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... .pdf Apollo Extension Systems — Lunar Excursion Module Phase B Final Report Vol. 2 Preliminary Definition Studies Summary (6MB PDF) Media:19750069568_1975069568.pdf Apollo Extension Systems — Lunar Excursion Module Phase B Final Report Vol ... .pdf Apollo Extension Systems - Lunar Excursion Module Phase B Final Report Vol. 16 Prelaunch and mission operations (9MB PDF) Media:19750069222_1975069222.pdf Apollo Extension Systems — Lunar Excursion Module Phase B Final Report Vol ...

Media:19780075395_1978075395.pdf GRUMMAN MANUFACTURING PLAN FOR PROJECT APOLLO- LUNAR EXCURSION MODULE (8MB PDF) Category:Publications

Early designation assigned to the Apollo Lunar Module

... will transfer to the Mission Module, and the MEM will be discarded. MARS EXCURSION MODULE CONFIGURATION The Apollo shaped Mars Excursion Module (MEM) is designed to carry three men to the surface of Mars and return the crew ... and bring a stranded crew back to the ship orbiting Mars. Image:MMLVB7.jpg 300px '''Mars Excursion Module Configuration (1970)''' Image:MMLVB23.jpg 300px '''Mars Excursion Module Configuration (1969)''' The diameter of the MEM at its base ...

... Nuclear Shuttle, Space Shuttle and the mission module are required to carry out the planned pro¬gram for the 1970’s. The Mars Excursion Module and the Mars Surface Sample Return Probe are needed exclusively ... of Mars mission opportunities. The option to make the 1982 Mars Landing can be kept open until 1974 (Mars Excursion Module go ahead) provided the Nuclear Shuttle, the Space Shuttle, and the Common Mission Module are ...

... . Thus at Mars arrival, just prior to the propulsive braking into Mars orbit, the vehicle weighs 650,000 pounds. While in Mars orbit, all the surface sample return probes and the Mars Excursion Module are deployed. These and other losses reduce the vehicle weight to 380,000 pounds just prior to Mars departure. Image ...

... into lunar orbit. The ship remains in Mars orbit for about 80 days (5), during which time the Mars Surface Sample Return (MSSR) probes and the Mars Excursion Modules (MEM) are deployed and the surface exploration takes place. At the end of the Mars capture period, the spacecraft is boosted out of Mars ...

... mission module modifications for lunar surface, and accompanying lunar experiment costs. Image:MMLVB2.jpg 300px '''Long Range Plan Funding''' The planetary costs include funds for development and operation of the Mars excursion module and planetary experiments plus the operation of the nuclear stage, mission module, launch vehicles and unmanned payloads. An institutional NASA base ...

... of the British Interplanetary Society for Volume 58 58 '''Page ''' - 197-200 '''Year''' - 2005 '''Keywords''' - Mars exploration, space elevators '''JBIS Reference Code ''' - 2005.58.197 '''Number of Pages''' - 4 Abstract Space ... into an orbit just entering the Martian atmosphere, providing a launch and recovery device for Mars Excursion Modules. Extending the "beanstalk" to a length of 5832 km would place the end at the ...

... excursion module ( Lunar Excursion Module LEM ) of the Apollo spacecraft. Contract provided that Grumman, on cost-plus-fixed-fee basis, would design, fabricate, and deliver nine Lunar Excursion Module LEM ground test vehicles and 11 Lunar Excursion Module ...

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