Connect with us

Published

on

Russia made its final preparations on Thursday for the launch of its first lunar landing spacecraft in 47 years as it races to be the first power to make a soft landing on the south pole of the moon which may hold significant deposits of water ice.

For centuries, astronomers have wondered about water on the moon, which is 100 times drier than the Sahara. NASA maps in 2018 showed water ice in the shadowed parts of the moon and in 2020 NASA confirmed water exists on the sunlight areas.

A Soyuz 2.1v rocket carrying the Luna-25 craft will blast off from the Vostochny cosmodrome, 3,450 miles (5,550 km) east of Moscow, on Friday at 02:11 Moscow time (04:41am IST) and is due to touch down on the moon on August 23, Russia’s space agency said.

The Russian lunar mission, the first since 1976, is racing against India which sent up its Chandrayaan-3 lunar lander last month and more broadly with the United States and China which both have advanced lunar exploration programmes. 

“The last one was in 1976 so there’s a lot riding on this,” Asif Siddiqi, professor of history at Fordham University, told Reuters. 

“Russia’s aspirations towards the moon are mixed up in a lot of different things. I think first and foremost, it’s an expression of national power on the global stage.”

US astronaut Neil Armstrong gained renown in 1969 for being the first person to walk on the moon but it was the Soviet Union’s Luna-2 mission which was the first spacecraft to reach the moon’s surface in 1959 and the Luna-9 mission in 1966 was the first to do a soft landing on the moon.

But Moscow then focused on exploring Mars and since the 1991 fall of the Soviet Union, Russia has failed to send probes beyond the earth’s orbit. There is much riding on the Luna-25 mission — especially as the Kremlin says the West’s sanctions over the Ukraine war have failed to cripple the Russian economy. 

“Let me put it this way: If Russia prevailed and the Indian probe succeeded, it would really be something,” Saddiqi said, pointing to the deterioration of Russia’s space programmes over the recent decades. 

Moon water?

Major powers such as the United States, China, India, Japan and the European Union have all been probing the moon over recent years, though a Japanese lunar landing failed last year and an Israeli mission failed in 2019. 

No country has yet made a soft landing on the south pole. An Indian mission, the Chandrayaan-2, failed in 2019. 

Rough terrain makes a landing there difficult, but the prize of discovering water ice there could be historic: quantities of ice could be used to extract fuel and oxygen, as well as for drinking water.

“From the point of view of science, the most important task, to put it simply, is to land where no one else has landed,” Maxim Litvak, head of the planning group for the Luna-25 scientific equipment, said. 

“There are signs of ice in the soil of the Luna-25 landing area, this can be seen from the data from orbit,” he said, adding that the Luna-25 would work on the moon for at least an earth year, taking samples. 

Russian space agency Roskosmos said that it would take five days to fly to the moon. The craft would spend 5-7 days in lunar orbit before descending on one of three possible landing sites near the pole — a timetable that implies it could match or narrowly beat its Indian rival to the moon’s surface.

Chandrayaan-3 is due to run experiments for two weeks, while Luna-25 will work on the moon for a year.

With a mass of 1.8 tons and carrying 31 kg (68 pounds) of scientific equipment, Luna-25 will use a scoop to take rock samples from a depth of up to 15 cm (6 inches) to test for the presence of frozen water that could support human life.

It can explore the moon’s regolith — the layer of loose surface material — to a depth of 10 centimetres and carries a dust monitor and a wide-angle ionic energy-mass analyser that provides measurements of ion parameters in the moon’s exosphere. 

Russia has been planning such a mission for decades. The launch, originally planned for October 2021, has been delayed for nearly two years. The European Space Agency had planned to test its Pilot-D navigation camera by attaching it to Luna-25, but broke off its ties to the project after Russia invaded Ukraine in February last year.

Residents of a village in Russia’s far east will be evacuated from their homes at 7.30am on Friday because of a “one in a million chance” that one of the rocket stages that launches Luna-25 could fall to earth there, a local official said.

© Thomson Reuters 2023


Affiliate links may be automatically generated – see our ethics statement for details.

Continue Reading

Science

ISRO Unveils World’s Largest 10-Tonne Vertical Mixer for Solid Propellants

Published

on

By

ISRO Unveils World’s Largest 10-Tonne Vertical Mixer for Solid Propellants

A significant advancement in India’s space technology has been achieved with the development of a 10-tonne vertical planetary mixer, the largest globally for solid propellant production. Designed and manufactured through a collaboration between the Indian Space Research Organisation (ISRO) and the Central Manufacturing Technology Institute (CMTI), this new equipment is expected to enhance efficiency and safety in the manufacturing of solid rocket motors. The handover ceremony took place on February 13 at CMTI, Bengaluru, where Satish Dhawan Space Centre (SDSC) Director A. Rajarajan received the mixer in the presence of ISRO Chairman S. Somanath and CMTI Director K. Prasad.

