Arrow 100 Submeter GNSS Receiver
About the Arrow 100 Submeter GPS Receiver
Real-Time Submeter GNSS Accuracy
The Arrow 100 submeter GPS receiver was designed specifically with GIS and mapping users in mind. This receiver squeezes more accuracy (submeter GNSS out of the box) from GNSS constellations and free SBAS corrections than any other receiver in the world. Thanks to its patented technology, you can use the Arrow 100 submeter GPS receiver under trees, around buildings, and in rugged terrain — where other receivers will fail to deliver. And thanks to real-time corrections processing in the field, you no longer have to spend time post-processing your data.
All Satellites & Signals
When having GPS satellites is just not enough, the Arrow 100 submeter GNSS receiver steps in to provide at least 24 more satellites from the remaining global constellations (i.e., GLONASS, Galileo, BeiDou). When its all-constellation support is combined with free SBAS corrections (in most regions of the world), the Arrow 100 can provide 60 cm real-time accuracy.
Supports Every Device and App
Thanks to Bluetooth® technology, the Arrow 100 submeter GNSS receiver is able to work with any mobile device, including iOS, Android, Windows, and Windows Mobile. It can also work with any third-party or in-house data-collection app. Simply browse our listing of field app partners or contact us for the app library to enable high-accuracy location within your own app.

ARROW 100 SUCCESS STORIES
Surveyor Protects Ireland’s Last Remaining 1% of Bogs with Arrow 100 Submeter GPS
WSI monitors Sphagnum moss growth and deterioration over the years — so Irish policymakers can act quickly to save Europe’s last remaining boglands.
Enmapp Saves Thousands by Switching to Arrow 100 Submeter GPS, TerraGo Edge Data Collection
In oil-rich Calgary, pipeline service provider Enmapp uses high-accuracy field data to drive exploration, construction, and pipeline maintenance. Here’s how.
Rural Water District Gets High Accuracy, Low Cost Water Data [Webinar]
In a joint Esri webinar, Le-Ax Water in rural Ohio demonstrates how Collector for ArcGIS with Arrow 100 submeter GNSS receiver helped them map assets on a budget.
U.K. Water Utility Validates 10,000 Miles of Newly Acquired Assets
To validate the locations of thousands of newly acquired wastewater assets, Northumbrian Water canvassed rural, sometimes residential, terrain with Arrow 100 submeter GNSS and Collector for ArcGIS.
Rural Water District Gains Submeter GNSS Asset Data on a Budget
With limited technical knowledge and also a limited budget, Le-Ax Water District in rural Ohio became one of the first adopters of an Arrow-Collector workflow. Here’s how it went.
Montreal Preserves Iconic Treescape, Fights Emerald Ash Borer with Arrow 100 Submeter GPS
The City of Montreal moved to web GIS, off paper workflows, to fight the emerald ash borer. In 5 years, they inventoried tens of thousands of trees and increased pesticide treatment by 6,300%.
Customer Spotlight:
City of Montreal
“Two years ago, we went with the Arrow 100 submeter GPS, 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 & Arrow 100 User
STANDARD ARROW 100 ACCESSORIES INCLUDED
HELPFUL RESOURCES
Eos Expands the Arrow Series™ with New Arrow 100 Submeter GPS Receiver
With the Arrow 100 submeter GPS receiver, users can access submeter & subfoot GNSS accuracy, for the first time ever, on any iOS, Android, and Windows mobile devices.
Browse Recommended Field Hardware from Eos Partners
Arrow 100 works works with a wide range of smartphones, tablets, laser rangefinders, and more. Browse hardware we recommend.
Browse Recommended Data-Collection Apps
Arrow 100 works with a variety of mobile data-collection apps. Browse apps we recommend for all devices, including iOS, Android, Windows and Windows Mobile.
Watch Eos Video Tutorials
Eos offers several-minute tutorial videos to help you get started collecting high-accuracy data. Learn how to configure Arrow with your mobile app and see how others have succeeded in free webinars.
