A Los Angeles-area company formed by an experienced spacecraft electronics engineer has presented a comprehensive, practical model for another moon rover that is as quick as NASA’s old “moon buggy” but intended to accomplish far more. Throughout a five-day field experiment, Venturi Astrolabe Inc published photographs and video of their Flexible Logistics and Exploration (FLEX) vehicle going through the rocky California deserts. The goal is to make it easier for NASA astronauts and other Moon inhabitants to navigate the surface of the moon. The rover’s design allows for a platform that can easily obtain rocks and other things and transport them to new areas. It’s termed FLEX, which stands for Flexible Logistics and Exploration. This can be automatically controlled and could even perform some chores by itself.
It also can be altered so that scientists may ride in it. FLEX claims that its architecture is consistent with Nasa’s mission to send astronauts to the Moon and Mars. Chris Hadfield, a former Canadian astronaut, started testing a comprehensive replica of FLEX in the California desert. As per Design Boom, Astro lab advisory group member Chris Hadfield stated, “As we go from the Apollo era, which was centered on pure research, to today, when humans will be staying for extended durations on the Moon, the infrastructure also needs to evolve.”
Astro lab wishes to be among the first to experience intergalactic travel. According to a news statement from Matthews, an effective and cost-effective transit system from the launch platform to the end destination is required. The structure of the spacecraft also allows for a base that can easily pick up pebbles and other things and carry them to other areas. It can also be adapted so that astronauts may ride in it.
FLEX’s concept appears to be consistent with NASA’s strategy for human exploration of the Moon and Mars. As per Design Boom, Hadfield, an Astro lab advisory top executive, stated, “As we shift from the Lunar era, which was concentrated on the fundamental investigation, to today, when people will dwell for extended durations on the Moon, the team must evolve.”
The spacecraft can operate for eight hours with crew on board and has the generating capacity to endure the harsh temperatures of a lunar night, up to 300 hours in absolute darkness, at the Moon’s south pole, according to Matthews.