Lifeboat Foundation

The Ingenuity chopper on Mars has lost an instrument that helps it navigate. Flight controllers have found a work-around.

Things are getting challenging for the Ingenuity helicopter on Mars. The latest news from Håvard Grip, its chief pilot, is that the “Little Chopper that Could” has lost its sense of direction thanks to a failed instrument. Never mind that it was designed to make only a few flights, mostly in Mars spring. Or that it’s having a hard time staying warm now that winter is coming. Now, one of its navigation sensors, called an inclinometer, has stopped working. It’s not the end of the world, though. “A nonworking navigation sensor sounds like a big deal – and it is – but it’s not necessarily an end to our flying at Mars,” Grip wrote on the Mars Helicopter blog on June 6. It turns out that the controllers have options.

Like other NASA planetary missions, Ingenuity sports a fair amount of redundancy in its systems. It has an inertial measurement unit (IMU) that measures accelerations and angular rates of ascent and descent in three directions. In addition, there’s a laser rangefinder that measures the distance to the ground. Finally, the chopper has a navigation camera. It gives visual evidence of where Ingenuity is during flight or on the ground. An algorithm takes data from these instruments and uses it during flight. But, it needs to know the chopper’s roll and pitch attitude, and that’s what the inclinometer supplies.

Continue reading “Ingenuity has Lost its Sense of Direction, but It’ll Keep on Flying” »

we will be bringing you extracts from 9 trailblazer profiles from our new Neurotech report – dynamic and innovative companies we feel are driving this exciting space. Each profile includes a flagship product deep dive which offers a forensic consideration of product development, efficacy, target market, channels to market, success factors, IP and funding.

AE was born of the vision to increase human agency for end users through the technology the group develops for their partners and their wholly-owned and operated skunkworks companies. Running a highly collaborative agile process, these efforts are extended by investing heavily in the brain computer interface (BCI) space. BCI represents, to AE, the pinnacle of agency increasing tech with massive implications for users and the whole of humanity.

This time, astronomers will see all the way to the Milky Way’s edge.

The upcoming release will add some previously unavailable information, including about the chemical compositions, ages and masses of millions of stars.

Related: 4 big Milky Way mysteries the next Gaia mission data dump may solve.

NASA will launch a mission that will both fly by Venus and descend through its harsh atmosphere in 2029. Called DAVINCI, the Deep Atmosphere Venus Investigation of Noble gases, Chemistry and Imaging mission will be the first to study Venus through both flybys and descent.

The spacecraft is expected to explore the layered Venusian atmosphere and reach its surface by June 2031. The DAVINCI mission will be able to capture data about Venus that scientists have been eager to measure since the early 1980s.

Only two NASA missions have previously visited the second planet from our sun – Pioneer in 1978 and Magellan in the early ’90s.

NASA’s Artemis mission has the chief goals of sending astronauts to establish the first long-term presence on the Moon and learning what is necessary to send the first astronauts to Mars. But it’s also planning to do so much more than that.

One of its many scientific mission will see the agency send the Lunar Vulkan Imaging and Spectroscopy Explorer (Lunar-VISE) and the Lunar Explorer Instrument for space biology Applications (LEIA) to the Moon in order to explore the mysterious Gruithuisen Domes, geological features that have puzzled scientists for years.

Putting the theory of special relativity into practice, by counting galaxies.

A China military publication says the Starlink internet service may be used by the US to bring “chaos or calamity’’ to the world.

For all the fuss it caused, it is only about a foot high.

The “door” was imaged by NASA’s Curiosity rover on May 7 on the slopes of Mount Sharp, the central massif within Gale crater, where it landed in 2012. Described on one website as a “pharaonic tomb door” because of its resemblance to some ancient Egyptian remains, it is, in fact, only about one foot high.

It is hard to spot on the panoramic image mosaic of the hillside above, but it leaps out at the eye if you see the individual frame where it occurs, as seen below. It does look like a doorway until you realize how small it is. And if you boost the contrast in the dark parts of the image, the picture just about reveals a solid rock face at the back of the shadowed interior. So as a gateway into the hollow hills of Mars, it doesn’t lead very far.

Continue reading “‘Door’ on Mars? A planetary scientist explains what you really see” »