SHARE 203S PRO - 225MP Full-Frame 5-Lens Oblique Aerial Camera for 3D Mapping UAV Drone

SHARE 203S PRO Specifications

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SHARE 203S PRO Details

SHARE 203S PRO features a 225MP full-frame camera with five oblique lenses, designed for urban 3D mapping applications.

The SHARE 203S PRO camera features a three-axis gimbal, utilizing advanced gimbal technology to ensure stability in pitch, roll, and yaw, maintaining a consistent angle perpendicular to the ground during operations at 15 meters per second.

SHARE 203S PRO is ideal for capturing urban high-rise scenes. With its ability to reach a safe flight height of 272 meters and achieve 3 cm resolution for 3D mapping, it ensures a reliable and secure operation.

This high-efficiency camera system is ideal for mapping large urban areas. Featuring a built-in aerial plug interface, it can seamlessly adapt to fixed-wing drones and collect detailed data over expansive areas at an altitude of 454 meters, offering 5 cm ground resolution.

Independent white balance calibration is performed for each of the five oblique view angles, ensuring accurate and consistent color representation in captured images.

Altitude mode with switchable 5-view image transmission allows for real-time monitoring of the camera's working status, while automatically adjusting the bitrate based on distance to maintain optimal video quality.

The SHARE 203S PRO camera features a three-axis gimbal that leverages advanced gimbal technology to maintain stability in pitch, roll, and yaw. At speeds up to 15 meters per second, it ensures the camera remains perpendicular to the ground.

Featuring a built-in position-pose offset algorithm, this camera accurately calculates the position and pose of each view in real-time, allowing for seamless integration and eliminating the need for post-processing.

SHARE 203S PRO - A powerful full-frame, 5-lens oblique aerial camera designed for 3D mapping on UAV drones. This camera features intelligent flight sortie management, where each flight's data is stored independently and automatically organized by sortie and perspective. This efficient system eliminates the need to rename files again, making data management a breeze.

Equipped with TimeSync 2.0 technology, this system ensures microsecond-level synchronization between flight control, camera, gimbal, and RTK modules, allowing for simultaneous triggering of five cameras and accurate calculations of high-precision positioning (POS) data and attitude information, significantly enhancing georeferencing capabilities.

Featuring a rapid 600 Mbps data transfer rate, users can easily copy files via a Type-C cable without needing to physically connect to the drone, streamlining workflows and increasing efficiency.