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Thank you to our wonderful customers for your support in 2017. We wish you a relaxing and safe holiday over the festive period and look forward to working with you for a successful 2018!
MAVinci Sirius Pro landing in full manual mode
Find out how to use the Topcon LS-80 laser receiver in our quick how to video.
Overall Photography is partnering with Propeller Aero to provide a user friendly interface for our project reporting, 3D mapping and 5mm accurate volumetric aerial survey services.
The RDS LOADMASTER ALPHA 100 is an all-new CAN based on-board weighing system setting a benchmark for the industry combining cutting edge sensor technology and signal processing techniques providing precise and consistent weight information.
Capture fantastic 3D data sets that include the textures of vertical structures such as the facades of buildings. This data set was acquired in only 45 min flight!
Discover the MAVinci SIRIUS UAS with its great new features: 3D city mapping, corridor flight planning, improved automatic spot landing and more...
Watch this short video that explains data and job preparation using Magnet Field 3.2.
Watch this short video that explains how to upload data and time card completion using Magnet Field 3.2.
Watch this short video that focuses on the Stake Slope routine in Magnet Field 3.2.
Watch this short video that explains how to use the stake surface option in Magnet Field 3.2.
Watch this short video that explain the stake road option in Magnet Field 3.2.
Watch this short video that explains how to use stake real time road routine using Magnet Field 3.2.
Demo video of our map based visualisation tool, iControl. iVolve's mining FMS user interface
Here's a small taste of what you can expect to learn on the Introduction to Micromine course. Visit www.micromine.com/training for more information and to book the course in a region near you!
MICROMINE is pleased to present this new video of the Implicit Modelling module for Micromine, which was launched in May 2013 as part of the Micromine 2013 launch.
Contractor with Cat machines compares Topcon 3DMC squared system against current Accugrade/Trimble system from Caterpillar. See head to head comparisons on several different parts of active jobsite and learn which system the customer choose for his fleet of machines. See how each performs in real time on a real job with real results
Peter DeMoor of Dredging International/DEME, discusses their "best of breed" approach for their positioning systems for over 50 of their machines. DredgeRover™ is flexible and can be configured for an array of excavators and cable cranes. For more information, please visit www.carlsonmachinecontrol.com or email machine firstname.lastname@example.org. More links in the video for Septentrio and MGB Tech.
Watch this short video of some of the highlights and happy customers from 2015.
Watch our company video to find out more about Position Partners products and services.
COMPACT, HIGH DENSITY 3D MOBILE MAPPING SYSTEM The IP-S3 mobile mapping system offers high density, high precision, point clouds combined with high resolution panoramas from a system that is smaller, lighter and easier to handle. IP-S3's positioning system is an integration of an Inertial Measurement Unit (IMU), GNSS receiver (GPS and GLONASS) and a vehicle odometer. It provides precise positioning and attitude in a dynamic environment. The rotating LiDAR sensor captures the environment with a rate of 700,000 pulses per second. During each rotation, the 32 internal lasers cover the full 360 degrees around the system, each from a slightly different viewing angle. This minimizes gaps in the point cloud which arise from obstacles or dead-angles and removes the need to install multiple scanners. IP-S3’s six-lens digital camera system provides 360 degree high resolution spherical images that allow for easy feature recognition. Mobile Master Office software handles all post processing trajectories and geo-referencing scans and images. Integrated turnkey solution Ultra compact design Multiple lasers minimize scanning shades Unparalleled ease of use Factory calibrated Full integration of cloud and images SPEED UP MAPPING WORKFLOWS Topcon mobile mapping systems are the perfect solution when a massive amount of asset data needs to be collected in a short amount of time. By mounting a mapping system with various integrated sensors (GNSS, laser scanner, camera, IMU, wheel encoders) to a vehicle, users get all field data quickly. Just drive at normal speeds and get locations and visual detail of all roadside features. There is no need to take time to revisit the field for missing points. Easy to use office software can then be used for viewing, processing, projecting and exporting data for GIS or CAD software.
Watch this video that explains how to use the traverse routine with closure and adjustment using Magnet Field 3.2.
The new Weighlog Alpha 10 from RDS Technology. Incorporating the latest colour touch screen technology, this on-board weighing system is designed for all types of agricultural loader.
Topcon’s MAGNET Enterprise web service is the modern solution for geospatial projects. And now a project manager’s day just got a bit easier through options to organize and manage multiple projects. Create and reference project templates, save as favorites, intuitive and instant transfer from project to project, and more. Find out more https://goo.gl/XkKafE Connect. Manage. Control.
SIRIUS pro Surveying UAS The SIRIUS pro UAS is ideal for mapping and surveying applications. Obtain Orthophotos and DEMs with the highest accuracy (2-5 cm) with the SIRIUS pro UAV. It is a lightweight, durable fixed wing Unmanned Aerial Vehicle (UAV). Designed to be used by anyone, with or without experience flying UAVs, the SIRIUS system comes complete with desktop flight planning software and an easy take-off and landing setup. SIRISU pro is available with internal or external RTK base station.
