Read all about Intelsat extending the life of it's 10-02 satellite, Space Force finding a satellite lost in space for over 25 years, the U.S. claims of Russia recently launching an anti-satellite weapon, and so much more!
Intelsat is extending the life of its Intelsat 10-02 satellite by four years to 2030. The satellite, launched in 2004, provides broadcast and broadband services for multiple continents. This extension is possible thanks to a robotic service vehicle from Northrop Grumman that has been docked with the satellite since 2021, refueling it and keeping it operational. This technology is paving the way for a future where satellites can be serviced in space, significantly extending their usefulness.
A new documentary offered a glimpse into the US Space Force tasked with protecting American interests in space. While the organization might conjure images of space battles, its main focus is on monitoring objects in space. This includes tracking both satellites and space debris, which can pose a threat to future space operations. The Space Force recently located a long-lost satellite thanks to the watchful eyes of its analysts, offering valuable information to help us understand its past and future trajectory.
The United States accused Russia of launching a counterspace weapon into orbit near an American reconnaissance satellite. This accusation came during a debate on a resolution proposed by Russia to ban weapons in space. The U.S. argued against the resolution, citing verification difficulties and Russia's alleged bad faith in negotiations. Russia denied the U.S. accusation and argued for its resolution as a more comprehensive approach. Ultimately, the Security Council did not approve the Russian resolution.
Anritsu Corporation has introduced two new field testing analyzers, the Site Master MS2085A and MS2089A. These analyzers combine cable and antenna analysis with spectrum analysis and monitoring into a single instrument, making them ideal for a wide range of applications in telecommunications, broadcasting, and other industries. The Site Master analyzers are designed for efficiency, accuracy, and durability, with features like Real-Time Spectrum Analysis and PIM hunting to meet the demands of even the most challenging testing environments. Anritsu is confident that these new analyzers will set a new benchmark for field testing proficiency.
China successfully launched four satellites on May 21st to experiment with new technologies. The satellites were carried by a Kuaizhou-11 rocket and included Wuhan-1 for remote sensing and Chutian-001 to test technology for a network of satellites in very low Earth orbit. VLEO satellites offer benefits like faster signal delivery but require more maintenance due to atmospheric drag. Two other satellites launched were Tianyan-22 for atmospheric monitoring and Lingque-3 (01) for remote sensing.
The U.S. Space Force is looking to buy small satellites from commercial manufacturers over the next decade. These satellites will carry science experiments for the military. The Space Force wants companies to build standardized satellite buses that can hold different payloads. This will allow the military to launch multiple experiments at once on a single satellite, saving money. This program is designed to speed up the development of new military space technologies.
The U.S. Space Force is partnering with a private company, Starfish Space, to develop a new technology for servicing satellites in orbit. Starfish's Otter spacecraft will be able to dock with existing satellites and perform tasks like extending their lifespan or changing their orbit. This mission is a first of its kind and could give the Space Force more flexibility and control over its space assets. The Space Force is still evaluating the potential of this technology, but it has budgeted $14 million for further demonstrations in 2025.
