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WASHINGTON — SpaceX secured contracts Jan. 13 for the launches of a commercial lunar lander mission backed by NASA as well as a privately funded satellite to track methane emissions.

Intuitive Machines announced that it selected SpaceX for the launch of its IM-2 lunar lander mission on a Falcon 9 rocket no earlier than 2022. IM-2 will land in the south polar region of the moon carrying payloads arranged through the agency’s Commercial Lunar Payload Services (CLPS) program in October.

The IM-2 mission will fly a drilling experiment called Polar Resources Ice Mining Experiment 1 (PRIME-1), which will look for water ice below the lunar surface. Intuitive Machines said that, besides the PRIME-1 drill, two other NASA technology payloads will fly on the lander.

The Greater Reset, a conference being held online from January 25th — 29th, 2021, is the world’s collective response to the World Economic Forum’s Initiative: The Great Reset.

We offer an alternative to the WEF’s top-down, centralized, authoritarian vision. Our desire is to help all people find community and liberty by providing practical steps and knowledge for co-creating a world that respects individual liberty, bodily autonomy, and choice.

We invite you to join us for 5 days of online discussion about the diverse opportunities available for those who seek to live in harmony with humanity and the planet, while respecting our innate freedom.

is it a car? is it a helicopter? no, it’s carcopter. conceived by french start-up, MACA, this hydrogen-powered concept aims to revolutionize the way we travel. with its aerodynamic body and theoretical top speed of 153 mph (246 kph), this prototype in question is designed for a racing scenario. it intends to be the first (manned) flying hydrogen formula 1 car. the highly-futuristic vehicle is set to be shown at annual tech event, CES 2021.

One of electric aviation’s greatest challenges (beyond safety certification) is mass production. Designing a working prototype is now table stakes in this industry. As Tesla found out, heavy manufacturing at scale can easily bankrupt even the most well-funded companies.

To solve this problem, Archer turned to Fiat Chrysler Automobiles (FCA), which produces about 4 million cars per year at its 100 manufacturing facilities and 40 R&D centers. FCA described it as a mutually beneficial arrangement: It gains experience electrifying vehicles (where it lags behind), and Archer gains access to low-cost manufacturing expertise. FCA already helped design the aircraft’s cockpit and will allow the production of “thousands of aircraft” per year, according to a company spokesperson. The first aircraft is scheduled to be revealed in early 2021 with the first public flights in 2024.

Delays are likely given the complexity of launching, literally, a new vehicle. But the announcement fulfills the initial prediction made last year by John Hansman, director of MIT’s International Center for Air Transportation: “You’ve seen some shakeup in electric aviation, but also see it get closer to reality” in 2020, he said. “It’s clear there will be the emergence of a new class of electric airplanes. In 2021, you’ll see hybrid and battery aircraft in service or close to being in service.”