Main Features

Oblique Capture

5x lenses totaling 130 MP for capturing oblique images at 45° and 90°.
Data Management

640 GB memory for data transfer speeds of up to 300 Mb/s.
Versatile Integration

Easily integrates with various UAVs via the Alphaport interface.

Benefits and Performances

01 Multi-Angle High-Resolution Capture

The C30’s five lenses (130 MP total) provide comprehensive coverage, capturing oblique images at 45° and 90°, essential for detailed 3D modeling and complex mapping projects.
02 Versatile Integration

Designed for compatibility with a wide range of UAVs, including CHCNAV’s X500 and DJI’s M300/M350 RTK, the C30 offers flexibility and ease of use across various aerial platforms.
03 Advanced Workflow Support

The C30 integrates seamlessly with CHCNAV’s LiDAR systems and CoPre software, providing a comprehensive field-to-finish solution for photogrammetry and aerial survey tasks.
04 Robust Data Management

The C30 features a 640 GB plug-in memory with fast copy speeds of up to 300 Mb/s, ensuring efficient handling and transfer of large datasets directly from the camera to your computer.

Specifications

Resources

Contact CHC Navigation to create a customized precision solution tailored to meet the specific needs of your business.

1. Can UAS oblique cameras be used for construction monitoring?

Yes, oblique UAS cameras such as the C30 capture high-resolution images and 3D models of construction sites, providing accurate progress monitoring, site inspections, and volume measurements, enhancing project management and safety.
2. How do oblique UAS cameras ensure data accuracy?

They use advanced imaging sensors and stabilization technologies to capture clear and precise images. Post-processing software further enhances data accuracy, ensuring reliable results for analysis and mapping.
3. How do oblique UAS cameras integrate with other surveying tools?

Oblique UAS cameras can be used alongside GNSS receivers, ground control points, and mapping software. The integrated data provides comprehensive and detailed maps, enhancing the quality and utility of geospatial projects.