Mercury Systems is a technology company serving the aerospace and defense industries, acting as a manufacturer of open architecture computer hardware and software. They provide secure embedded processing modules, avionics mission computers, rugged servers, and trusted microelectronics for space applications. Mercury Systems has over 40 years of experience developing innovative, space-qualified products, including RF and microwave components, and solid-state data recorders, partnering with organizations like NASA and BlueHalo (for U.S. Space Force programs). Their products are utilized in satellite communications, launch vehicles, and programs like the Mars Rovers and EMIT.
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ESA and JAXA's joint BepiColombo mission is currently en route to Mercury.
The selected astronaut candidates represent the 24th group since NASA selected its first group of astronauts, the Mercury Seven, in 1959, totaling 370 astronaut candidates.
With this selection, NASA has recruited a total of 370 astronaut candidates since the original Mercury Seven in 1959.
The Mercury Mark II design proposed storing the paraglider in the nose with a drogue parachute pulling the recovery compartment away at 18,000 meters and extracting the paraglider from its canister at 15,000 meters, with the wing becoming operational around 14,000 meters.
The Space Task Group at Langley began work on the Mercury spacecraft by the second half of 1958.
The Manned Spacecraft Center received formal approval to begin the Mercury Mark II program on December 7, 1961.
Mercury was designed to splash down on its heatshield, while the proposed Mercury Mark II would land on its side on land using a paraglider and landing gear.
The Manned Spacecraft Center received formal approval to begin the Mercury Mark II on December 7, 1961.
The ESA planetary missions BepiColombo to Mercury and JUICE to Jupiter utilize instruments developed at the DLR Institute for Space Research.
The Boeing lunar base studies shared insights with other US space programs, such as the X-15 and Project Mercury.
Mars and Mercury each have a surface gravity of 0.38g.
Proteus Space projects the MERCURY™ platform will complete a blank-page-to-launchpad custom ESPA-class satellite design, assembly, integration, and test process within 10 months.
Proteus Space develops Mercury, an AI-based platform that autonomously designs custom satellite buses tailored to specific payloads.
M-CAM 2 and M-CAM 3 will begin taking well-lit images two minutes after closest approach when BepiColombo is around 200 km from Mercury’s surface.
The European Space Agency stated on 2024-09-02 that BepiColombo will take a slightly different trajectory during its Mercury flyby on 2024-09-04.
BepiColombo’s fourth, fifth (December 2024), and sixth (January 2025) Mercury flybys are going ahead as planned.
BepiColombo’s arrival into orbit around Mercury is delayed from December 2025 to November 2026.
BepiColombo is a joint mission between the European Space Agency and the Japan Aerospace Exploration Agency that launched in 2018 and has made several flybys of Earth, Venus, and Mercury.
MTM’s electric thrusters will remain operating below the minimum thrust required for an insertion into orbit around Mercury in December 2025.
BepiColombo will pass 165 km from Mercury during the 2024-09-04 flyby, which is 35 km closer than previously planned.