An Unmanned Aerial System for Mapping and 3D Modelling is available as one of two platforms; aircraft and copter. Both of which have advantages and disadvantages. An Aircraft will have a longer flight time and larger coverage area, but it requires more space to take-off and land. This makes Aircrafts ideal for larger scale Mapping and 3D Modelling projects. Aircraft will conventionally be able to carry a larger payload than Copters. A Copter is able to lift off and land horizontally and is often used for small-scale Mapping of 3D Modelling projects.
RIEGL LMS GmbH
To use the RiCOPTER for acquisition of high-accuracy, high-resolution laser scan and image data, the UAS is equipped with the RIEGL VUX-SYS. The RI
SkyWalker X62 can load various payloads: DSLR camera, airborne RTK/PPK Receiver, 2-Lens camera, Integrated 5-lens camera system, 3D Laser Scanner, Digital wire
FlyTech UAV Ltd.
Dedicated to surveying and agriculture, UAV BIRDIE is a well-tailored drone, combining intuitive use and high-quality data, thanks to precise sensors and RTK L1
Fixed-wing drone built for aerial mapping and terrain modeling of larger areas, including mine sites, stockpiles, and undertaking topographic survey.
Topcon Europe Positioning
No need for ground control point establishment or positioning can save up to 50% project time … Sirius PROs onboard GNSS RTK provides accurate real time positioning,
MasterFly is an universal unmanned aerial vehicle that will perform both very demanding photogrammetric missions and reconnaissance missions. It was developed from E
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