Arrow 100 RTK GNSS receiver by Eos Positioning Systems 2021 1500×844 Submeter GNSS receiver by Eos Positioning Systems GLONASS Galileo GPS BeiDou

Arrow 100® Submeter GNSS Receiver

Submeter GNSS Accuracy Worldwide with Arrow 100® and Arrow 100+™

Real-time Submeter GNSS Receiver Worldwide

The Arrow 100® is a submeter, multi-constellation GNSS receiver designed to be used with any iOS®, Android, or Windows device. When GPS satellites are just not enough, the Arrow 100® connects to GLONASS, Galileo, and BeiDou signals — creating access to at least 100 satellites! This uniquely designed GNSS receiver squeezes more accuracy from free SBAS corrections than any other receiver in the world. With its use of patented technology, the Arrow 100® delivers superior accuracy and performance under trees, around buildings, and in rugged terrain. Accurate positioning occurs in real time, with no post-processing required. The Arrow 100® was designed specifically with GIS users in mind.

Arrow 100 GNSS Receiver product image for GNSS receiver with GPS GLONASS Galileo BeiDou

Accurate, Optimized, Flexible

Submeter GNSS Receiver

The Arrow 100® provides submeter accuracy worldwide thanks to its unique use of free SBAS, paid Atlas® and optional RTK differential corrections.

Excellent Performance

The Arrow 100® is optimized to provide the highest accuracy possible in tough conditions, including in canopied and cityscape environments.

Full Flexibility

The Arrow 100® streams its submeter GNSS location data into any mapping or data-collection app on any mobile device (iOS, Android, Windows).

What Do You Get with the Arrow 100® GNSS Receiver?

Arrow 100 GNSS receiver unboxing video submeter Bluetooth GNSS receiver

What’s Included?

Open the box of your new favorite submeter GNSS receiver!

The Arrow 100® GNSS receiver is a complete submeter positioning kit. The standard purchase includes everything you need to begin streaming submeter location data to your mobile device:

  • Arrow 100® GNSS receiver
  • Arrow 100® antenna
  • Antenna cable (1.5 m)
  • Soft hat for antenna
  • Belt/Shoulder carrying case
  • LI-Ion battery pack (field replaceable battery)
  • 12VDC power supply
  • USB cable
  • Access to Eos Tools Pro

Watch this unboxing video to see what’s included with your Arrow 100® GNSS receiver.

What Accuracy and Flexibility look like with the Arrow 100®

Arrow 100 GNSS receiver Eos Tools Pro screenshot Submeter accuracy with SBAS Arrow 100 GNSS receiver Eos Tools Pro screenshot Submeter accuracy with SBAS Arrow 100 GNSS receiver Eos Tools Pro screenshot Access all GNSS constellations Arrow 100 GNSS receiver Eos Tools Pro screenshot Compatible with any data collection app Arrow 100 GNSS receiver Eos Tools Pro screenshot Compatible with all mobile
  • Submeter accuracy with SBAS
  • Access all GNSS constellations
  • Compatible with any data-collection app
  • Compatible with all mobile devices

Choose a Differential Correction Source

SBAS

The Arrow 100® GNSS receiver provides 60 cm horizontal accuracy with any free SBAS system worldwide, including: WAAS, EGNOS, MSAS, GAGAN and SouthPAN.

Learn about SBAS >

Atlas® H50 Service (Arrow 100+™ Only)

The Arrow 100+™ can be used with an Atlas® H50 subscription service worldwide when no SBAS is available. Accuracy with Atlas® H50 is 30 cm (HRMS). 

Learn about Atlas® >

RTK Network

The Arrow 100® also features the ability to be used with single-frequency RTK. Achieve 1 cm accuracy when your baseline is less than 10km (6 miles).

Learn about RTK >

How to Get Free GPS Sub-Meter Corrections with SBAS Satellite Systems GPS GIS Mapping

What is SBAS?

SBAS stands for Satellite Based Augmentation System.  An SBAS provides a free source of corrections to augment GNSS (positioning) signals. SBAS are usually developed with the investment of a government, a government department, or groups of governments, such as the European Union. An SBAS-compatible GNSS receiver, such as the Arrow 100®, receives and processes these free submeter differential corrections in real time, resulting in live submeter positioning with no post-processing required. The Arrow 100® supports all worldwide SBAS, including WAAS in North and Central America, EGNOS in Europe and northern Africa, GAGAN in India, MSAS in Japan, and SouthPAN in Australia/New Zealand. 

Learn More about SBAS >

Explore the Arrow 100® in 3D

Bring the Arrow 100® to life on your screen. Click the play button to interact with the Arrow 100® in 3D. Select any numbered button to access helpful tips about this submeter GNSS receiver.

New to GNSS?

Get the Lay of the Land, and Learn How to Choose a GPS Solution >

Want Even More Features? Consider the New Arrow 100+™

Customers considering the Arrow 100® GNSS receiver can now choose between the standard Arrow 100® (standard model) and the more advanced Arrow 100+™ (plus model). The Arrow 100+™ includes all the same features of the standard Arrow 100® GNSS receiver. However the plus model also includes support for Atlas® H50, longer battery life, and support for multiplexing and multipoint. Keep reading to learn more about each feature.