Enhancing Solid Propellant Production

As reported by ISRO, according to ISRO, the new vertical planetary mixer is a critical addition to India’s space propulsion systems. Solid propellants, which serve as the backbone of rocket motors, require precise and controlled mixing due to the sensitivity of the materials involved. The newly developed mixer, weighing approximately 150 tonnes with dimensions of 5.4 metres in length, 3.3 metres in breadth, and 8.7 metres in height, will improve the consistency, quality, and scalability of solid propellant production.

Towards Self-Reliance in Space Technology

As part of India’s push for self-reliance in critical technologies, the Department of Space has undertaken multiple initiatives to develop indigenous manufacturing capabilities. The realisation of this mixer underscores India’s increasing capability in aerospace engineering and manufacturing. The equipment has undergone successful factory-level acceptance tests and is set to play a key role in advancing the country’s space transportation systems.

Future Implications for ISRO’s Missions

With an emphasis on improving safety and productivity, the newly developed mixer is expected to streamline the process of solid propellant preparation for future ISRO missions. The technology is set to support upcoming launch vehicle developments, reinforcing India’s position in the global space industry.

Continue Reading

Science

NASA Lowers Risk of Asteroid 2024 YR4 Impact, Now Just 0.28 percent Chance

Published

on

By

NASA Lowers Risk of Asteroid 2024 YR4 Impact, Now Just 0.28 percent Chance

Concerns regarding asteroid 2024 YR4 have diminished, as NASA has revised the probability of its impact on Earth in 2032 from 1 in 32 to 1 in 360. The asteroid, which has an estimated diameter of 55 meters, was initially considered the most hazardous object on NASA’s Center for Near Earth Object Studies (CNEOS) Sentry Risk Table. New observational data gathered between February 18 and February 20 led to a reassessment, significantly lowering the projected threat level. According to NASA, the asteroid now holds a 99.72 percent chance of missing Earth entirely.

Orbital Data Leads to Reassessment

According to information provided by NASA, the latest findings were based on additional telescope observations, refining previous predictions. The data confirmed that the asteroid’s trajectory has been better understood, resulting in its classification at Level 1 on the Torino Scale, a system used to gauge the risk posed by near-Earth objects. Richard Binzel, the creator of the Torino Scale, told Space.com that further observations are expected to move 2024 YR4 to Level 0, indicating no cause for concern.

Comparisons with Other Asteroids

Despite the significant drop in risk, asteroid 2024 YR4 remains at the top of the Sentry Risk Table. The next most concerning object is 1950 DA, with a 0.039 percent chance of impacting Earth in the year 2880. Experts have emphasized that continued monitoring will provide further clarity on the asteroid’s path as it makes another approach in 2028.

Scientific Observations and Future Monitoring

David Rankin, an astronomer from the Catalina Sky Survey, explained that minor variations in measurement precision can cause large shifts in projected trajectories. Speaking to Space.com, he noted that uncertainties in an asteroid’s position are similar to moving a long stick slightly at one end, causing dramatic shifts at the other. Rankin reassured that further data collection would likely continue to reduce any remaining impact probability.

NASA has also noted a minor possibility that 2024 YR4 could impact the Moon, but the likelihood remains low. As the asteroid moves away from Earth, it will not be visible again to ground-based telescopes until 2028, when additional observations will refine its projected path. Scientists remain confident that its most probable outcome is to continue its orbit around the Sun without incident.

Continue Reading

Science

Blue Origin NS-30 Crew Announced: Everything You Need to Know

Published

on

By

Blue Origin NS-30 Crew Announced: Everything You Need to Know

The next suborbital space tourism mission by Blue Origin, known as NS-30, is set to take place at an undisclosed date. This will be the 30th launch of the company’s New Shepard rocket and its 10th crewed mission. The flight will take off from Blue Origin’s West Texas facility, carrying six individuals on a brief journey to suborbital space. The names of five crew members have been announced, while the identity of the sixth passenger remains undisclosed.

Crew Members and Their Backgrounds

According to the official announcement, the five confirmed passengers include Lane Bess, Jesús Calleja, Elaine Chia Hyde, Richard Scott, and Tushar Shah. Lane Bess, founder of Bess Ventures and Advisory, will be making his second journey with Blue Origin, having previously flown on the NS-19 mission in December 2021.

Jesús Calleja, a Spanish television host and adventurer, has explored extreme environments across the globe, including the Seven Summits and polar regions. Elaine Chia Hyde, an entrepreneur, physicist, and pilot, was born in Singapore, raised in Australia, and currently resides in Florida. Richard Scott serves as a reproductive endocrinologist and holds an adjunct professorship at Yale University and the University of South Carolina School of Medicine. Tushar Shah is a hedge fund partner based in New York City.

Mission Overview and Past Flights

The NS-30 mission will provide passengers with an approximately 10 to 12-minute experience, including a brief period of weightlessness and a view of Earth from suborbital space. The New Shepard capsule will return to Earth via parachute. The company has not disclosed ticket prices for the flight. Blue Origin’s first crewed mission occurred on July 20, 2021, with Amazon founder Jeff Bezos among the passengers. Further details regarding NS-30’s launch schedule and the identity of the final crew member are expected to be released in due course.

Continue Reading

Trending