Breaking News
Canada cancels joint bridge-opening event with US after Trump announces tariffs
"The Worst Threat to Freedom" (Flock Surveillance Cameras)
Yemeni Forces Announce Maritime Blockade on Saudi Arabia
ESPN/NFL sports analyst and Charlie Kirk-hater gets fired on LIVE TV…
Top Tech News
Anthropic is launching its own drug discovery programs for rare diseases using Claude...
SpaceX AI Satellites Will Have 250 Kilowatts of Power
Chinese researchers have developed a sodium-metal battery that can fully charge in just 4 minutes...
SpaceX Starship Flight 13 in 3 Days - Thursday July 13
Chinese Scientists Develop Nuclear Battery Using Carbon-14
Teleoperated humanoid robots complete first-ever live surgery
Floating capsule auto-disinfects water without chemicals or battery
Modular Reactors To Solve Data Center Hysteria?
DeepSeek Developing In-House AI Chip In Bid To Cut Nvidia Reliance
America just took three brand-new nuclear reactors critical in thirty days, a first for any...
New SpaceX Starship Block 2 Design Flying in January and Block 3 One Year Later
There are approvals for up to 25 launches of SpaceX Starship in 2025.
SLS:
• Launches: 1
• Reusability: None
• LEO Payload Capacity: 95 Metric Tons
• Estimated Current Cost per Launch: $2.2 billion
Starship Block 1:
• Launches: 5
• Reusability: Complete, minus hotstaging ring
• LEO Payload Capacity: 100 Metric Tons
• Estimated Cost per Launch: $200 – $300 million
Starship Block 2:
• Launches: 0
• Reusability: Complete
• LEO Payload: 150 Metric Tons
• Estimated Cost per Launch: $15 million – $100 million
Block 2 Structural Enhancements
Propellant Capacity
25% increase in propellant capacity, allowing for greater range and payload capabilities
Booster propellant load increased to 3,650 tons
Ship propellant load increased to 1,500 tons
Dimensions
Total height increased to 124.4 meters
Booster height increased to 72.3 meters
Ship height increased to 52.1 meters
Performance Upgrades
Payload Capacity
Ability to carry over 100 tons to low-Earth orbit when reused
Prioritization of mass over volume compared to Block 1