE   3m to infinity   SHUTTER SPEED MAX (SEC)   1/2500   EXPOSURE CONTROL   1/3 f - stop increments   APERTURE RANGE   f/5.6 - f/22   FILTER DIAMETER (MM)   58   ANGLE OF VIEW - LONG SIDE (°) 120 MP SENSOR   30.8   ANGLE OF VIEW - LONG SIDE (°) 100 MP SENSOR   30.7   ANGLE OF VIEW - SHORT SIDE - (°) 120 MP SENSOR   23.3   ANGLE OF VIEW - SHORT SIDE - (°) 100 MP SENSOR   23.2   ENTRANCE PUPIL TO IMAGE PLANE (MM)   85

PHASE ONE P3 Payload iXM-GS120 (DJI M350/M300)   Phase One P3 is designed to maximize the productivity of the most demanding inspection and surveying projects where time, safety, and image details are paramount for success.   The P3 Payload for DJI M300 or M350 is a ready-for-flight plug and play drone imaging solution. Equipped with a medium format Phase One iXM camera and a 100 Mpixel or 120 Mpixel sensor that is 1.7 times larger than other cameras, it captures more details in each frame.   In addition, iXM cameras boast the highest dynamic range and have various lens options ranging from 35mm to 150mm.   The ideal camera for customers who need to capture images of the finest details of rapidly moving objects. The Phase One iXM-GS120 camera captures the details at the highest speed possible due to its electronic global shutter.   No mechanical shutter required The iXM-GS120’s electronic global shutter enables you to capture images without any physically moving parts. This makes the iXM-GS120 extremely durable with low-to-no maintenance.    The fastest electronic shutter speed currently on the market Set exposure times up to 1/16,000 of a second to capture perfect still frames of fast-moving objects with no motion blur.   High dynamic range Varying light conditions are no problem for the iXM-GS120. Its high dynamic range means it captures exceptionally detailed images at both ends of the light spectrum and everything in between.   Large number of pixels Its 12,768 x 9,564-pixel count captures images of very large area in incredible quality and detail.   More information available on https://www.phaseone.com/solutions/geospatial-solutions/components/ixm-gs120/   Technical Specifications iXM-GS120 SENSOR TYPE CMOS Global Shutter   DYNAMIC RANGE (DB) 80   PIXEL SIZE (MICRONS) 3.45   SENSITIVITY (ISO) 200   GLOBAL SHUTTER SPEED (SEC) 1/16000   COLOR OPTIONS Color or Monochrome   RESOLUTION 12768 x 9564   MAX. FIELD OF VIEW (°) 63   CONTINUOUS FRAME RATE (FPS) Up to 5   RAW FILE COMPRESSION (IIQ) approx. 95MB   IMAGE DATA Ethernet 10G (Fiber/Copper), USB3   API Phase One SDK, Mavlink   H/W SIGNALS Inputs: Trigger, Black reference Outputs: Camera Ready, MEP   INTERNAL STORAGE CF Express, up to 1TB**   INPUT (VDC) 12-30   MAX. POWER CONSUMPTION (W) 20   DIMENSIONS - EXCLUDING LENS (MM) 90x90x67   WEIGHT - EXCLUDING LENS (G) 647   INTERFACE 8x M4 threads   OPERATING CONDITIONS HUMIDITY (%) 15 to 80 (non-condensing)   WEATHER PROTECTION IP53   TEMPERATURE (°C) -10 to +40   STORAGE TEMPERATURE (°C) -55 to +85   FCC Part 15, class A, subpart B   LENSES (compatibility) RSM LENSES 35mm, 80mm, 80mmAF, 150mmAF, 300mmAF   RS LENSES 50mm, 70mm, 90mm, 110mm, 150mm MK II, 180mm

PHASE ONE RSM Objektiv 150mm AF f/5.6 Lens   High-performance lens for iXM Series Drone Cameras   LENS COMPOSITION   8 elements in 7 groups   MINIMUM FOCUSING RANGE   10m to infinity   SHUTTER SPEED MAX (SEC)   1/2500   EXPOSURE CONTROL   1/3 f - stop increments   APERTURE RANGE   f/5.6 - f/22   FILTER DIAMETER (MM)   58   ANGLE OF VIEW - LONG SIDE (°) 120 MP SENSOR   16.7   ANGLE OF VIEW - LONG SIDE (°) 100 MP SENSOR   16.6   ANGLE OF VIEW - SHORT SIDE - (°) 120 MP SENSOR   12.6   ANGLE OF VIEW - SHORT SIDE - (°) 100 MP SENSOR   12.5   ENTRANCE PUPIL TO IMAGE PLANE (MM)   107

