Hexagon announces Leica ContentMapper – new airborne imaging sensor for efficient large-scale content collection

（瑞士海尔布鲁格，2021年9月21日）六边形的地球系统部今天宣布将介绍bob体育报道Leica ContentMapper, an innovative and highly efficient airborne imaging sensor for large-scale geospatial mapping projects. With a 40,000 pixels swath width, this latest generation camera provides the highest performance for content programs, capturing high resolution imagery at unprecedented rates.

Leica Geosystems’ latest airborne sensor was commissioned by theHxGN Content Program这是最大的空中图像和高程模型库，以实现最高的空中数据捕获效率。与以前的系统相比，新相机在相同的飞行参数下提供了两倍的分辨率，并保持最快的飞行速度，同时即使在具有挑战性的照明条件下，也可以创建高度准确和详细的图像。

"The sensor is purpose-built to maximise imaging performance and is packed with Leica Geosystems’ latest technology — perfectly tuned and configured for large-scale to country-sized imagery projects,” says John Welter, President Geospatial Content solutions at Hexagon. “Now that the new camera is operational, we are looking for collection partners around the world to operate the system and help us grow the program,” he adds.

高性能的模块化光学器件为下一代机载摄像机提供了基础

ContentMapper在自定义配置中利用创新的Leica MFC150光学系统。由于RGB和近红外（NIR）的校准定制镜头，高性能，公制CMOS摄像机可提供更高的准确性。每个集成的光学单元均具有独立的机械前向动力补偿（FMC），并从Leica Geosystems在选择性锐化和自动颜色校正方面的最新进步中受益。

“基于MFC150技术的第一个大型摄像机系统是为图像收集过程中的速度和效率而建立的。我们在ContentMapper系统配置的经验将使Leica GeoSystems传感器路线图受益，因为我们将尖端光学器件集成到未来的成像传感器中。“通过将新解决方案与Leica HXMAP高性能，统一的后处理工作流相结合，我们创建了世界上最强大，最端到端的空中映射解决方案，能够准确地绘制最好的细节，并为大型绘制和配置。比例集，例如HXGN内容程序。”

“We are building foundational high-tech components for airborne imaging and LiDAR surveys, as well as a data processing ecosystem, which will give our customers more options for sensors that meet today’s and tomorrow’s requirements,” states Layton Hobbs, product line director for airborne solutions at Leica Geosystems. “We recognise that our customers need to be agile. We actively listen and build complete sensor solutions which allow them to adapt to rapidly changing needs of their end-customers”.

The new Leica ContentMapper airborne imaging sensor was specifically designed for large-scale geospatial content collection.