SHARE 303S Pro V2 - 305 MP Full-Frame 5-Lens Oblique Aerial Camera for 3D Mapping UAV Drone

SHARE 303S Pro V2 Specifications

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SHARE 303S Pro V2 Details

SHARE 303S Pro V2 features a high-resolution 305 MP full-frame camera with five oblique lenses, ideal for creating detailed 3D maps and aerial images using drones.

The SHARE 303S Pro V2 camera features auto-adjusting white balance, which is carefully calibrated during manufacturing. This, combined with our advanced color correction algorithm, ensures consistent image quality and uniform color across all your aerial photography captures.

The SHARE 303S Pro V2's high-resolution image sensor enables larger image coverage, allowing for a broader area to be captured in a single flight, significantly enhancing survey efficiency and productivity.

This camera boasts exceptional image quality, featuring a 61MP imaging module developed by SHARE, combined with a high-resolution IMX455 full-frame image sensor, delivering an unparalleled aerial mapping experience.

The SHARE 303S Pro V2 payload features a full-frame 5-lens oblique aerial camera for 3D mapping UAV drone applications. Key settings include a shutter speed of 1/500, a temperature range of 46°C (RTK fixed solution), and white balance photography instructions. Additional settings include an auto color mode set to standard HD color with an ISO sensitivity of 6-50. The gimbal has a pitch angle of 90 degrees, allowing for custom parameter adjustments to accommodate various aerial survey tasks and project needs.

Revolutionize the tilt photography workflow from start to finish. Compared to traditional 100 million pixel tilt cameras, our system reduces flight time and aerial photo count by 60% for the same area, while boosting external productivity by 50%. This results in significantly reduced internal workload pressure.

Equipped with a professional-grade shutter from SGS Global Mapping, this camera features an integrated Kimoto high-speed shading blade with a dual-structure design that minimizes friction, ensuring up to 1 million shutter cycles without image distortion or jelly effects.

Beyond its exceptional strength, this camera offers versatility through its full-frame Exmor R CMOS image sensor, delivering higher photographic areas, improved picture quality, and reduced data collection limits. With 305 million pixels, it captures clearer images with richer details, synchronizing real-world observations with precise 3D mapping.

The SHARE 303S Pro V2 features a professional mapping lens with mature S-ML2.0 technology, incorporating low-dispersion optics for superior aerial surveying. This lens achieves transparent imaging, ultra-low distortion, and accurately captures real-world scenery.

Accurately synchronize camera, drone, and flight control systems at the microsecond level using 1:500 GCPs, allowing for real-time reading of UAV positional information and photo writing without manual setup or deployment of control points, thereby reducing preparation work and labor costs.

Each camera shutter is calibrated independently before shipment, with precision-controlled timing down to microseconds. This ensures precise synchronization among the five cameras, ensuring accurate 3D mapping.

Take your oblique photogrammetry to new heights with our SHARE 303S Pro camera, featuring exceptional sensor performance that surpasses traditional tilt photography. With a safer flight altitude for the same level of accuracy and resolution, this camera enables wide-area data collection, ideal for large-scale urban projects requiring high-drop coverage.

The SHARE 303S Pro V2 camera features efficient data transfer and storage, providing up to 1280GB of space for multiple missions in large-scale projects. Additionally, its 80OMBIS star-speed transmission boosts data processing efficiency.

Featuring advanced technology and energy-efficient design, this camera achieves minimal weight through streamlined production. Its lightweight structure makes it adaptable to various drone types, including fixed-wing and multi-rotors, while conserving battery life.

Compatible with various open-source flight control systems, our gimbal and camera can be redeveloped to offer monitoring capabilities, including camera status monitoring, remote control, data transmission, image transmission, and ground control point (GCP) creation, enabling functional adaptation for multiple mounting platforms through SDK development.

Suitable for applications such as skyscraper monitoring, smart mining operations, highway surveys, cadastral mapping, and terrain exploration in urban environments.