Browse Category

Satellites News 11 June 2025 - 20 June 2025

Satellite Definition: Ultimate Guide from Sputnik to SpaceX and Beyond

Satellite Definition: Ultimate Guide from Sputnik to SpaceX and Beyond

Sputnik 1, launched on October 4, 1957, was the world’s first artificial satellite. Sputnik 2, launched in 1957, carried Laika the dog into orbit, the first living creature in space. Explorer 1, launched January 31, 1958, discovered Earth’s Van Allen radiation belts, proving satellites could do serious science. TIROS-1, launched in 1960, was the first weather satellite, demonstrating that orbiting cameras could observe cloud patterns and improve forecasting. Telstar 1, launched in July 1962, became the first active communications satellite and relayed the first live television signals across the Atlantic. Geostationary orbit at about 35,786 km above the equator allows
20 June 2025
Sky Spies: The Ultimate Guide to Weather Satellites Tracking Storms, Saving Lives, and Monitoring Climate

Sky Spies: The Ultimate Guide to Weather Satellites Tracking Storms, Saving Lives, and Monitoring Climate

TIROS-1, launched by NASA on April 1, 1960, weighed about 120 kg and transmitted over 19,000 cloud images in 78 days, proving the concept of space-based weather observation. GOES-16 (GOES-East), launched in 2016 as part of the GOES-R series, delivers 0.5 km resolution imagery across 16 spectral bands and can scan as often as 30 seconds, and it carries the Geostationary Lightning Mapper. Meteosat-1, launched in 1977, was Europe’s first geostationary meteorological satellite at 0° longitude and introduced a water vapor channel for moisture tracking. Japan’s Himawari-8 (2014) and Himawari-9 (2016) operate at 140°E, providing high-resolution full-disk imagery every 10
19 June 2025
Spies in the Sky: The Ultimate Guide to Spy Satellites and Their Secrets

Spies in the Sky: The Ultimate Guide to Spy Satellites and Their Secrets

The CORONA (Discoverer) program operated from 1959 to 1972 as the United States’ first photo-reconnaissance satellite program, with Discoverer XIV achieving the first mid-air film recovery in August 1960. KH-11 KENNEN (CRYSTAL), first launched in 1976, introduced electro-optical digital imaging with about 15 cm per-pixel resolution, and a 2019 declassified image from USA-224 reportedly achieved around 10 cm resolution. Lacrosse/Onyx, the US SAR reconnaissance program begun in 1988, used large radar antennas for all-weather imaging and was succeeded by the smaller Topaz (FIA Radar) satellites in the 2010s. The USSR’s Zenit series began in 1961 with over 500 launches using
19 June 2025
13,000-Year-Old Alien Satellite? Unraveling the Black Knight Conspiracy Theory

13,000-Year-Old Alien Satellite? Unraveling the Black Knight Conspiracy Theory

The Black Knight legend links Nikola Tesla’s 1899 reports of periodic radio signals from Colorado Springs to the idea of an ancient satellite in Earth orbit. In 1927 Jørgen Hals observed long-delayed echoes, and in 1973 Duncan Lunan claimed a star map pointing to Epsilon Boötes suggesting a 13,000-year-old alien probe, later retracting parts of the interpretation. In 1954 Donald Keyhoe asserted the Air Force had detected two unknown satellites, a claim with little evidence and likely a publicity stunt. In February 1960 the U.S. military detected an unidentified dark object in polar orbit, later identified as Discoverer 8 debris
19 June 2025
Sky Wars: The Satellite Arms Race—Government and Military Satcom Procurement Trends 2025–2035

Sky Wars: The Satellite Arms Race—Government and Military Satcom Procurement Trends 2025–2035

Global government and military Satcom spending is projected to grow about 7–10% annually, rising from roughly $50 billion in 2024 to $64 billion by 2030. The Ukraine conflict underscored Satcom’s importance, with Starlink keeping forces online for combat and coalition operations. Militaries are shifting to enterprise Satcom architectures that blend military and commercial satellites across LEO, MEO, and GEO into a single resilient network. Australia canceled its $5 billion Lockheed Martin GEO program (JP9102) in 2024 to pursue a distributed multi-orbit solution for greater survivability. The U.S. Space Force’s Proliferated LEO (PLEO) contract expanded from a $900 million ceiling to
18 June 2025
Mind-Blowing: Nearly 15,000 Satellites Are Whizzing Around Earth Right Now—Find Out Why It Matters

Mind-Blowing: Nearly 15,000 Satellites Are Whizzing Around Earth Right Now—Find Out Why It Matters

As of March 2025, approximately 14,900 total satellites were in orbit, with about 11,000–12,000 active and 3,000–4,000 inactive or defunct. SpaceX’s Starlink has about 7,000–7,500 active satellites in orbit as of 2025, accounting for over 60% of all operational satellites and a goal of 42,000 total. OneWeb deployed 648 satellites with roughly 652 operational by late 2024, helping the UK become the third-largest operator with around 700 registered satellites. Amazon’s Project Kuiper plans a constellation of about 3,200 satellites, with test satellites launched in 2023–24 and large-scale deployment expected to begin in 2024. China is planning megaconstellations named Guowang or
Zimbabwe’s Internet Revolution: From Lagging Signals to Sky-High Satellites

