[ad_1]
Advanced Navigation wants to be the first Australian company to reach the moon.
Advanced Exploration presents itself as “one of the most innovative innovators in AI robotics and navigation technology.” He said the plan to reach the moon will be achieved by setting up two special navigation systems.
“The team is delighted to see years of development research into successful technology. We look forward to becoming the first Australian company to arrive on the moon in 2024, which will be a big milestone for us,” said Xavier Orr, CEO and co-founder of Advanced Navigation. They said.
“Inertial and robust reference-based navigation is a critical potential in space missions where ground-based satellite systems such as GPS are not available.”
Advanced Survey has two patented technologies.
One problem with sending space into space is how difficult the technology is. Advanced Exploration is a sweet spot.
“The heavier the load, the more expensive and complicated it will be to deliver. There are significant cost savings in the use of technology that provide additional space for the spacecraft, ”the company said in a statement.
The Boreas X90, the company’s first advanced technology, is the Boreas X90, described by the company as the “Strategic Standard Survey System” (INS) for positioning and navigation to maintain relatively accurate references, such as stars or without the need for them. Basic station control telemetry.
The second light detection algorithm and velocity (LiDAV) system uses a laser to measure significant parameters of the vehicle’s environment. It can also indicate the speed and position of the vehicle in 3D in relation to the moon’s surface.
“This technology is essential for performing complex self-resting processes and confidently navigating the surface of the moon,” said Advanced Navigation.
Self-government of the spacecraft requires an unusual understanding of the situation.
Advanced Exploration has partnered with US space systems company Interactive Machines (NASA as a customer, specifically for Artemis’ missions). Recognizable machines are now proving that advanced navigation technology is useful for such missions.
“This is an example of how Australia is collaborating with NASA on its Artemis program and has been building partnerships in space for more than half a century.” They said.
The development of the Borus X90 has been supported by the Australian Space Agency’s Lifetime to Mars initiative.
[ad_2]
Source link
