Eos Arrow Lite GPS Receiver
The Eos Arrow Lite is a high-accuracy GPS receiver for smartphones, tablets, or notebook computers.
Features
- 100% Android, iOS, Windows compatible
- 60cm real-time accuracy using free SBAS
- Supports Esri and other Mobile GIS software
- Free ground shipping
- Expedited repair and warranty service
- Lifetime technical support
- More
Work Where Other Receivers Can’t
The Arrow Lite was explicitly designed with GIS users in mind. It squeezes more accuracy from GPS SBAS corrections than any other receiver in the world. With its patented technology, use the Arrow Lite under trees, around buildings and in rugged terrain where other receivers will fail to deliver. No post-processing is required.
High-Accuracy GPS Receiver
The Arrow Lite is designed specifically to use with various mobile devices, including smartphones, tablets or notebook computers. The Arrow Lite incorporates rock-solid, wireless Bluetooth technology that works with Android, iOS or Windows devices, making it obsolete-proof.
Choice of Mobile GIS Software
The Arrow Lite feeds 1cm RTK accuracy to every app on Android or iOS device, including Google or Apple maps. Esri Collector/ArcPad/ArcMobile, Fulcrum, AmigoCloud, TerraFlex, MapItFast, GeoJot, iCMTGIS, the Arrow 200 works seamlessly with all of them and many more mapping apps.
Real-time, Worldwide Accuracy
The Arrow Lite uses the free GPS SBAS corrections available in each geographical region: WAAS in North America, EGNOS in Europe and North Africa, GAGAN in India, and MSAS in Japan to provide 60cm real-time accuracy. For South America, Australia and Central and South Africa, where free SBAS is not available, Eos has partnered with OmniSTAR to offer real-time, sub-meter accuracy.
- (1) Arrow Lite receiver with Arrow Smart Battery Pack
- (1) L1 GPS 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
Typical battery life falls in the range of 9-16 hours.
Yes, you can download free Eos apps to view collection points and 3rd party apps for mapping.
The battery life of the Arrow Lite is 15+ hours of operating time.
Yes, the Arrow Lite is IP67 waterproof rated.
The Arrow Lite uses L1 GPS Frequency.
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In The News
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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Caring for the Chesapeake: Supporting the Iconic Bay Starts with Good Monitoring Data
The Chesapeake Bay is enormous: the Bay and its tidal tributaries have 11,684 miles of shoreline—more than the entire U.S. west coast. It is the largest of more than 100 estuaries in the United States and the third largest in the world. The Bay itself is about 200 miles long, stretching from Havre de Grace, Maryland, to Virginia Beach, Virginia. But the Chesapeake Bay isn’t just enormous--it’s enormously important. The Chesapeake Bay Program reports that its watershed covers about 64,000 square miles and is home to more than 18 million people, 10 million of which live along or near the Bay’s shores.
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Treating Harmful Algal Blooms: A Natural Progression
Some of us happen upon the subject of our life’s work by accident, some of us are born into it, and some of us ease into it over time. For Tom Johengen, Research Scientist for Cooperative Institute for Great Lakes Research (CIGLR) and Director of Michigan Sea Grant , choosing to study Harmful Algal Blooms (HAB) was “a natural progression” from his days as a grad student investigating best management practices for controlling nonpoint source nutrient pollution. “I’ve been the research scientist with CIGLR since my postdoc in 1991, 31 years, and I’ve been the Director of Michigan Sea Grant for the past 3 years. When I began my postdoc with CIGLR we were just starting to study the impacts of the recently invaded zebra mussels.
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