Eos Arrow 100 GNSS Receivers
Features
- Full GNSS: GPS/GLONASS/Galileo/BeiDou/QZSS
- 100% Android, iOS, Windows compatible
- 30-50cm real-time accuracy using free SBAS
- Free ground shipping
- Expedited repair and warranty service
- Lifetime technical support
- More
High-Accuracy GNSS Receiver for any Smartphone, Tablet, or Laptop Computer
The Arrow 100 incorporates rock-solid, wireless Bluetooth technology to ensure high-accuracy locations and metadata can be provided to any device, making it a future-proof submeter GNSS receiver that can evolve with mobile hardware and software choices.
Works with any Mobile GIS App
The Arrow 100 GNSS receiver does not require any additional hardware or software in order to obtain submeter positioning. The Arrow 100 streams this submeter location data into any chosen mapping or data-collection app on a mobile device.
Real-time Submeter (or Better) Accuracy, Worldwide
The Arrow 100 takes advantage of all the global GNSS constellations for positioning: GPS, GLONASS, Galileo, BeiDou. Moreover, with free SBAS corrections in most regions of the world, this receiver provides 30 to 60cm real-time accuracy. For areas without free SBAS, the Arrow 100+ is available and supports the Atlas H50 satellite subscription service to achieve 30-50cm accuracy worldwide.
Multiplexing with the Arrow 100+
The Arrow 100+ has the functionality of the Eos Bridge Bluetooth connector built-in. Connect the Arrow 100+ to any third-party sensor (e.g., laser rangefinder). The Arrow 100+ streams the content of that sensor to iOS or other mobile devices via the receiver's own location datastream.
Works Where Other Receivers Can't
The Arrow 100 was explicitly designed with GIS users in mind. 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 GNSS receiver squeezes more accuracy from SBAS corrections than any other receiver in the world. The Arrow 100 delivers superior accuracy and performance under trees, buildings, and rugged terrain. Accurate positioning occurs in real-time, with no post-processing required. The Arrow 100 also features the ability to be used with single-frequency RTK. Achieve 1cm accuracy when the baseline is less than 10km (6 miles).
- (1) Arrow 100 receiver with Arrow Smart Battery Pack
- (1) Single-Frequency GNSS / LBand Precision Antenna
- (2) Antenna Cables, 1.5m
- (1) Soft hat for Antenna
- (1) Nylon Carrying Case (belt-clip & shoulder strap)
- (1) 12V International Power Supply for Arrow Smart Battery
- (1) USB Data Cable
Yes, the antenna is how you receive signals from satellites.
Yes, post-processing and real-time corrections can be achieved with proprietary software or SBAS/LBAS respectively.
The Arrow 100 is powered by a field replaceable Lithium-Ion pack.
The Arrow 100 has Bluetooth 2.0 and mini USB Type B ports.
The Arrow 100+ is the latest release from Eos that supports Atlas H50 (Basic) for 30cm L-Band accuracy. It also offers an 18+ hour battery life compared with 12+ hours, and it supports multiplexing data streams to multiple devices via Bluetooth. See the Eos Arrow Comparison Chart on the Documents tab for more information.
The L1 RTK activation is an optional add-on for the Arrow 100. It is a standard feature on the Arrow 100+.
Select Options
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Eos Arrow receivers give GIS pros real-time data, solid connectability
For pros working in mapping, surveying and other GIS fields, quick, precise data are a must. And the key to getting those data is getting the right receiver. As a result, many turn to high-accuracy, multi-constellation receivers like the Arrow series built by Eos Positioning Systems. The series includes the Eos Arrow Lite GPS Receiver, Eos Arrow 100 GNSS Receiver and Eos Arrow 200 L1/L2 GNSS Receiver. The receivers are popular for many reasons: They have the flexibility to use multiple satellite constellations, offer real-time data transmission capability and can connect to any device via Bluetooth. The Arrow receivers use the United States’ GPS constellation of satellites, but they can just as easily link up with Russia’s GLONASS, China’s Beidou and Europe’s Galileo.
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