Zimbabwe’s Internet Revolution: From Lagging Signals to Sky-High Satellites

In 2000 Zimbabwe’s internet penetration was about 0.3%, rising to around 15% by 2011. The first ISPs were Data Control & Systems in 1994 and MWEB in 1995, with ZISPA counting nearly 30 ISPs by the 2000s. By early 2023 there were over 14 million active SIMs, roughly 85% of Zimbabwe’s population. Median mobile download speed in 2023 was 10.9 Mbps. Starlink received a license in May 2024 and went live in Zimbabwe by September 2024, with starter kits priced around $350 (sometimes $170) and unlimited data at $30/month. Econet launched Zimbabwe’s first 5G sites in 2022, with NetOne announcing
16 June 2025
Laser Wars in Orbit: The 2024-2030 Boom in Optical Inter-Satellite Links

Laser Wars in Orbit: The 2024-2030 Boom in Optical Inter-Satellite Links

In 2024 the global Optical Inter-Satellite Links (OISL) market was about US$402 million and is projected to reach US$2.0 billion by 2030, a fivefold increase with roughly 30% CAGR. Major LEO mega-constellations such as SpaceX’s Starlink, Amazon’s Project Kuiper, and the planned OneWeb Phase 2 are integrating optical inter-satellite links from the outset to boost capacity and reduce latency. The U.S. Space Development Agency standardizes an optical terminal interface at about 2.5 Gbps and is seeding multiple vendors to build compatible units, jump‑starting a domestic OISL supply chain. China’s Laser Starcom achieved a world-record 400 Gbps laser inter-satellite link test
Satellite-Related Tenders in Ukraine – Overview and Key Examples (14.06.2025)

Satellite-Related Tenders in Ukraine – Overview and Key Examples (14.06.2025)

The largest satellite-related tender is the State Space Agency of Ukraine’s Development of the state GNSS station network, valued at UAH 167,130,500 (~$4.5 million), announced on 6 June 2025 and open for bidding in mid-June 2025. The GNSS project aims to build a nationwide GNSS station network to improve coordinate-time and navigation services for civilian, surveying, and military use. In January 2023 Poltavateploenergo tendered for Starlink satellite communications equipment, comprising 44 Starlink terminal kits with a total value of UAH 2,200,000. In 2023 the Kremenchuk City Executive Committee procured Starlink equipment for about UAH 166,000. In 2024 Kyiv National Police
14 June 2025
Satellite-Related Tenders in Ukraine – Overview and Analysis (2016–2025)

Satellite-Related Tenders in Ukraine – Overview and Analysis (2016–2025)

Military Unit K1412 (Lviv) issued a Oct 2024 tender for Skywer MR2 multi-channel signal receiver systems, with two lots of 12 and 8 units (20 total) totaling 29.6 million UAH (~$720,000) and awarded 24 Oct 2024 to ATIKA-IT LLC, plus a 2025 mini-tender for 3 more units (~5.03 million UAH). Foreign Intelligence Service SZR purchased 9 Skywer MR2 satellite signal intercept stations in 2024 for 12.3 million UAH (~$295,000), with a tender announced 30 Apr 2024 and contract completed 11 Jun 2024. SZR conducted a classified procurement for 4 high-end signal receivers (Prиймач сигналів) at 10,824,000 UAH (~$260,000) in late
14 June 2025
Satellites, Sensors, and the Next $4 Billion Boom: Inside the 2025–2031 IoT Space Race

Satellites, Sensors, and the Next $4 Billion Boom: Inside the 2025–2031 IoT Space Race

By 2030, satellite-connected IoT devices are projected to exceed 26 million and the market is expected to reach about $4 billion. The 3GPP Release-17 NTN standards were finalized in 2022, enabling a single IoT module to operate on both cellular and satellite networks. By 2027, 5G NR-NTN standards under 3GPP Releases 18 and 19 will standardize high-speed satellite IoT links. Low-Earth orbit constellations reduce latency to under 50 ms round-trip, versus geostationary satellites at around 600 ms. Launch costs have fallen due to reusable rockets and rideshare launches, enabling IoT nanosatellite constellations. In 2020 there were about 3.6 million satellite
12 June 2025
Satellite Bus Showdown: Legacy Titans vs. NewSpace Mavericks (2024–2033)

Satellite Bus Showdown: Legacy Titans vs. NewSpace Mavericks (2024–2033)

The global satellite bus market is projected to rise from $14.1 billion in 2023 to $23.4 billion by 2033, a CAGR of about 5.4%. Lockheed Martin is developing the LM-2100 modular bus with upgradeable components, while Northrop Grumman, Boeing, Airbus, and Thales Alenia Space remain leaders in GEO and military programs. SpaceX has mass-produced Starlink satellites in-house, with over 6,500 launched to date and satellites comprising roughly 50% of active satellites, plus a Starshield military variant. Airbus and OneWeb formed a joint venture that manufactured hundreds of satellites on an assembly-line in Florida for mass production. Britain’s BAE Systems agreed
1 6 7 8 9 10
Go toTop