The PIX4Dcloud rental 3-year is a robust cloud-based platform designed for professionals who need efficient and collaborative mapping solutions. This subscription allows users to process aerial imagery into georeferenced 2D maps and 3D models, all hosted securely online. The platform is optimized for sharing and collaboration, enabling teams to annotate, measure, and analyze data directly within the cloud environment. With features like timeline views and PDF reporting, users can track project progress and generate detailed documentation effortlessly. The system also supports various file formats, ensuring compatibility with diverse workflows.

Key features of the PIX4Dcloud include unlimited project sharing, advanced analytics, and tools for volume and area measurements, making it ideal for industries such as construction, agriculture, and environmental monitoring. The platform also supports overlaying CAD designs for precise comparisons, streamlining procedures and reducing project timelines. The 3-year rental plan ensures users benefit from regular updates and access to the latest features, providing a scalable and cost-effective solution for professionals. Additionally, integration with PIX4Dcatch and PIX4Dcapture enhances data collection and processing, bridging the gap between fieldwork and cloud-based analysis.

Cloud-based flight planning

A well-planned flight will save you time in the field and ensure quality results. You can plan your flight from the comfort of your office and download satellite or street view basemaps to work in the field with no internet connection. Take control of your data right from the start - plan your missions, download them, and fly with PIX4Dcapture Pro.

PIX4Dcloud Process

Capture: Collect terrestrial data using PIX4Dcatch and RTK and get measurements at centimeter-level absolute accuracy. Capture drone data with the PIX4Dcapture Pro flight app.

Process: Automatically process your images on the cloud using photogrammetry algorithms to transform them into measurable deliverables. Generate accurate and georeferenced orthomosaics, 3D meshes, point clouds, and elevation models.