FastRTK
FastRTK2GoiOS · AndroidInternet required

Your rover is
a base station now.

FastRTK2Go converts the GNSS rover already in your kit into a temporary RTK base station — with a mobile app and a couple of button clicks. Supplement your own network, or piggyback off a paid one, and broadcast corrections to every rover on the job.

How it works

3 button clicks away from a local base station.

Temporary Base · Live Conceptstep 01/06
NEAREST BASEyours · or a paid networkRTK IN · AVERAGING 30 sYOUR ROVER → TEMPORARY BASE2GOiOS · ANDROIDPUSH STREAMFASTRTKCLOUDCORRECTIONS OUTANY NUMBER OF ROVERS
Fix your rover in placeinternet connectivity required

Reference coordinate

Five ways to set it.
One of them is a tap.

A base is only as good as its reference coordinate. FastRTK2Go gives you a method for every situation — from fully automatic to fully surveyed.

Auto

Recommended

FastRTK picks the closest correction source and finds a precise position automatically — the 30-second averaging flow from the diagram above. One tap.

Saved Coordinate

One tap away

Reuse the reference from a previous setup. Return to the same control point tomorrow and be broadcasting in seconds.

Advanced options

Manual Coordinate

Type in a surveyed latitude, longitude, and altitude.

RTK

Pick an NTRIP caster yourself and average a precise position.

Approximate Position

A single autonomous fix from the receiver. Lower accuracy — made for the post-processing workflow below.

Where it earns its keep

Built for the jobs that break network RTK.

Construction sites

Plant one temporary base and the whole site is covered — layout, grade checks, machine control. Every rover works from the same short baseline, and nobody is paying per seat.

Temporary base deployed off a vehicle hood — UHF mast and GNSS antenna

Utility capture in tough GNSS

Urban canyons and tree canopy are where distant network stations give up. A base a few hundred meters away holds a fixed solution where a 30 km baseline can’t.

Photography slotUrban canyon — locating utilities between buildings
Photography slotUnder tree canopy — rover holding FIX

Remote areas, on Starlink

The only requirement is internet — it doesn’t care how you get it. A Starlink dish and FastRTK2Go make a correction network a hundred miles from the nearest cell tower.

Off-grid solar-powered FastRTK station in remote desert terrain

No known reference? Collect anyway.

Start from Approximate Position and get the crew working. The base logs raw observations the whole time — download the RINEX from the FastRTK portal afterward, post-process the true position, and reconcile your data.

  1. 01 approximate fix → start broadcasting
  2. 02 crew collects all day
  3. 03 portal → download RINEX
  4. 04 post-process → true position ✓

The result?

RTK Fixed

Base-grade

RTK performance

A short baseline to a base you just planted — the best RTK geometry money can buy.

Consistent FIX

in challenging places

Canopy, canyons, urban multipath — a close temporary base holds a fixed solution where distant network stations struggle.

∞ rovers

one temporary base

Corrections broadcast through the FastRTK service to every rover on the job. No per-seat anything.

Bring the receiver you own

Works with Eos & Skadi rovers

FastRTK wraps Eos Positioning Systems GNSS receivers — the same rover you collect with becomes the base when you need one.

  • Skadi 200
  • Skadi 300
  • Skadi Gold
  • Arrow 200
  • Arrow 300
  • Arrow Gold

On the rover side — every brand

Corrections broadcast over standard NTRIP as RTCM3 MSM4 / MSM5 / MSM7 — any GNSS RTK receiver can consume them, no matter who made it.

Two ways to use it

Supplement your FastRTK network

Fill a coverage gap for the day. The temporary base appears in your fleet dashboard beside your permanent stations.

Piggyback a paid network

Use one subscription seat for the 30-second reference average, then serve your whole crew from the temporary base — short baseline, no more seat-cap roulette.

A base station in your pocket,
wherever the work is.

Requires internet connectivity on the mobile device.