For editing, filtering, gridding, and product generation from a wide variety of point cloud formats. Includes Qimera Live and Cooperative Cleaning along with advanced analysis tools—Patch test, Wobble analysis, Time Series Multiplots, Cross Check, and Extinction test. The user may return to the original ping anytime and maintains full control of the sonar data.
QPS Qimera 2 is a next-generation multibeam data processing software designed to simplify and accelerate hydrographic data workflows without sacrificing accuracy or quality. Built specifically for hydrographic survey professionals, Qimera 2 empowers users with intuitive tools, real-time feedback, and powerful automation that streamline the post-processing of multibeam echosounder, positioning, and motion data.
Qimera 2 introduces a fully redesigned interface with smart context-driven menus, dynamic visualization, and robust integration with Qinsy, Fledermaus, and other leading industry formats. It is ideal for handling everything from small harbor surveys to complex offshore operations with multi-vessel, multi-sensor datasets.
Key enhancements in Qimera 2 include improved dynamic refraction correction, tide correction, and real-time surface editing, allowing users to quickly identify and correct errors in the dataset. Advanced algorithms assist with beam decimation, sound velocity profiling, and heave/roll filtering, delivering clean, high-resolution bathymetric surfaces ready for charting or export.
Seamless integration with Qinsy and Fledermaus
Fast, intuitive processing of multibeam and navigation data
Smart workflows for refraction, motion, and tide corrections
Real-time dynamic surface editing with 3D visualization
Supports all major sonar and positioning systems
Industry-standard outputs (e.g., BAG, XYZ, ASCII, GSF, S-57)
Handles large datasets and multi-day, multi-platform projects
Easy import/export of QPS and third-party formats
Whether you’re a novice or experienced hydrographer, Qimera 2 delivers a powerful, user-friendly environment to turn raw sonar data into accurate and actionable bathymetric products.
