Speed is the name of the game

借助Leica Geosystems对自我学习工具的承诺，新的Leica GS18 T GNSS RTK Rover是Leica Caintivate经验中的下一个演变。

在此版本的专家见解中，Leica Geosystems GNSS业务总监Bernhard Richter讨论了该行业首个不受磁性干扰的倾斜补偿解决方案背后的技术，并且是免费的。

• What is the Leica GS18 T GNSS RTK rover?

Leica GS18 T是使用GNSS RTK ROVER最快，最容易的，因为用户不再需要固定杆垂直。这要归功于第一个完全不受磁干扰和无校准的倾斜补偿解决方案。统计分析证实，使用GS18T，用户平均可以节省多达20％的速度。具有最快，最简单，最简单的自我学习的GNSS智能天线，继续着迷的Leica Captivate的沉浸式体验。

• 这项新技术对用户体验有什么作用？

Before defining the scope of any development, the utmost importance is to understand what pain is relieved. Pole levelling is a pain. On every point, a few seconds are needed to centre the bubble and hold the pole vertical. Some points are even not accessible with GNSS, such as corners, because the pole cannot be levelled. In addition, pole levelling requires a high level of concentration and distracts the user from safety relevant events, such as passing trucks. The GS18 T was designed with these user problems in mind.

• GS18 T GNSS RTK ROVE如何工作？

The antenna estimates a tilt compensated pole tip position by combining the GNSS position with altitude information derived from an integrated Inertial Measurement Unit (IMU). The technology is similar to solutions in the field of aviation, where heading, pitch and roll are important key parameters. Knowing pitch, roll, heading and the azimuth of the tilted pole allows calculating the pole tip position relative to the GNSS antenna.

我们开发了一个负担得起的精确IMU，该IMU可以自动校准，并且不会为用户施加其他校准程序。对我们来说非常重要的是，当用户打开仪器时，他将准备好测量。

The GS18 T is optimised for the kinematic RTK use cases of a GNSS rover, where speed and ease of use are important for measuring and laying out points.

• For what applications can the new technology be used?

简而言之，此GNSS RTK ROVER可用于任何应用程序。但是，我们确实专注于开发和设计阶段的重型建筑，公用事业以及测量和工程行业。GS18在建设项目和现有基础设施的维护中特别有用，可以在现场任何地方测量它，因为它不受磁性干扰的影响。在公用事业领域使用电力，天然气，水和电信的人也是如此。这些专业人员无需调查专业人士即可轻松获得他们所需的工作量。现在，对于我们的测量和工程专业人员，他们可以相信自己以最快的速度获得最准确的结果。

• If there are regulations requiring the pole to be levelled during the measurement, can users still benefit from the Leica GS18 T RTK rover?

Since the tilt values of the pole can now be stored for every measurement, such values can be shown in a report to prove the pole was levelled within the required tolerances.

• 用户为什么要投资GS18 T GNSS RTK ROVER？

如果不再需要在现场取决于工作，则用户将获得20％和更多的时间节省。现场工作人员变得更加生产力，可以同时获得更多的工作。现场工作人员将能够在GNS（例如房屋的角落或汽车部分阻塞点）等GNS之前直接测量无法直接测量的点。

• 有没有偷看的进一步的Leica Geosystems GNSS创新？

我们致力于创新徕卡呈规则, and we continue to lead the industry in a new way of GNSS measurement with the GS18 T RTK rover. Though we feel our self-learning GNSS instruments will always adapt to the ever increasing satellite constellation demands, we will continue to explore opportunities to bring even more value to our customers.