China filed ITU submissions for 14 mega-constellations totaling over 200,000 satellites, including two networks with 90,000 satellites.

Deployment milestones for satellite networks require 10% within two years, 50% within five years, and full deployment within seven years.

SpaceX's Starlink constellation has 9,447 operational satellites performing tens of thousands of orbital maneuvers monthly, increasing collision risks.

Arianespace plans 7-8 Ariane 6 flights in 2026, including 2-3 Amazon Leo launches using the Ariane 64 variant.

Arianespace is under contract for 18 Ariane 6 launches for Amazon Leo, with the first on February 12, 2026.

Iris2 constellation requires 10-15 Ariane 6 launches, with potential slots reserved for 2029 launches.

Eutelsat contracted MaiaSpace for multiple launches of OneWeb satellites starting in 2027, targeting a 1,200-km orbit.

Eutelsat ordered 440 OneWeb Gen 1 replacement satellites from Airbus, with first batches ready by late 2026.

MaiaSpace's two-stage rocket can launch 1,500 kg to low-Earth orbit, or 4,000 kg with a kick stage.

SpainSat NG 2, a 6,000-kg Airbus-built satellite, is in a transfer orbit of 69,650 km by 3,840 km.

SpainSat NG program operates under a 19-year contract valued at 1.617 billion euros, with annual payments of 93.17 million euros.

Hisdesat secured agreements for X-, Ka-, and UHF-band capacity with Belgian and Spanish defense ministries.

JEWEL program includes 1-2 geostationary satellites from France and Germany, launching around 2030.

Iris2 multi-orbit constellation to start launches in 2030, utilizing military-Ka-band spectrum.

Yoda demonstrators face delays; potential launch in 2028 due to Ariane 6 availability issues.

Blue Origin plans a 5,408-satellite constellation with 5,280 in LEO and 128 in MEO for global connectivity.

TeraWave's LEO network offers data speeds of 144 Gbps using Q- and V-band links; MEO links can reach 6 Tbps.

Deployment of TeraWave satellites is expected to begin in late 2027, facing launch supply challenges until 2028.

Golden Dome program proposed $25 billion initial funding, with a $151 billion budget over 10 years for space-enabled defense.

Starlink's V3 satellites expected to increase throughput from 100 Gbps to 1,000 Gbps, enhancing competitive capacity.

SpaceX's $17 billion spectrum deal with EchoStar highlights the value of direct-to-device service in the evolving market.

Globalstar's C-3 constellation will consist of 54 satellites, including 6 spares, operating at 1,414 km orbit.

Launch of 17 satellites on two SpaceX Falcon 9 rockets is scheduled by 2026.

Globalstar plans to deploy 90 new Earth station antennas across 25 nations for the C-3 system.

Starlink plans to lower 4,400 satellites from 550 km to 480 km by end of 2026 to reduce collision risk.

Starlink V3 satellites, launching in 2026, aim for over 1 Tbps downlink and 200 Gbps uplink, enhancing performance significantly.

Starlink's production capacity reached 70 satellites per week in Washington and 170,000 terminals per week in Texas.

SpainSat NG 2 is a 6,000-kg satellite using the Eurostar Neo platform, launched in October 2023.

SpainSat NG satellites operate in X-, Ka-, and UHF-bands with steerable Ka-band antennas for dynamic capacity management.

The SpainSat NG program is a 19-year contract valued at 1.617 billion euros, involving the Spanish Ministry of Defence.