Navigation Satellite Collection

Galileo navigation satellite being prepared for launch. This is GIOVE-A, the first test satellite for the European Galileo satellite navigation system. It was previously known as GSTB-V2/A

Hand-held GPS receiver
Hand-held satellite navigation receiver. It uses signals sent by the network of 21 NAVSTAR Global Positioning System (GPS) satellites

Walker using hand-held GPS receiver

Car driver using hand-held GPS receiver
MODEL RELEASED: Satellite navigation. A car driver checking his location with a hand-held satellite navigation receiver. The system uses signals sent by the network of 21 Navstar Global Positioning

Hand-held GPS receiver and map
Hand-held satellite navigation receiver. It uses signals sent by the network of 21 NAVSTAR Global Positioning System (GPS) satellites

Galileo navigation satellite, artwork
Galileo navigation satellites. Artwork of navigation satellites for the European Galileo satellite navigation network in orbit about the Earth

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"Orbital ATK Completes Installation of Micro Satellites on Navigation Satellite Deployment Module for NASA" In a remarkable display of precision and expertise, technicians with Orbital ATK have successfully installed all of the micro satellites onto the deployment module for NASA's navigation satellite. This significant milestone marks a crucial step towards advancing our understanding and utilization of space technology. Inside Building 1555 at Vandenberg, technicians meticulously performed a black light test on the Pegasus XL fairing to ensure its flawless functionality. With utmost care, they then moved the first half of the Pegasus payload fairing into position, setting the stage for further progress. The dedicated team from Orbital ATK continued their meticulous work by installing the payload adapter onto the deployment module that houses these cutting-edge micro satellites. Each intricate maneuver was executed flawlessly as they removed and reinstalled various components to achieve optimal performance. Undeterred by challenges, another set of micro satellites was prepared for installation on the deployment module. A technician diligently checked each satellite before securing them in place with unwavering precision. The assembly process underwent rigorous scrutiny to guarantee seamless integration between these technological marvels and their host platform. With every step forward, excitement grew as technicians readied themselves to install yet another batch of micro satellites onto this groundbreaking navigation system. Their dedication and attention to detail were evident as they double-checked each installation before proceeding further. As completion neared, final preparations were made to attach these advanced micro satellites securely onto the deployment module. Technicians worked tirelessly to ensure that every component aligned perfectly - an essential requirement for optimal functioning in space's harsh environment. Through their tireless efforts, Orbital ATK has brought us one step closer to unlocking new frontiers in navigation technology. The successful installation of these micro satellites is not just a testament to human ingenuity but also paves the way for enhanced global positioning capabilities that will benefit countless industries worldwide.