RTK GNSS for research and education

RTK GNSS for research and education

Centimeter-accurate positioning for universities, research institutes, and student fieldwork.

RTK GNSS for research and education

GNSS from campus to the field

For research

For research

Field data collection, environmental monitoring, geodesy, agricultural studies, archaeology — anywhere your project needs reliable positioning data you can trust and reproduce.

For education

For education

Hands-on RTK training for surveying, geomatics, civil engineering, and GIS courses. Give students real equipment and real workflows, not just theory.

Our solution

Reach RS4

All-band, base-and-rover receiver with tilt compensation, built for centimeter-level accuracy even in demanding conditions.

Reach RS4

$3,899

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Reach RS3

Multi-band receiver with tilt compensation, for accurate measurements and integration with 3rd-party equipment.

Reach RS3

$2,999

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RTK Corrections

Emlid Corrections is a network correction service, built into Reach receivers, for when you want to work with a single rover and skip setting up a base station.

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Emlid Flow 360 shown on a laptop, synced with the Emlid Flow app on a phone

Field & office software

Emlid Flow is our mobile and cloud app for running the whole workflow: collect points, add WMS layers for context, then export your data as CSV, DXF, or Shapefile into GIS, CAD or any other software you already use. Everything syncs to the cloud in real time so you can access it from anywhere and collaborate with your team.

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Why universities choose Emlid

Easy to set up

No specialized training required — students and first-time users are recording data within minutes.

Built for the field

Compact, rugged receivers that hold up across seasons of fieldwork.

Affordable at scale

Equip a whole lab or field course without blowing the budget.

Responsive support

We've also got you covered with our support service. Our team of Application Engineers will help you during your first steps with Reach receivers and with any further questions you may have.

Apply for a 10% discount

The educational discount is available globally to students and staff of recognized educational institutions: schools, colleges, universities. We will only ask you for a proof of your status and a few lines about your project.

Academic and research institutions get:

10% off Reach receivers and Emlid Corrections

A free Emlid Flow Business plan

Fill out the form, and our team will verify your institution and send your discount code.

Apply now
Students looking up at a GNSS rover pole held by an application engineer on campus

Over 200 universities are already using our devices

Logos of universities using Emlid devices

High accuracy for any study

Reach receivers can help you get centimeter-accurate results during research. It can be a survey or drone workshop, archaeological, geophysics, bathymetry, or remote sensing project.

Geomorphological survey

Geomorphological survey

Sara Rathburn, Professor of Geosciences, and group of researchers, Colorado, USA

Drone data combined with information from ground-penetrating radar helped geomorphologists to evaluate the sediments deposition in a Colorado glacial valley.

Microclimate Research with LiDAR

Microclimate Research with LiDAR

Mark Ghaly, Researcher, Sweden

The researcher scanned the forest with a drone and LiDAR for the microclimate research. With Reach RS2, he placed GCPs and achieved an RMS of 3 mm.

Surveying Rock Glaciers

Surveying Rock Glaciers

Johan Berthet, Ph.D. in Geomorphology, France

The geomorphologist from France created a 3D map to assess the mountains' slopes condition using Reach RS2. He set electrodes for subsurface evaluation and measured precise positions.

Studying Proglacial Lakes

Studying Proglacial Lakes

Group of researchers, Canada and USA

Scientists studied proglacial lakes in the Himalayas to survey the reason for massive floods. They compared the new drone dataset with satellite data to evaluate the calving at the lake.

Oyster Reed Mapping

Oyster Reed Mapping

Researchers from the Marine Robotics and Remote Sensing Lab, North Carolina, USA

The researchers monitored oyster reef health. They placed GCPs to get geolocation for the drone flight and created an orthomosaic map and a digital elevation model of the reefs.

Ready to equip your lab or field course?

The educational discount is available globally. We only need a proof of your status.

After filling the form, you'll get:

  • 10% discount for Reach receivers

  • Free access to Emlid Flow Business plan with ability to add unlimited numbers of people to your workspace

  • 10% discount for Emlid Corrections

FAQ

Do you offer a discount for universities and research institutions?

Emlid offers a 10% discount on Reach receivers and Emlid Corrections, and free access to a Business plan of Emlid Flow software for accredited universities and research institutions. You can apply for the discount using the form above.

What level of GNSS accuracy do I need for academic or field research?

Most academic fieldwork — topographic surveys, environmental monitoring, GIS ground-truthing — needs the centimeter-level RTK accuracy that comes standard on Reach receivers.

Which Reach device is best for a classroom versus a funded research project?

The Reach RX2 is the better fit for classroom teaching, since it's plug-and-play and lets a whole cohort learn GNSS fundamentals without a steep setup curve. The Reach RS4 or RS4 Pro is the better fit for funded research, since they're built for a broader range of scenarios that thesis-level or grant-funded data collection typically requires.

Can multiple students or research teams share one device and software license?

Yes, one Reach receiver can rotate across multiple course sections or research teams, since the hardware isn't tied to a single user. Emlid provides free access to Emlid Flow's Business plan featuring multi-user collaboration for departments running several projects at once.

Do you provide training materials or curriculum support for instructors?

Emlid provides documentation, step-by-step guides, and video tutorials that instructors can build directly into a GNSS or surveying curriculum. Instructors can also draw on the Emlid community forum, where users troubleshoot real workflows and share field-tested setups.

Is Emlid equipment compatible with the GIS and CAD software our program already teaches?

Emlid receivers export data in industry-standard formats — CSV, DXF, KML, and SHP — so they integrate directly with GIS and CAD platforms like ArcGIS that most programs already teach. This means students can bring field-collected data straight into the software they're learning without a separate conversion step.