NEW ZEALAND'S MOST ADVANCED GEO-SPATIAL & survey SPECIALISTS
UNMANNED AERIAL MAPPING / ADVANCED SURVEYING / 3D LASER SCANNING / CAD
The Recon team offers significant experience in the fields of surveying, mapping and 3D scanning. Our solutions include the latest tech, game-changing drone LiDAR technology and millimetre-accurate terrestrial scanning equipment, combined with rapid post-processing and outputs of usable deliverables.
Recon's survey consultants are trained and experienced in construction and civil surveying. This means Recon can be your surveying partner from a project‘s conception right through to set out and as-built.
Highly accurate, portable and robust 3D laser scanning technology is an efficient alternative to traditional survey capture where a large amount of detail is required.
Recon are professionals in the capture and preparation of LiDAR and other aerial mapping data via UAV and helicopter. Their experience includes mapping a wide variety of landforms, offering hundreds of hours of experience and utilising fast, cost-effective data capture technology.
Recon’s surveying, 3D scanning and aerial mapping services are complemented by their ability to compile information in useable formats, primarily the preparation of CAD drawings. These drawings can be simple or more complex depending on the requirements, from surveyed topographic plans to asbuilts derived from high definition scanning.
Recon staff come from a
variety of backgrounds, from surveying and aerial mapping, to manufacturing and
3D design. Recon has worked with companies such as Kiwirail and NZ Steel on a wide range of projects.
Recon’s UAV fleet is
operated by trained pilots with significant flying and data collection
experience. Our team operate both fixed-wing and multi-rotor UAVs and ensure
the quick dissemination of data to clients.
Recon has prepared a number of case studies covering 3D laser scanning and drone applications from their experience across an array of interesting projects. From stockpile volumes, topographic surveys through to modelling power pylons via LiDAR.
