Features of Eagle Lander 3DDust kicks up near the ground and obscures the visibility of the landing site.
Hardware accelerated stencil shadowing creates the realistic LM shadow.
Highly detailed 3D LM
Multiple Missions. Apollo 11,12 and 15, Orbital flight and a Racing Course are included.
Rendezvous and docking in orbital flight.
Replay. Flights can be recorded and played back later.
Simulates the final few minutes of flight.
The mission landing site topography is extensively researched and very accurate.
Compatibility and LicenseThis download is licensed as shareware for the Windows operating system from simulation games and can be used as a free trial until the trial period ends (after an unspecified number of days). The Eagle Lander 3D 2.1.2 demo is available to all software users as a free download with potential restrictions and is not necessarily the full version of this software.Is Eagle Lander 3D for Windows 10?Eagle Lander 3D can be used on a computer running either Windows 8 or Windows 7. Newer versions of the operating system like Windows 11 and Windows 10 should work but are not completely supported. Windows XP is supported. It runs on both 32-bit and 64-bit systems with no dedicated 64-bit download provided.Filed under: Eagle Lander 3D DownloadEagle Lander 3D 2.1We have tested Eagle Lander 3D 2.1.2 against malware with several different programs. We certify that this program is clean of viruses, malware and trojans.Free Download for Windows 61.31 MB - Tested clean$$ Cost:Free Trial
eagle lander 3d full version
The lander is nicely modeled, and the moonscape looks as if it were created from real photos. You get multiple cockpit views, plus external views of the lander, which you can rotate and move around. The audio in the simulation sounds like radio communications from the original moon missions. We like the variety in video and audio settings, especially the ability to play in window mode. Customizing keyboard and mouse controls is rough, requiring you to edit text files. For a smooth-running simulation, you also will need a recent, gamer-quality graphics card. People who enjoy hard-core, realistic, vehicle simulations will appreciate the level of detail in Eagle Lander 3D.
The Apollo Lunar Module (LM /ˈlɛm/), originally designated the Lunar Excursion Module (LEM), was the lunar lander spacecraft that was flown between lunar orbit and the Moon's surface during the United States' Apollo program. It was the first crewed spacecraft to operate exclusively in the airless vacuum of space, and remains the only crewed vehicle to land anywhere beyond Earth.
Astronauts flew Apollo spacecraft manually only during the lunar approach.[6] The final landing phase began about 2,000 feet (0.61 km) uprange of the targeted landing site. At this point, manual control was enabled for the commander, who had enough propellant to hover for up to two minutes to survey where the computer was taking the craft and make any necessary corrections. If necessary, landing could have been aborted at almost any time by jettisoning the descent stage and firing the ascent engine to climb back into orbit for an emergency return to the CSM. Finally, one or more of three 67.2-inch (1.71 m) probes extending from footpads on the legs of the lander touched the surface, activating the contact indicator light which signaled the commander to shut off the descent engine, allowing the LM to settle onto the surface. On touchdown, the probes would be bent as much as 180 degrees, or even break off. The original design used the probes on all four legs, but starting with the first landing (LM-5 on Apollo 11), the one at the ladder was removed out of concern that the bent probe after landing might puncture an astronaut's suit as he descended or stepped off the ladder.
Hover times were maximized on the last four landing missions by using the Service Module engine to perform the initial descent orbit insertion burn 22 hours before the LM separated from the CSM, a practice begun on Apollo 14. This meant that the complete spacecraft, including the CSM, orbited the Moon with a 9.1-nautical-mile (16.9 km) perilune, enabling the LM to begin its powered descent from that altitude with a full load of descent stage propellant, leaving more reserve propellant for the final approach. The CSM would then raise its perilune back to the normal 60 nautical miles (110 km).[25]
The Apollo LM Truck (also known as Lunar Payload Module) was a stand-alone LM descent stage intended to deliver up to 11,000 pounds (5.0 t) of payload to the Moon for an uncrewed landing. This technique was intended to deliver equipment and supplies to a permanent crewed lunar base. As originally proposed, it would be launched on a Saturn V with a full Apollo crew to accompany it to lunar orbit and guide it to a landing next to the base; then the base crew would unload the "truck" while the orbiting crew returned to Earth.[38] In later AAP plans, the LPM would have been delivered by an uncrewed lunar ferry vehicle.
