Flyability Elios 3 & canal drones

Our drones work in round, egg and mouth profiles from DN 200 to DN 4000.

The range is up to 500 m per use, depending on the duct diameter and condition.

Yes, our sewer drones are protected to IP68 and can also be used in residual water levels.

The Flyability Elios 3 is designed for demanding inspections in areas that are difficult to access and is also suitable for use in ducts. In combination with LiDAR REV7, it enables real-time 3D measurement and delivers precise geometry data directly from the object. According to the page content, it can be used from DN 200, which means that even smaller duct cross-sections can be recorded. The IP68 protection class supports use in harsh environments, which are typical in sewer and infrastructure projects. This allows inspection and surveying to be combined efficiently.

Remote control with real-time video transmission. The pilot sees the live image from the 360° camera on the control panel.</p

The Flyability Elios 3 sewer drone with LiDAR REV7 mentioned on the page is suitable for real-time 3D surveying from DN 200. This is particularly relevant for operators and planners who also want to digitally record smaller sewer sections. Thanks to its compact and specialized design, the drone can be used where conventional methods are only practicable to a limited extent. At the same time, the focus is not only on visual inspection, but also on geometric recording. This creates a reliable data basis for further evaluation and planning.

LiDAR REV7 extends Flyability Elios 3 with the ability to capture sewer and infrastructure areas in three dimensions in real time. This is particularly advantageous when complex geometries need to be documented quickly and precisely. The page content also shows that high-precision LiDAR scanners can also be used with a high level of detail, long range and high capture rate. This means that even complex environments can be efficiently surveyed and digitally mapped. For surveying projects, this means high data quality and a reliable basis for further processing.

The survey data described on this page can be provided in the LAS, LAZ and E57 formats. These formats are established in many common software solutions and facilitate further processing in planning, documentation and evaluation. The possibility of registering multiple viewpoints is also mentioned, which is particularly important for comprehensive infrastructure projects. This means that even larger or more complex areas can be consistently merged into one data set. This creates a good basis for precise analyses and digital project processes.

The page content describes a clear and customer-oriented project process for surveying projects using modern LiDAR technology and sewer drones. Interested parties usually receive a response within 24 hours, which enables a quick initial consultation. A fixed price offer is available on request so that the costs can be planned transparently at an early stage. An on-site appointment can also be arranged to discuss the requirements of the project directly on site. This makes the process from inquiry to measurement structured and efficient.

Kuchler Geomatics combines modern sewer drone technology with precise LiDAR surveying to offer a powerful solution for demanding infrastructure projects. With the Flyability Elios 3 and LiDAR REV7, real-time 3D surveying is possible from DN 200, which makes the range of applications particularly practical. High-precision LiDAR scanners with a long range, high point density and versatile output formats are also available. Customers also benefit from rapid feedback within 24 hours, a possible fixed price offer and an on-site appointment on request. This makes Kuchler Geomatics a strong choice for precise, efficient and professionally planned sewer surveys.