Skip to content

Aurora Navigation introduces mobile visual RTK system

By Tracy CozzensPublished
Comment Icon Share
Image: Aurora Navigation
Image: Aurora Navigation

The small, light RTK receiver integrates the Anypos App and LoRa radio for high-precision surveying, photo surveys and 3D modeling.

Image: Aurora Navigation
Image: Aurora Navigation

Aurora Navigation has launched the Astra1 Mobile Visual RTK, a professional-grade GNSS receiver engineered to redefine high-precision mobile data acquisition.

You’ve reached your free article limit. Please sign in or register to continue reading.

Join the Discussion

You May Also Like

Credit: Bourns
Bourns introduces LTCC diplexer for dual-band GNSS L-band signal processing
Image: NGS Website
Can InSAR be used to enhance and improve an Intraframe Deformation Model? 
Credit: TXST
TXST, Leica Geosystems partner to modernize construction education
Credit: Quectel
Quectel launches Android 16 smart modules for 4G and 5G IoT devices
Credit: ARK Electronics
U-blox PointPerfect Flex now part of ARK-OS
Credit: Sunan Wongsa-nga/ iStock / Getty Images Plus/Getty Images
Xpanner launches GNSS-guided pile distribution for solar sites
Credit: Emlid
Emlid Reach receivers add RTK corrections
A high-tech Swiss precision engineering laboratory interior, sleek and minimalist, featuring advanced GNSS testing equipment and satellite timing receivers arranged on clean metal workbenches. Illuminated fiber-optic cables glow with soft blue-white light, symbolizing nanosecond-precise data transmission, weaving between server racks and atomic clock instrumentation. A large abstract holographic display shows synchronized clock waveforms and precise timing signals in glowing cyan and white. In the background, subtle hints of the Swiss Alps are visible through large glass windows, blending nature with cutting-edge technology. The overall atmosphere is clean, futuristic, and scientific, with cool tones of silver, blue, and white conveying precision, trust, and innovation. Ultra-detailed editorial photography style, sharp focus, soft ambient lighting, high-tech corporate aesthetic.
U-blox enhances GNSS timing validation with nanosecond-accurate METAS time service
Credit: Ericsson
Ericsson, MediaTek achieve decimeter-level accuracy via 5G with 3GPP-based GNSS RTK
Javad GNSS offers GNSS+INS, pairing anti-jam receivers with inertial sensors
Figure 1 — The anchor, not the positioner: accumulated drift over distance for pure SLAM (unbounded), SLAM with loop closures (reset at each loop, but only to self-consistency), and SLAM with genuine RTK Fixed (continually reset against an absolute frame).
What RTK actually does inside a SLAM scanner, and why pseudo-fix is the silent killer
One of the most common is jamming, where receivers are overwhelmed with signals that ‘clog’ the airwaves, rendering them unable to function properly.(Credit: ESA)
No signal left behind: New ways to detect jamming and spoofing
Image: 42 Technology, Omnisense
Launchpad: New products span GNSS modules, timing platforms, drone landing systems and more
Charlie Trimble signs a gift agreement in late 1985/early 1986 to induct the Trimble 4000A GPS Locator into the collections of the Smithsonian Institution. Introduced in 1984, the 4000A was one of the first commercial GPS positioning products, heavily utilized by hydrographic survey boats. (Credit: Trimble)
AGS honors Trimble founder with O.M. Miller Cartographic Medal
NGS Geodesy 3-minute video. (Credit: NGS)
NGS sets deadline for OPUS Projects 5 submissions; NOAA releases new geodesy video
Credit Infinite Electronics
Inifite Electronics debuts new GNSS antennas at Commercial UAV Expo

If you enjoyed this article, subscribe to GPS World to receive more articles just like it.

Subscribe to GPS World

Continue Reading

You've reached your limit of free articles this month.

To access this content and more, please register or sign in.

Register