As-Built BIM has become an essential tool in modern urban development as cities seek to maintain historic building facades and footprints. However, documenting the existing geometry of the walls, windows, MEP systems and other critical elements of a redevelopment project presents a set of unique challenges and competing interests. This insightful session will highlight two recent mixed-used redevelopment projects, in in Los Angeles and Puerto Rico that utilized the latest hardware and software technologies to overcome seemingly insurmountable challenges. These case studies, one a defunct corporate headquarters and the other a decades-old parking garage, will show you practical tips and workflow tools that you can implement on your very next as-built BIM project. Specifically you will learn: 1. How public/private urban renewal jobs can differ from regular scanning/modeling projects 2. How design/build firms are using BIM throughout their as-built project lifecycle 3. How you can implement these time-saving best practices in your field-to-finish workflow 4. New software tools such as EdgeWise 5.0 to speed back office data processing and modeling Join BIM experts Les Carter, Project Manager at Cannon Corporation, Angel Vazquez, President of Sustech, LLC and Kevin Williams, CTO of ClearEdge3D on this instructive and actionable webinar.
Watch this short video which explains how to set up hybrid for RTK using Magnet Field 3.1.
Watch this short video which shows how to use the hybrid function in Magnet Field 3.1 using a Garmin GPS.
Watch this short video to see how you can copy survey configurations from device to device in Magnet Field 3.1
Watch this short video to see how you can customise your stakeout reports in Magnet Field 3.1
Watch this short video which demonstrates how to complete a WGS84 localisation in Magnet Field 3.1
Watch this short video to find out how to activate a new license in Magnet Office.
Short video showing how Autodesk Recap was used at Denver International Airport Hotel and Transit Center.
Redundant UAS / UAV / drone flight control made in Germany. /// AscTec Trinity: Advantages of the new drone / UAV autopilot: Learn more: http://www.asctec.de/en/asctec-trinity/ Triple redundant inertial measurement unit (IMU) for performance, precision & safety. - Triple for processing performance: Three redundant IMUs ensure quick and reliable data fusion. - Triple for precision: Three IMUs will permanently verify and precisely control drone / UAV position, altitude and orientation. - Triple for safety: Three IMUs synchronize all sensing data and would identify, signal and compensate in case of trouble. Adaptive flight control & redundant drone / UAV propulsion system. - Your drone / UAV will stay up in the air as long as the laws of physics allow it! - Even some motor failures or propulsion loss would be compensated from the autopilot AscTec Trinity. - Automatic adjustment of the centre of gravity in case of shift by battery, payload or lens exchange. More efficiency & comfort in every single phase of your drone / UAV flight. - No waiting, but prompt starting after switching on. - More efficiency due to powerful dynamic in any single move: Faster takeoff, rising, flying, descending and landing possible. - Trajectory flights per drone / UAV: The AscTec Falcon 8 is able to perform exactly* reproducible 3D flights at up to 10 m/s flight speed. Means area output like no other multicopter. - Rapid and exact compass calibration in drone / UAV flight. - New USB interface for comfortable firmware and update installation to the AscTec Falcon 8. - Quick data transfer like (geo data, camera orientation, flight path, imaging etc.) for processing via USB. *Within GPS accuracy /// AscTec Trinity: Die Vorteile des neuen UAV-Autopiloten: Mehr erfahren: http://www.asctec.de/asctec-trinity/ Dreifach redundante inertiale Messeinheit (IMU) für Leistung, Präzision und Sicherheit - 3 für Leistung: Drei IMUs garantieren eine zuverlässige und schnelle Sensordatenverarbeitung. - 3 für Präzision: Drei IMUs ermitteln permanent die genaue Position, Lage und Orientierung des UAV / der Drohne. - 3 für Sicherheit: Drei IMUs gleichen alle Sensordaten ab und würden eine Störung sofort identifizieren, signalisieren und kompensieren. Adaptive Regelung & Redundanz im Antriebssystem der Drohne / des UAV - Ihre Drohne / UAV wird sich für Sie in der Luft halten, solange es physikalisch möglich ist! - Selbst mehrere gestoppte Motoren oder fehlende Propeller kompensiert der AscTec Trinity sofort. - Eine Verschiebung des Schwerpunkts beispielsweise durch Akku-, Nutzlast- oder Objektiv-Wechsel wird automatisch ausgeglichen. Mehr Effizienz & Komfort in jeder einzelnen Phase eines Drohnen- / UAV-- Keine Wartezeit nach dem Anschalten. - Mehr Effizienz durch höhere Dynamik jedes Manövers: Schnelleres Starten, Steigen, Befliegen, Sinken und Landen möglich. - Trajektorienflug per Drohne / UAV: Der AscTec Falcon 8 kann 3D-Flüge bei bis zu 10 m/s exakt* reproduzieren. Damit werden Luftvermessungen effizient wie mit keinem anderen Multicopter. - Super-schnelle und hochpräzise Drohnen- / UAV-Kompasskalibrierung im Flug. - Neue USB-Schnittstelle für einfache und schnelle Firmware-Updates am AscTec Falcon 8. - Leichterer Datentransfer (Geodaten, Kameraorientierung, Flugpfad etc.) via USB-Stick. *Innerhalb der GPS-Genauigkeit
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