Please note: Existing Arrow 100® GNSS receivers cannot be upgraded to the new Arrow 100+™ model.

Eos Arrow 100 Plus GNSS Receiver GIS GPS

Supports Atlas® H50 Service

Atlas® H50 service provides 30 cm (one foot) estimated horizontal accuracy anywhere in the world, even when no SBAS or RTK network is available.

Longer Battery Life

The Arrow 100+™ offers 18 hours of battery autonomy, up from 12 hours with the standard Arrow 100®.

Multipoint

The new multipoint feature allows you to connect your GNSS receiver to more than one device simultaneously, such as an iPad® and an Android phone. 

Multiplexing

The Arrow 100+™ has the functionality of the Eos Bridge™ Bluetooth® connector built in. Connect your Arrow 100+™ to any third-party sensor (e.g., laser rangefinder), and the Arrow 100+™ will stream the content of that sensor to your iOS or other mobile device via its datastream.

At a Glance: Compare Arrow 100® and Arrow 100+™ Models

For more information detailing the differences between the Arrow 100® (standard model) and Arrow 100+™ (plus model) GNSS receivers, we encourage you to read this FAQ article comparing the models:

Read the FAQ: Comparing Standard and Plus Arrow GNSS Receiver Models >

Arrow 100® and Arrow 100+™ Technical Specifications

Receiver Type

  • GNSS multi-frequency with carrier smoothing
  • 158-Channel, Parallel Tracking

GNSS Signals Received

  • GPS: L1
  • GLONASS: G1
  • Galileo: E1
  • BeiDou: B1

Accuracy

  • SBAS (worldwide) Accuracy: < 30 cm HRMS1 , < 60 cm 2dRMS
  • Atlas® H50 Accuracy: 30 cm HRMS+

SBAS Details

  • 3-Channel, Parallel Tracking (with SBAS ranging)
  • Update Rate: 1 Hz default, optional 10 Hz or 20 Hz
  • WAAS (North America)
  • EGNOS (Europe)
  • MSAS (Japan)
  • GAGAN (India)
  • SouthPAN (Australia / New Zealand)

Exclusive to Arrow 100+™

  • Atlas® H50 (Basic): 30 cm HRMS+
  • Longer battery: 18 hours per charge+
  • Multiplex feature: Eos Bridge™ functionality built in+
  • Multipoint support: Connect one Arrow 100+™ to multiple  mobile devices simultaneously+

Bluetooth® Communication

  • Fully Bluetooth® Pre-Qualified: Bluetooth® 2.1 + EDR
  • Supported Bluetooth® Profiles: SPP, iAP, Multi-point+
  • Bluetooth® Transmission: Class 1, 300 m typical range2 (up to 1 km)
  • Bluetooth® Frequency: 2,400-2,485 GHz
  • Data I/O Protocol: NMEA 183, RTCM SC-104, Binary
  • Port: Bluetooth®, USB 2.0, Serial (optional)

Device Compatibility

  • iPhone® and iPad
  • Android smartphones and tablets
  • Windows, Windows Mobile

Arrow Receiver Power

  • Battery Type: Field Replaceable, Rechargeable Lithium-Ion Pack (rechargeable inside unit or separately)
  • Battery Capacity Arrow 100®: 12 hrs3
  • Battery Capacity Arrow 100+™: 18+ hrs3+
  • Charging Time: 4 hrs (vehicle charger available)

LED Status Indicators

  • Power
  • GNSS
  • DGNSS
  • DIFF
  • Bluetooth®

Environmental Details

  • Operating Temperature: -40°C to +85°C (-40°F to +185°F)3
  • Storage Temperature: -40°C to +85°C (-40°F to +185°F)
  • Humidity: 95 % Non-Condensing
  • Compliance: FCC, CE, RoHS and Lead-Free

Mechanical Details

  • Enclosure Material: Xenoy
  • Enclosure Rating: Waterproof, IP-67
  • Immersion: 30 cm, 30 minutes
  • Dimensions: 12.5cm x 8.4cm x 4.2cm (4.92″ x 3.3″ x 1.65″)
  • Weight: 372 g (0.82 lbs)
  • Data Connectors: Mini USB type B receptacle
  • Antenna Connector: SMA female

Antenna Details

  • Gain (without cable): 26 dB (± 2 dB), 35 mA
  • Voltage: +4,5 to +15 VDC
  • Impedance: 50 Ω
  • Dimensions (mm): 5.7cm diam. x 1.5 cm (2.24 x 0.59 in.)
  • Weight: 97 g (0.21 lbs)
  • RF Connector: SMA female
  • Operating Temperature: -55°C to +70°C (-67°F to +158°F)
GNSS Receiver Specification Footnotes:
  1. Depends on multipath environment, number of satellites in view, satellite geometry, baseline length (for local services) and ionospheric activities. Convergence time for single frequency is highly dependent on the distance to the base station and the number of constellations/satellites supported by the base station
  2. Transmission in free space
  3. Lithium-Ion battery performance degrades below -20°C (-4°F)
  4. +Indicates item applies only to Arrow 100+™ (plus model)
Download the Arrow 100® and Arrow 100+™ Datasheet

Featured Arrow 100® Case Studies

Foggy Forest

Terraformation: Combatting Climate Change with Accurate Accountability

July 27, 2022

Learn how Terraformation is combatting climate change by using high-accuracy GNSS / GIS to increase accountability for global reforestation projects.

