UAE Asteroid Belt Mission: Probe Launch in 2028

UAE to Undertake Ambitious Asteroid Belt Mission

The United Arab Emirates (UAE) Space Agency has announced plans to dispatch a probe towards the asteroid belt situated between Mars and Jupiter. The ultimate objective of this endeavor is to achieve a landing on an asteroid by the early 2030s.

Mission Timeline and Trajectory

Scheduled for launch in 2028, the spacecraft will embark on an extensive 3.6 billion kilometer voyage spanning five years. This journey will involve utilizing gravitational assists from both Venus and Earth to gain the necessary velocity for arrival at the asteroid belt beyond Mars in 2030.

The UAE is targeting a spacecraft landing on an asteroid in 2033. This represents a significant undertaking for a nation whose space agency was established in 2014.

Joining an Exclusive Group

A successful landing would place the UAE Space Agency among a select few entities – including NASA, the European Space Agency, and JAXA (Japan’s space agency) – to have accomplished a landing on a planetoid.

The specific scientific objectives of the mission are slated for announcement next year. However, the data gathered by the spacecraft promises to enhance our comprehension of the universe’s origins.

Many scientists theorize that asteroids represent primordial remnants from the solar system’s formation.

Boosting the Domestic Space Sector

This mission represents the latest, and most ambitious, initiative by the UAE to stimulate its internal space industry. A key aspect of this strategy is prioritizing contract awards and procurement opportunities for Emirati companies.

Recent UAE Space Exploration Efforts

Last year saw the launch of the Emirates Mars Mission Hope probe, which successfully entered orbit around Mars in February. This probe is currently engaged in a 687-day orbit, collecting atmospheric data.

Furthermore, the UAE is preparing to send the Rashid lunar rover, weighing 22 pounds, to the moon in 2022. This payload will be transported via ispace’s Hakuto-R lander, and also incorporates technology from three Canadian private companies.

Mission Complexity and Challenges

Sarah Al Amiri, chair of the UAE Space Agency, indicated that this new mission will be approximately five times more complex than the Mars mission.

New challenges will encompass spacecraft design and engineering, interplanetary navigation, and intricate systems integration. Increased performance demands will also be placed on the spacecraft’s communications, power, and propulsion systems, according to a statement released by the UAE.