How To Utilize The Excursion Module For Munar?

The Munar Excursion Module (M.E.M.) is a hyper-specialized part of the Kerbal Space Program (KSP), designed to provide full command module functionality. It is typically placed at the top of the rocket as part of a lander, providing full command module functionality. However, there is no decent stage for the M.E.M., as it is meant to be a kerbalized version of the Apollo Lunar Module.

Building a Mun Lander based on the Lem is a common project, but the Mun Excursion Module is the only manned command pod without any reaction wheels. This may have complicated the Mun landing process. The Mk2 Lander Can is one of two parts produced by its manufacturer, along with the Making History-exclusive Munar Excursion Module (M.E.M.).

The description for Sean’s Mk2 Lander Can is that it is a stock craft, but it uses the Making History Expansion. He plans to make a Service Module as well, which will take less time to complete. Craft sharing has become simplified, with automatic detection of mods, search by mod and craft attributes, and a simplified process for sharing your Kerbal Space Program craft.

In summary, the Munar Excursion Module is a crucial component in the KSP, providing full command module functionality. However, there is no decent stage for the M.E.M., and building a Mun Lander based on the Lem may be challenging due to its unique design.

Can you skydive into water?

Intentional water jumps are preplanned, pre-planned dives into water bodies, making them the safest and easiest skydive. They are often caused by panic, and proper training can help reduce the risk of drowning. However, there are also considerations for unintentional water landings, including wet training for both unintentional and intentional water jumps. Proper training can help reduce the likelihood of physical injuries and drownings.

Is it easier to get to the Mun or Minmus?

The smaller size of Minmus relative to The Mun facilitates landing and orbiting due to the lower gravity and reduced fuel requirements. This tutorial is designed to provide guidance on how to reach Minmus, assuming the reader has already completed a trip to The Mun. The tutorial encompasses the Upper Stage (Lander), Middle Stage (Transfer Burn), and Lower Stage (Launch), and is predicated on the Mun tutorial.

How long is a day on Minmus?

Minmus is a small moon of Kerbin, with a semi-major axis of 47, 000 000 meters and a sidereal rotation period of 1 d 5 h 13 m 20 seconds (Kerbin time) and 11 h 13 m 20 seconds (Earth time). Its surface appears to oscillate vertically, while up close, it appears mint green with icy buttes, large hills, and frozen lakes. The highest areas are over 5. 7 km in altitude. Minmus orbit requires more delta-v than Mun orbit, but it is easier to land on the surface and return. A synchronous orbit around Minmus is possible at an altitude of 357. 94 km.

What is the death rate for parachute jumps?

Skydiving has gained popularity in recent years, but there is limited data on the injury risk associated with it. A systematic review was conducted to evaluate the injuries and fatalities of civilian skydivers. The review included studies from MEDLINE, Web of Science, Cochrane Library, and Embase, as well as injury reports from the German, American, and British Parachute Associations. The review found that recreational skydivers often sustained injuries involving the lumbar spine and lower extremities, with most injuries reported during the landing sequence.

With modern equipment and training methods, fatalities occur in less than 1 per 100, 000 cases, and serious injuries requiring hospitalization in less than 2 per 10, 000 cases. This puts the assessment of skydiving as a high-risk sport into perspective.

In developed countries, sport-related incidents account for a large proportion of lethal and non-lethal injuries. In Switzerland, over 250, 000 occupational injuries and 550, 000 non-occupational injuries are reported annually. Of these, about 65 occur during ball sports and winter sports, making potential risks more transparent and informed decision-making. However, only limited information exists regarding accidents and injuries related to parasports, with recreational skydiving being the most reported injury.

What is the hardest body to land on in KSP?

In terms of accessibility, Moho represents the most challenging location to reach, Tylo is the most difficult to land on, and Eve is the most difficult to return from.

Are parachutes 100% effective?

A major medical journal published research stating that a parachute is no more effective than an empty backpack in protecting oneself from harm when jumping from an aircraft. However, the gold standard for medical research is a randomized controlled trial, which has never been done on parachutes. Medical researchers often use the parachute example to argue that they already know something works, as they are confident in their own knowledge.

How much DV to return from MUN?

This tutorial provides a detailed guide on the Kerbal Space Program, a challenging game for beginners. It outlines the minimum requirements, recommended requirements, and basic information for orbiting a moon in the game. The recommended Delta-V is approximately 6, 500 for orbit and return, and 7, 500 for landing and return. The tutorial aims to help newcomers explore the Kerbol System and provide a clear understanding of the game.

Do parachutes work on Mun?

The Mun orbit can be attained through the use of moderately sized, multi-stage rockets, such as the Kerbal X, with landing facilitated by retrograde thrusters and gear. Due to the absence of an atmosphere, parachutes are ineffective in the case of a return to Kerbin. In such an instance, a two-part lander and an orbital craft may be required.

How much Delta V do you need to get to Minmus?

Minmus orbits Kerbin at a continuous altitude of 46, 400, 000 meters and takes approximately 920 m/s Δv to transfer from low Kerbin orbit. Its synodic period is 14 days, 3 hours, and 1 second. A synchronous orbit around Minmus is possible at an altitude of 357. 94 km, and the orbital speed around an object with an altitude of 0 m is 171. 5 m/s.

Minmus’ high orbit makes it easy to escape Kerbin’s sphere of influence. Kerbin’s gravity offers considerable delta-V savings to craft leaving from low Kerbin orbit, but leaving Minmus from Minmus orbit costs more delta-V. An efficient way to return to a lower Kerbin orbit from Minmus is to use a gravity assist around Mun, but plan the maneuver carefully as one assist can send a vessel into a lower energy orbit around Kerbin, while another can send the vessel along an escape trajectory.

How much Delta V to get to Minmus?

Minmus orbits Kerbin at a continuous altitude of 46, 400, 000 meters and takes approximately 920 m/s Δv to transfer from low Kerbin orbit. Its synodic period is 14 days, 3 hours, and 1 second. A synchronous orbit around Minmus is possible at an altitude of 357. 94 km, and the orbital speed around an object with an altitude of 0 m is 171. 5 m/s.

Minmus’ high orbit makes it easy to escape Kerbin’s sphere of influence. Kerbin’s gravity offers considerable delta-V savings to craft leaving from low Kerbin orbit, but leaving Minmus from Minmus orbit costs more delta-V. An efficient way to return to a lower Kerbin orbit from Minmus is to use a gravity assist around Mun, but plan the maneuver carefully as one assist can send a vessel into a lower energy orbit around Kerbin, while another can send the vessel along an escape trajectory.

Is it easier to land on Minmus or the Mun?

The smaller size of Minmus relative to The Mun facilitates landing and orbiting due to the lower gravity and reduced fuel requirements. This tutorial is designed to provide guidance on how to reach Minmus, assuming the reader has already completed a trip to The Mun. The tutorial encompasses the Upper Stage (Lander), Middle Stage (Transfer Burn), and Lower Stage (Launch), and is predicated on the Mun tutorial.