More Info
Foggy Forest

Wisconsin Municipal Electric Utility Simplifies Asset Management and Data Collection

February 6, 2023

By modernizing its GNSS technology, Sheboygan Falls Utilities overcame challenges posed by decades-old as-built data.

More Info
Foggy Forest

Slipping Seaside: Preserving Florida’s Past By Mapping Erosion with GNSS

March 13, 2023

FPAN archaeologists and volunteers map historical sites and coastal erosion (in 3D!) to quantify erosion rates as Florida's sea levels rise.

More Info

What Customers Say about the Arrow 100®

Tommy Shifflett

“Without the accuracy of the Arrow 100, it would not be possible to locate and harvest seeds from these plants at a time in summer when they would not normally be visible amongst the tall grass.”

Larry White

Volunteer Site Supervisor, The Nature Conservancy of Canada / BC, Canada

Larry White

“After updating several nearby cave locations with the Arrow 100 coordinates, I recompiled the overland survey and calculated an azimuth and distance from a cave that I thought should be close. This led right to the lost entrance!”

Tommy Shifflett

Co-Founder, Proyecto Espeleológico Sistema Huautla (PESH) / Oaxaca, Mexico

Dann Block

“We looked at all the equipment and software out there, and the Arrow 100 had the best ratings under trees. We determined that it was the best GNSS receiver available, with the best performance, that fit our budget.”

Dann Block

Lead Gardener, Woodland Park Zoo / WA, United States

Al Schaeffer

“I just bought an Arrow 100 and am very impressed with its accuracy right out of the box. The unit continues to operate flawlessly, giving me almost constant accuracy below 1 meter!”

Al Schaeffer

President, Northern Forests, LLC / ME, United States

Daniel Pankani

“Thank you so much for the exceptional support you have provided during our work with the Eos Arrow 100. My interactions with every one of your folks was pleasant and helpful.”

Daniel Pankani

Project Engineer, Geosyntec Consultants / OR, United States

Daniel Pilote

“Two years ago, we went with the Arrow 100, and it’s much more accurate than the Garmin. Now, we are sure we will get back to the same tree — at the same exact spot”

Daniel Pilote

Forestry Technician, City of Montreal / QC, Canada

Håkan Bergstedt

“The Arrow 100 shows me time after time how extremely accurate the measurements were that they [the original boundary markers] have made.”

Håkan Bergstedt

Co-Founder, MittNorr Skog & Fasteight AB / JA, Sweden

Images from the Field: Arrow 100® in Action

  • City of Sarasota non-GIS staff get trained in collecting high-accuracy data using Arrow 100 GNSS receivers and ArcGIS Collector during the COVID-19 pandemic
  • Hema Maps uses an Arrow 100 GNSS receiver and ArcGIS Collector to map sight-seeing routes across Australia
  • Håkan Bergstedt maps Swedish property markers using Arrow 100 GNSS and ArcGIS on iPad
  • Daniel Pilote tracks the health of ash trees in Montreal using an Arrow 100 GNSS receiver with ArcGIS Collector on iPad to track the spread of an invasive species
  • Dann Block maps zoo assets safely from afar using Arrow 100 GNSS and Eos laser mapping for ArcGIS Collector on iOS
  • Altheritage uses an Arrow 100 GNSS receiver to map graveyard plots
  • Swedish consultancy uses Arrow 100 GNSS receivers with GPR to find the positioning of buried, historic monasteries
  • Dr. Shaun Canning maps historically important Australian archeological assets using an Arrow 100, ArcGIS and SBAS (SouthPAN)
  • Dann Block maps a Seattle zoo's assets in a giraffe enclosure by using an Arrow 100 GNSS receiver mounted to a range pole

Resources for Current Arrow 100® Customers

Get Started

Ready to get started with your new Arrow 100® GNSS receiver? Follow along with this Arrow Quick Start Guide to power on, Bluetooth® pair, and mount your Arrow 100® GNSS receiver.

Launch Quick Start Guide >

Check Your Firmware

The latest firmware for the Arrow 100+™ is 6.1Aa01 and for the Arrow 100® is either 6.0Aa01 or 6.1Aa01, depending on your serial number. Check your firmware version in the “About” menu of Eos Tools Pro, then check against your serial number if needed. If your firmware is not of the latest version, please contact our technical support team for instructions on how to upgrade your firmware.

Contact Technical Support >

Browse Resources

A variety of informative articles, how-to guides, and video tutorials are available in the Eos Knowledge Base. Browse content to make sure you’re getting the most out of your GNSS receiver.

Explore the Knowledge Base >