<<< Download the Arrow 100 Datasheet
The Arrow 100 submeter GPS receiver is designed specifically to use with a variety of mobile devices, including you smartphone, tablet, or notebook computer. It incorporates rock-solid, wireless Bluetooth® technology that works with Android, iOS, and Windows devices, making it future-proof. Contemplating switching from an iPhone to an Android phone or vice-versa? No problem, the Arrow 100 works smoothly with both.
Download the Arrow 100 datasheet for free by clicking the download button.
ARROW IN ACTION: PHOTO GALLERY
ARROW 100 SPECIFICATIONS
Receiver Type
- L1/G1/E1/B1 and GPS, GLONASS, Galileo, BeiDou with Carrier Smoothing
- 158-Channel, Parallel Tracking
Constellations Supported
- GPS
- GLONASS
- Galileo
- BeiDou
- QZSS
Number of Satellites Tracked
- 12 GPS (15 when no SBAS)
- 12 GLONASS
- 15 Galileo
- 22 BeiDou
Frequencies Supported
- L1
Accuracy: Submeter GPS Out of the Box
- SBAS Accuracy: < 60 cm 2dRMS, 95 % confidence1 (< 30 cm HRMS, < 25 cm CEP)
- Horizontal Accuracy: < 2,5 meter 2dRMS, 95 % confidence1 (autonomous, no SA)
- DGNSS Horizontal Accuracy: < 30 cm HRMS (submeter)
- Optional Proprietary RTCM: < 20 cm 2dRMS, 95 % confidence1
- Optional Single Frequency RTK: 1 cm + 1 ppm1
Real-Time SBAS Corrections
- All Free SBAS Worldwide: WAAS (N. America), EGNOS (Europe), MSAS (Japan), GAGAN (India)
- Cold Start: < 60 seconds (no almanac or time)
- Update Rate: 1 Hz default, optional 10Hz, 20Hz
- Reacquisition: < 1 sec
- Maximum Speed: 1,850 kph (1,150 mph / 999 knots)
- Maximum Altitude: 18,288 m (60,000 ft)
Field-Activated Options
- 10 Hz, 20 Hz Output Rate
- Base Station RTCM Output
- Single Frequency RTK for 1-3 cm
- Supports Atlas® H100 service
Bluetooth® Communication
Mobile Device Compatibility
iPhone and iPad
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
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: Waterproof; 95 % Non-Condensing
- Compliance: FCC, CE, RoHS and Lead-Free
Antenna Details
- GPS Frequency Range: L1, G1, E1, B1
- Gain (without cable): 26 dB (± 2 dB), 35 mA
- Impedance: 50 Ω
- Voltage: + 4,5 to +15 VDC
- Connector: SMA female
- Dimensions: 69 mm diam. x 22 mm (2.72 x 0.87 in.)
- Weight (without cable):114 g (0.25 lbs) with removable magnet mount
- Finish: Fluid resistant
- Temperature: -55°C to +70°C (-67°F to +158°F)
- Humidity:Waterproof
- Immersion: 30 cm, 30 minutes
Output Datum
- Raw Measurement Datum: Binary and RINEX
- Autonomous Datum: WGS-84, (G1674) Epoch 2005.0
- SBAS Output Datum: ITRF08 (current year epoch)
- RTK Output Datum: Same as RTK Base
- Correction I/O Protocol: RTCM 2.x, 3.x, CMR, CMR+, proprietary binary
Output / Input Details
- Timing Output: 1PPS, CMOS, Active High. Rising Edge Sync, 10 kΩ, 10 pF Load (with optional serial port)
- Event Marker Input: CMOS, Active Low, Falling Edge Sync, 10 kΩ, 10 pF Load (with optional serial port)
- Field Activated Options: 10 Hz, 20 Hz Output Rate
Specification Footnotes:
- Depends on multi path environment, number of satellites in view, satellite geometry, baseline length (for local services) and ionospheric activities. Stated accuracies for baseline lengths of up to 50 km
- Transmission in free space
- Lithium-Ion battery performance degrades below -20°C (-4°F)
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