PHASE ONE RSM Objektiv 35mm f/5.6 Lens   High-performance lens for iXM Series Drone Cameras   LENS COMPOSITION   12 elements in 8 groups   MINIMUM FOCUSING RANGE   infinity   SHUTTER SPEED MAX (SEC)   1/2500   EXPOSURE CONTROL   1/3 f - stop increments   APERTURE RANGE   f/5.6 - f/22   FILTER DIAMETER (MM)   58   ANGLE OF VIEW - LONG SIDE (°) 120 MP SENSOR   64.4   ANGLE OF VIEW - LONG SIDE (°) 100 MP SENSOR   64.1   ANGLE OF VIEW - SHORT SIDE - (°) 120 MP SENSOR   50.2   ANGLE OF VIEW - SHORT SIDE - (°) 100 MP SENSOR   50.3   ENTRANCE PUPIL TO IMAGE PLANE (MM)   72

PHASE ONE RSM Lense 80mm AF f/5.6 Lens - DEMO   High-performance lens for iXM Series Drone Cameras   LENS COMPOSITION   8 elements in 5 groups   MINIMUM FOCUSING RANGE   3m to infinity   SHUTTER SPEED MAX (SEC)   1/2500   EXPOSURE CONTROL   1/3 f - stop increments   APERTURE RANGE   f/5.6 - f/22   FILTER DIAMETER (MM)   58   ANGLE OF VIEW - LONG SIDE (°) 120 MP SENSOR   30.8   ANGLE OF VIEW - LONG SIDE (°) 100 MP SENSOR   30.7   ANGLE OF VIEW - SHORT SIDE - (°) 120 MP SENSOR   23.3   ANGLE OF VIEW - SHORT SIDE - (°) 100 MP SENSOR   23.2   ENTRANCE PUPIL TO IMAGE PLANE (MM)   85

PHASE ONE RSM Lens 80mm AF f/5.6 Lens   High-performance lens for iXM Series Drone Cameras   LENS COMPOSITION   8 elements in 5 groups   MINIMUM FOCUSING RANGE   3m to infinity   SHUTTER SPEED MAX (SEC)   1/2500   EXPOSURE CONTROL   1/3 f - stop increments   APERTURE RANGE   f/5.6 - f/22   FILTER DIAMETER (MM)   58   ANGLE OF VIEW - LONG SIDE (°) 120 MP SENSOR   30.8   ANGLE OF VIEW - LONG SIDE (°) 100 MP SENSOR   30.7   ANGLE OF VIEW - SHORT SIDE - (°) 120 MP SENSOR   23.3   ANGLE OF VIEW - SHORT SIDE - (°) 100 MP SENSOR   23.2   ENTRANCE PUPIL TO IMAGE PLANE (MM)   85

GREENVALLEY LiAir 220+Camera+LiGeoreference

GREENVALLEY LiGrip O1 Lite GNSS Modul   GNSS Module for LiGrip O1 Lite   RTK Module GNSS System Supports 5-constellations 14-band RTK Accuracy Horizontal 0.8 cm + 1 ppm, Vertical 1.5 cm + 1 ppm GPS：L1 / L2 / L5 RTK Protocol NTRIP GLO：L1 / L2 Network Communication 4G Global Pass[4] BDS：B1I / B2I / B3I Size L 45 mm × W 45 mm × H 95 mm GAL：E1 / E5a / E5b Weight 119 g QZSS：L1 / L2 / L5 GNSS Raw Data Format log Compatibility Support for LiGrip O1 Lite and LiGrip O1 RTK Data Format rtk

GREENVALLEY LiGrip O1 Lite   The LiGrip O1 Lite is the latest generation of lightweight products in GreenValley International’s LiGrip handheld series. It features an integrated design and supports various mapping methods, including RTK-SLAM, PPK-SLAM, and SLAM. It can output real-time, high precision, true-color LAS point cloud data with absolute coordinates. The LiGrip O1 Lite can be equipped with an RTK module and a telescopic pole, making it suitable for applications such as floor plan measurement, mine surveying, stockpile measurement, and facade measurement. Combined with LiDAR360 and LiDAR360MLS software, it provides customers with a more efficient turnkey solution.   System Parameters Size L 184 mm × W 115 mm × H 045 mm Weight 1,0 kg Voltage 14,4 V Battery 3350 mAh Storage 256 GB SSD   IP Rating IP54 Connections USB, Ethernet Battery Life ~ 180 min Suitable Environments Indoor and outdoor scenarios   LiDAR Parameters Scan Rate 200.000 pts/s Scan Range 40 m 10 % reflectivity, 70 m 80 % reflectivity FOV: horizontal 360°, vertical -7° ~ 52°   Camera Type LiCam resolution 3840 × 2160 Data Format .bin (before parsing), .JPEG (after parsing)   Resulting Data Relative Accuracy ≤3cm* Absolute Accuracy 5cm Point Cloud Formats .Las, .LiData

The Libackpack DGC50H backpack lidar scanning system is an upgraded version of the Libackpack Product Series. This device integrates a longer-range laser radar sensor in the horizontal and vertical directions, with better inertial navigation systems and self-developed batteries; The GNSS device and synchronization positioning and chart construction (SLAM) technology, regardless of whether there is GNSS information in the scanning environment, can obtain high-precision 3D points within the scanning range; Exquisite, double the efficiency! It can be used in the fields of power patrol, forestry survey, mining measurement, underground space information acquisition, building facade measurement, BIM, and other fields.