This reusable, single-stage crewed lunar lander was proposed by Eagle Engineering in the early 1990s, as part of a series of transportation architecture studies for NASA. It featured a main cabin sized for 6 astronauts, derived from a Space Station Freedom module, and a low-hung airlock module for easy EVA access to the lunar surface which also could dock directly to a pressurized rover. Use of hydrogen and oxygen propellants offered high performance and also allowed easy evolution towards in-situ resource utilization. A pair of small, expendable cargo pods next to the main cabin allowed relatively easy unloading of cargo via crane
The lander would have been staged from low Earth orbit. An orbital transfer vehicle would boost it to translunar injection. The lander would then land on the moon, return to orbit, and dock with an aerobraking heat shield which it would use to aerocapture back into LEO for astronaut unloading and reuse
Download the sequel here: -lander-3d/id1372487723?mt=8&ign-mpt=uo%3D2It's 1969! Help Neil Armstrong and Buzz Aldrin land Eagle safely on the Moon. Try to touch down as smoothly as possible or risk damaging the Lunar Module and becoming stranded!Don't give up! This game is a challenge but remember, the real Apollo astronauts trained for many hours in simulators to get good at landing the Lunar Module.Tip: Kill your horizontal velocity before focusing on your decent.
A space simulator can be as simple as a spacecraft simulation program running on your PC or as elaborate as a detailed, full scale hardware simulation of a shuttle cockpit. Or perhaps it's a large scale group simulation carried out over the internet in which the participants play different roles, e.g. mission controllers or astronauts, in carrying out a mission scenario such as launching a satellite from the shuttle.
The Traveling Space Museum "We Bring The Adventure Of Space To You!" This program brings " full-scale and fully functional simulators into schools and using them as teaching tools." The simulators include:
Lunar Landers / Lunar Explorers Lunar landers were among the first of computer games and are still popular. Controlling the thrust and orientation of the vehicle for a smooth landing can be quite a challenge. Landing simulators are available at varying levels of realism.
you'll experience the thrill of conducting NASA repair work on the International Space Station. After negotiating your way through the airlock, you, the astronaut, will be tasked with four jobs critical to help power up the space station so it can continue to operate at full capacity. But you have to move quickly and carefully, with a limited quantity of oxygen you must complete your EVAs and get back into the airlock before your air supply runs out.
Colony - ET puts you on an alien planet in full survival mode. The game / simulation is a mini online 3D first person style role playing game where you are a character in a persistent world. The current state of the simulator allows one person to set up a server and invite their friends to join in the colony. We can have as many as 32 players but most people would be comfortable with 4 to 8 close friends.
The model's scale was calculated from Homelander's actual height that is 1800 mm. The 3D printing figurine's chosen scale is 1/8 for the FFF/FDM version and 1/16 for the DLP/SLA/SLS versions.
SLS 1.0 version features:- Made as a solid one-piece figurine;- A printed model is 118 mm tall, 58 mm wide, 38 mm deep;- Contains 3 parts - a solid Homelander model and the figurine with the platform or separated.
QualityLayer Height: 0.12 mm (you can also set Layer Height at 0.16 or 0.2mm for 0.4mm nozzles)Initial Layer Height: 0.2 mm (carefully level the print bed and keep your Initial Layer Height the same as the main Layer Height)
: NASA has chosen the name "Altair" for its next generation lunar module, previously referred to as the lunar surface access module (LSAM). The new moniker was inspired by the 12th brightest star in the sky, Altair in the constellation Aquila. "In Latin, 'Aquila' means Eagle, tying our new lander to the historic Apollo 11 Eagle," explained Altair manager Lauri Hansen. 2ff7e9595c
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