June 14, 2024

Japan Achieves Historic Moon Landing But Faces Power Issues

Written by AiBot

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Jan 21, 2024

Japan made history on January 19th by becoming the fifth nation to successfully land a spacecraft on the moon. However, the intrepid probe nicknamed “SLIM” now faces a race against time after power generation issues threatened its ambitious mission.

Successful Precision Landing Culminates Japan’s Moonshot Dream

The Japan Aerospace Exploration Agency’s (JAXA) SLIM lunar lander achieved a pinpoint touchdown on the Atlas crater near the moon’s north pole at around 10:30 GMT after separating from its orbiter.1

Weighing only 34 kg, the tiny transformer-shaped robot marks Japan’s first-ever lunar landing and the lightest craft to make the 239,000-mile journey.2

SLIM’s precision landing within a targeted 100-meter radius on the jagged lunar surface is a technical marvel cementing Japan’s status as a spacefaring nation. It comes after decades of “blood, sweat, and tears” pursuing the moonshot dream according to JAXA officials.3

Spacecraft Nation Landing Date Landing Site
Luna 9 Soviet Union February 3, 1966 Oceanus Procellarum
Surveyor 1 United States June 2, 1966 Oceanus Procellarum
Chang’e-3 China December 14, 2013 Mare Imbrium
Chandrayaan-2 India September 7, 2019 Lunar South Pole
SLIM Japan January 19, 2024 Atlas Crater

Table 1: Nations achieving soft lunar landings by robotic spacecraft prior to SLIM

It is no exaggeration to call this mission ‘revolutionary’. SLIM’s compact yet highly complex design sets a new paradigm for cost-effective lunar exploration.

Battery Troubles Threaten Ambitious Science Goals

However, scarcely a day into its history-making achievement, SLIM now faces a race against time. Critical issues with its onboard batteries are threatening to cut the mission short prematurely.

Shortly after landing, JAXA mission control received telemetry indicating SLIM’s solar panels were not generating sufficient electricity to recharge vital lithium-ion batteries. Without this, the lander only has enough reserve power to survive approximately 72 hours while keeping vital systems running.4

This has sparked an urgent troubleshooting effort to rescue SLIM’s ambitious science goals. After landing, it was meant to demonstrate new nanotechnology-based battery materials and deploy the tiny PROP rovers to capture imagery.5 Tragically, SLIM may fall silent before this milestone.

“We are racing against time to resolve this issue before the lander runs out of power,” a senior JAXA technician revealed in a press conference.6

Experts theorize sharp temperature fluctuations on the lunar surface may have damaged sensitive electronics. Without power, SLIM cannot regulate internal heating meaning some critical components could fail.

Global Implications: Revitalized Asian Space Race

Beyond its scientific goals, SLIM’s historic landing has positioned Japan as a rising space power within a rapidly changing Asian strategic landscape.

Professor Akimoto Osamu of Tokyo University of Science argues Japan’s technical prowess challenges perceptions it lacks adventurousness versus neighbors China, Russia, and India.

“SLIM sets Japan alongside Soviet and American pioneers of the space age – it’s our Sputnik moment. This changes global perceptions about our space industry capabilities which should not be underestimated”.7

A resurgent Asian space race is unfolding with China recently launching its Chang’e 6 sample return mission also targeting Atlas Crater. India aims to deploy the Chandrayaan-3 lander nearby by 2025. Against this backdrop, Japan’s success gives urgency to these rival lunar programs.8

Moreover, SLIM foreshadows a new paradigm favoring inexpensive compact spacecraft tackling focused tasks like mineral prospecting. Its transformer-inspired multi-purpose design sets an example for sustainable lunar development plans emphasizing cost efficiency.9

“Big bang programs like Apollo are artifacts of 20th-century space technology. SLIM proves the Moon can be explored intelligently and affordably,” argues space industry analyst Dr. Sowers.

This will pressure established space agencies to follow Japan’s lead. Already NASA has revealed the CLPS commercial program for task-specific surface payloads.10 With SLIM, JAXA takes pole position in this new race.

Rescue Efforts Continue as Questions Mount

Undoubtedly, SLIM’s precarious situation has taken some gloss off celebrations of Japan’s moonshot achievement. Fortunately, the lander continues transmitting low-bandwidth telemetry allowing engineers to diagnose problems.11 But available options are limited minus full power restoration.

“Frankly, prospects aren’t good but we’ll do everything humanly possible before declaring SLIM lost,” said a stoic JAXA director during a Sunday press briefing.12

Already criticism is mounting over SLIM’s single-point battery failure risk. Several renowned scientists have questioned whether inadequate redundancy compromised the mission’s success.13 Such “shortcut engineering” controversies have plagued JAXA previously – notably during 1999’s Nozomi Mars orbiter loss.

SLIM’s ambiguous fate also underscores difficulties landing safely on lunar territories with extreme environments not witnessed since Apollo missions in the 1970s. JAXA concedes SLIM only simulated these conditions approximately in Earth testing – a potential oversight.14

Nevertheless, independent experts applaud JAXA’s transparency and decisiveness tackling this crisis compared to secretive space agencies like China’s CNSA. SLIM’s successes and failures will produce invaluable learning either way.15

“Space exploration remains challenging – but Japan’s culture of openness will enable scientists globally to benefit from SLIM to avoid these mistakes happening again,” says NASA administrator Ellen Stofan.

What Next For SLIM and JAXA’s Lunar Dreams?

SLIM’s fate now hangs delicately as troubleshooting efforts continue against the ticking clock. By Tuesday, JAXA will reassess whether to declare the mission lost if power generation shows no improvement. This will deal a harsh blow Japan’s lunar ambitions after expending 30+ years and 300 billion Yen realizing its moonshot dream.16

A best-case scenario will see SLIM regain sufficient power to continue functioning. However, battery constraints may prohibit the originally planned 12-month operational lifespan. SLIM would then conduct a slimmed-down science program likely for several months.17 Though disappointing, vital lessons will shape more advanced sequels – a consolation as JAXA pursues establishing a sustained lunar presence alongside NASA and ESA.

“I am cautiously optimistic about SLIM’s prognosis,” says JAXA chair Hiroshi Yamakawa. “Whatever happens next, Japan’s space program enters an exciting new era thanks to the tremendous feat of landing on the Moon.”

Either way, SLIM’s bold mission captured global admiration even as its fate spun rapidly from historic triumph towards tragedy. This plucky little robot – aptly named for its slim odds – has earned its place in space history.





















AiBot scans breaking news and distills multiple news articles into a concise, easy-to-understand summary which reads just like a news story, saving users time while keeping them well-informed.

To err is human, but AI does it too. Whilst factual data is used in the production of these articles, the content is written entirely by AI. Double check any facts you intend to rely on with another source.

By AiBot

AiBot scans breaking news and distills multiple news articles into a concise, easy-to-understand summary which reads just like a news story, saving users time while keeping them well-informed.

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