Moon mission: UAE aims to land Rashid rover on lunar surface by 2022

Emirates mission will hitch a ride when a Japanese spacecraft blasts off next year

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  Nasa has discovered water on the sunlit side of the Moon's surface for the first time. Photo: Nasa

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  The Moon during the closest visible conjunction of Jupiter and Saturn in 400 years, taken in Tejeda, on the island of Gran Canaria, Spain in December2020. Reuters

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  The far side of the Moon remains largely unexplored, but Nasa is turning its focus back to the lunar surface. Photo: Nasa

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  A lunar eclipse appears above Wade, North Carolina, through the lenses of an amateur astronomer's 8-inch telescope. AP

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  SpaceX’s two-person lunar venture would fly 300,000 to 400,000 miles from Earth past the Moon before Earth’s gravity pulls the spacecraft back into the atmosphere for a parachute landing. EPA

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  A full Moon. Reuters

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  The moon glows red near government buildings in New Delhi. AFP

The UAE aims to land its Rashid rover on the Moon by hitching a ride with a Japanese mission next year.

The Arab world's first Moon mission was announced in 2020, with an initial launch date of 2024.

Now, the Emirates has unveiled a partnership to bring its lunar ambitions forward by two years.

A deal with Japan's iSpace means the rover will be loaded on board its lander, which will be launched into space aboard a SpaceX Falcon 9 rocket from Kennedy Space Centre in Florida.

We selected iSpace because of their capabilities and the strong team they have. We're honoured to be part of their first mission

The mission was announced by the Mohammed bin Rashid Space Centre during a media briefing in Dubai on Wednesday.

"This collaboration focuses on delivering the Rashid rover on the lunar surface by the fourth quarter 2022," said Adnan Al Rais, Mars 2117 programme director.

Under the agreement, iSpace will also provide wired communication and power during the cruise phase and wireless communication on the lunar surface.

The Japanese robotic lander is called Hakuto-Reboot, or Hakuto-R, and is the first to be built by iSpace.

For now, the private Japanese company is focusing on unmanned missions, but the plan is to send human beings back to the Moon – and eventually have 1,000 people living there.

"We selected iSpace because of their capabilities and the strong team they have. We're honoured to be part of their first mission to the surface of the Moon," Mr Al Rais said.

The UAE aims to land the rover on an unexplored region of the Moon.

If the Rashid rover lands successfully next year, it will carry out a number of scientific objectives.

They include studying the properties of lunar soil, the petrography and geology of the Moon, dust movement and studying the lunar surface plasma condition and photoelectron sheath.

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  The Langmuir probes on the rover will analyse the lunar surface charge and electric fields. Courtesy: MBRSC

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  One of the rover's two high-resolution optical imagers that will take photos of the Moon. Courtesy: MBRSC

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  The initial concept design of the Rashid rover. Courtesy: MBRSC

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  Rashid rover's thermal imager will analyse the Moon's properties through thermal energy. Courtesy: MBRSC

Joining the elite lunar club

However, before the scientific exploration can begin, there is the task of landing on the surface.

Only China, the US and former Soviet Union have successfully landed on the Moon.

India's attempt to land its Vikram lunar lander failed in 2019 because of a last-minute glitch.

If successful, Japan and the UAE would together become the fourth to land on the lunar surface.

iSpace was founded in 2010. Its second moon landing attempt is planned for 2023.

An artist's impression of iSpace's Hakuto-Reboot lunar lander, which would deliver the Rashid rover to the surface. Courtesy: iSpace

Takeshi Hakamada, founder and chief executive of iSpace, said: "iSpace is providing three major services – one is a delivery service, second is partnership and third is lunar data service.

“We are providing payload service to Mohammed bin Rashid Space Centre to carry the Rashid rover by our mission one.”

Hakuto-R's initial launch, which was initially scheduled for this year, has been delayed because of unspecified technical issues.

'Made in the UAE'

While iSpace would provide delivery services, the rover would be built entirely by Emirati engineers at MBRSC.

The new launch date means a tighter deadline for them to complete the development of the Rashid rover.

Dr Hamad Al Marzooqi, project manager of the Emirates Lunar Mission, said they are on schedule despite the new date.

“At the current stage, we are building a prototype that will resemble the flight model. The prototype will be tested,” he said.

“In the summer, we’ll go through different qualification testing through a simulated launch on lunar surface environments."

Once the testing of the prototype satisfies the team, the development of the Rashid rover would begin.

1,000 images from lunar surface

If it manages to land on the surface of the Moon, the rover will spend one full lunar day – equivalent to 29.5 Earth days – carrying out its scientific objectives.

It would send back more than 1,000 images of the lunar surface and help scientists gain newer insights on lunar soil and other properties of the surface.

“We are going to study the surface soil and the thermal properties of the lunar surface,” said Dr Al Marzooqi.

“There is a phenomenon that is created on the lunar surface due to the continuous bombardment of solar wind and cosmic rays. It's called the photoelectron sheath, which would be studied for the first time by the Rashid rover.”

Four-wheel drive

A landing site on the Moon is expected to be announced soon.

It would land on the near side of the Moon, which offers a smoother surface with less craters.

Rashid will be able to travel at a maximum speed of 10 centimetres per second.

The rover, equipped with four wheels, can climb over an obstacle at a maximum height of 10 centimetres and descend down on slope of 20 degrees.

It will have two high-resolution optical imagers for photos – the Cam-1 and Cam-2.

The thermal imager, Cam-T, is the scientific camera, which can analyse different properties on the moon using the particle's thermal energy.

The Langmuir Probes on the rover will analyse the lunar surface charge and electric fields.