Written By The moon has always fascinated humans, and for decades, space exploration missions have been attempting to reach it. One such mission was undertaken by a Japanese company that aimed to land on the lunar surface. However, this ambitious undertaking presented numerous technical challenges that needed to be overcome before reaching their goal. In this blog post, we will dive into the technical obstacles faced by the Japanese company during its moon landing mission and how they tackled them. So fasten your seatbelts and get ready for an exciting ride through space!
Background of the Moon Landing Mission
In 2007, the Japan Aerospace Exploration Agency (JAXA) announced its plan to send a spacecraft to the moon. Called SELENE, this unmanned mission aimed to study the lunar surface in detail and gather data that could help understand more about our natural satellite.
The SELENE mission was divided into two phases: orbiter and relay satellite. During the orbiter phase, which lasted from October 2007 to June 2009, JAXA sent an orbiting spacecraft that carried various scientific instruments for collecting data on the moon’s topography and mineralogy.
The second phase of the mission involved sending a lunar lander called HAGOROMO. This lander was designed to touch down softly on the moon’s surface and deploy robots that would explore its environment further.
However, landing on an extraterrestrial body is no easy feat. It requires precise calculations of speed, trajectory, altitude as well as dealing with unforeseen issues like unstable landing areas or hardware malfunctions. The Japanese company faced numerous technical challenges during their attempt at a soft-landing maneuver on Moon’s surface with HAGOROMO Lander.
The Technical Challenges Faced by Japanese Company
The Japanese company, JAXA, has set its sights on the moon in recent years. Their ambitious plans have led to a number of technical challenges that they must overcome in order to successfully land on the lunar surface.
One of the biggest challenges is communication. Unlike Earth, there are no cell towers or Wi-Fi hotspots on the moon. This means that JAXA must develop a reliable and robust communication system to send data back and forth between their spacecraft and mission control.
Another challenge is navigation. The moon’s surface is rocky and uneven, making it difficult for spacecraft to land safely without damaging their equipment. JAXA must develop precise navigation systems that can guide their spacecraft safely down onto the lunar surface.
In addition, radiation poses a significant challenge for any mission to space. The moon lacks an atmosphere which means there is nothing protecting astronauts from harmful cosmic rays and solar flares. To ensure astronaut safety during future missions, JAXA will need to develop specialized radiation shielding technology.
These technical challenges are just some of the many obstacles facing JAXA as they work towards landing on the moon. But with dedication and innovation, we may soon see Japan become one of only a few countries capable of achieving such an incredible feat!
Conclusion
The technical challenges faced by the Japanese company in their moon landing mission were significant and complex. From issues with communication to problems with propulsion systems, the team had to overcome numerous obstacles in order to achieve their goals.
Despite these challenges, however, the company persevered and ultimately succeeded in landing on the moon. Through careful planning, innovative problem-solving techniques, and a dedication to excellence, they were able to overcome even the most difficult technical hurdles.
As we continue our exploration of outer space and work towards ever more ambitious missions beyond our planet’s borders, it is clear that technical expertise will remain critical. By analyzing past successes such as this one – as well as failures – we can learn important lessons about what works when attempting daring feats of engineering like a lunar landing.
Ultimately though only time will tell what new discoveries await us out there among the stars!
