Emlid Photo Contest 2020

Surveying the centerline of the Winooski River for a 7 acre survey. Photo by Vermont Land Integrity.

Reach RS2 testing in Alice Springs, Australia. Photo by Chris Nichols.

Reach RS2 unit as a base during bathymetric survey of Takamaka hydroelectric dam in Reunion Island. Photo by ID OCEAN.

Static survey with Reach RS+ in Naxos, Greece. Photo by Edward-Odysseus Politis.

A researcher working with Reach RS+ to place GCP and then map marsh shoreline erosion. Photo by @estuarine.erin.

Surveying with a pair of Reach RS2 in Mulegé, Mexico. Photo by Ingenieria Y Topografia R. C. R.

University of Vienna students use Reach RS2 for survey and excavation at the Roman rural site of Walding, Austria. Photo by @rrl_univie.

Reach RS+ in Chile. Photo by Jano Carrasco.

Reach RS+ helped to provide drinking water from deep wells in Lllay. Photo by @divalle.cl

Reach RS2 in Costa Rica. Photo by Fermat Topografia.

Boundary survey with Reach RS2 in Baja California Sur desert. Photo by Ingenieria Y Topografia R. C. R.

Reach RS+ as a base station for aerial survey. Photo by Caelum Technologies.

Reach RS+ is used for placing GCPs and pipeline layouts. Photo by Caelum Technologies.

Placing ground control points with Reach RS2. Photo by @ToreCrash.

Reach RS2 in Guaymas, Mexico. Photo by José Ernesto Pliego Perla.

Photogrammetry with Reach RS+. Photo by Autonomous Aeronautics.

Retracing a 20-acre parcel of land with Reach RS2. Photo by Vermont Land Integrity.

Montana State University Graduate Student Jamie Dillon capturing Ground Control Points (GCPs) for their baseline terrestrial LiDAR scan for snow pack measurements throughout the winter at Bridger Bowl and Yellowstone Club ski slopes in southwest Montana. Photo by Nicholas Fox.

Reach RS+ in Honduras. Photo by @sietahn.

Reach RS2 in Puerto Rico. Photo by Leaney Nieves.

Boundaruy suvey with Reach RS2. Photo by Leaney Nieves.

Topographic survey with Reach RS2. Photo by Leaney Nieves.

Reach RS2 in Puerto Rico. Photo by Leaney Nieves.

Surveying with Reach RS2 on a copper mine. Photo by GUADALUPE REYES BETANCOURT.

Reach RS2 was used to place ground control points to create an accurate map and study marsh erosion. Photo by @estuarine.erin.

Topographic survey with Reach RS+. Photo by Javier Martínez.

Collecting sub centimeter GPS Utility location Data in Fort Myers with Reach RS2. Photo by Kenneth Smith.

Staking out points with Reach RS2. Photo by Jorge Eduardo León Rivera.

Reach RS+ testing in Peru. Photo by Roger Canapataña.

Reach RS2 in Brazil. Photo by Leonardo Augusto.

Reach RS+ in Mount Ararat, Turkey. Photo by Jeff Sohlstrom.

Reach RS2 in Brazil. Photo by Leonardo Augusto.

Reach RS2 in India. Photo by CNB Surveyor & Engineers.

Surveying with a pair of Reach RS2 in Mulegé, Mexico. Photo by Ingenieria Y Topografia R. C. R.

Reach RS2 in Spain. Photo by David Orjales Aranda.

Undeground utility mapping with Reach RS2 mounted on GPR. Photo by Nazrin dan Norazila.

Working with Reach RS2 in sub-zero tempreture. Photo by Sebastián Bustamante.

Surveying with Reach RS+ for architectural design project. Photo by Aerus.

Reach RS2 for placing ground control points for the upcoming aerial survey. Photo by James Lamping.

Hydrographic survey with a pair of Reach RS2. Photo by Julian Van Der Vaart.

Reach RS+ helped the user to gather accurate elevations of drowned corals to better understand changes in sea level in south Madagascar. Photo by Alessio Rovere.

Pair of Reach RS2 for a drone mapping project. Photo by @delval3.

Reach RS2 during NTRIP testing within the Grampians National Park, Mt Abrupt Summit. Photo by Abrupt Environmental.

Our users carried out topographic survey in Rajuntay mountain located at more than 5000 m.s.n.m. Photo by Victor Montoya Colonna.

Reach RS2 in Costa Rica. Photo by Wichi Olivares.

Reach RS + survey in North Vancouver. Photo by Geomount Inc.

Rock glacier survey with Reach RS2 in the Mercantour National Park and Tignes. Photo by @johan_geomorphology.

Reach RS+ for monitoring debris in saltmarsh habitats. Photo by Alyssa Quackenbush.

Reach RS+ for an aerial survey. Photo by Park-Erdő Stúdió Kft.

Reach RS2 for monitoring a seasonal growth of a swamp size. Photo by Artjoms Zelenkevičs.

Surveying with Reach RS2. Photo by Artjoms Zelenkevičs.

Reach RS2 was used to monitor geomorphological changes of the gulf of Riga at region called Carnikava. Photo by Artjoms Zelenkevičs.

Reach RS2 in Lampung, Indonesia. Photo by @rpahlupi.

Survey with Reach RS+ in a difficult terrain. Photo by @prc_precision.

Reach RS+ for cultural heritage restoration project. Photo by Santy Arteaga.

Reach RS+ in Ecuador. Photo by 2Q Proyectos & Servicios.

Static survey with Reach RS+. Photo by Topografía Drones.

Reach RS2 for placing GCPs. Photo by @acsacabo.

Topographic survey with Reach RS2. Photo by @acsacabo.

Reach RS2 for an aerial survey. Photo by Seangleng Hoeun.

Pair of Reach RS2 was used to better understand estuary ecosystems in Squamish, British Columbia. Photo by Aeria.

Reach RS+ in Indonesia. Photo by Eko Wahyudiantoro.

Underground utility mapping with Reach RS2. Photo by Nazrin dan Norazila.

Reach RS2 testing in difficult terrain. Photo by Seangleng Hoeun.

Developing an elevation profile with Reach RS2. Photo by Josh Dickenson.

Placing ground control points with Reach RS+. Photo by Geomount Inc.

Surveying with Reach RS+ in Colombia. Photo by Maximo David Cardenas.

Static survey with Reach RS+. Photo by Francisco Bastidas.

Reach RS2 for an aerial survey. Photo by @pabloawera.

Surveying with Reach RS+ in Vancouver. Photo by Geomount Inc.

Reach RS+ for an aerial survey. Photo by Pedro Luis Regino.

Surveying with Reach RS+. Photo by Nathalie Ortega Carrillo.

Photogrammetric survey with Reach RS2. Photo by Topografía Mena.

Reach RS+ for photogrammetric survey at the Villarrica volcano. Photo by Cristobal Hernandez.

Photogrammetric survey with Reach device. Photo by Ludwig Wächter.