September 15th 2041
Hab Alpha A9 touched down today. This Hab module is significantly different from previous units and represents the first of a second generation of heavy landers. Although it is roughly the same size as previous modules it has a lighter superstructure and a larger heat shield. Designers worked hard to find ways of increasing the payload weight. In theory these second generation cargo modules should be able to carry twice the weight of the original design.
The cost of this increased cargo capacity is that the modules are unpressurised and can't be used for human habitation. There is also a greater risk of damage on landing since the structural margins have been reduced. Furthermore, further weight gains have been achieved by making the landing gear collapse on landing as a way of absorbing impact forces. This means that the module will be difficult to move.
Designers, scientists and mission controllers in Italy and Germany were very relieved when the Hab touched down successfully today. The success of Hab A9 dramatically increases the carrying capacity of the Hab deliver system and will make it possible to carry heavy payloads in equipment and supplies.
Hab A9 contains machinery for mineral extraction and manufacturing, including a large rapid production device (RPD) which can be used to shape medium sized components from multiple alloys and arrayed carbon lattice (ACL).
Hab Alpha A9 touched down today. This Hab module is significantly different from previous units and represents the first of a second generation of heavy landers. Although it is roughly the same size as previous modules it has a lighter superstructure and a larger heat shield. Designers worked hard to find ways of increasing the payload weight. In theory these second generation cargo modules should be able to carry twice the weight of the original design.
The cost of this increased cargo capacity is that the modules are unpressurised and can't be used for human habitation. There is also a greater risk of damage on landing since the structural margins have been reduced. Furthermore, further weight gains have been achieved by making the landing gear collapse on landing as a way of absorbing impact forces. This means that the module will be difficult to move.
Designers, scientists and mission controllers in Italy and Germany were very relieved when the Hab touched down successfully today. The success of Hab A9 dramatically increases the carrying capacity of the Hab deliver system and will make it possible to carry heavy payloads in equipment and supplies.
Hab A9 contains machinery for mineral extraction and manufacturing, including a large rapid production device (RPD) which can be used to shape medium sized components from multiple alloys and arrayed carbon lattice (ACL).