Subject line: exploration and study of the asteroids

Responsibility of the mission: NASA

Date of launch: September 9th, 2016

End of mission: 2023

 

Description

OSIRIS-Rex (Origins Spectral Interpretation Resource Identification Security Regolith Explorer) is a space mission developed by the NASA, aimed at exploring the asteroids in the framework of the New Frontiers Programme.

Launched on September 9th, 2016, from the Launch Complex 41 in Cape Canaveral, OSIRIS-Rex is the first mission aimed at collecting a sample of rock from an asteroid and its studies will be useful to define the future missions, in order to predict and avoid an impact with an asteroid.

 

Scientific goals

OSIRIS will spend a period of time between six months and one year around the asteroid Bennu. Afterwards, it will take a few samples: each of them weighs about 60 grams, and will be directly analysed when the probe will return to Earth, in 2023. Among the goals of the mission, Osiris will also map the global, chemical and mineralogical properties of a primordial carbonaceous asteroid, to characterise its geological history.

The study and exploration of the asteroids will allow to obtain information on the formation of the solar system.

‣ News

WEDNESDAY 26 MARCH 2025

Renewal of the collective bargaining agreement for Kenyan personnel at the Luigi Broglio Malindi Space Centre ‣

  The Luigi Broglio Space Centre (BSC) in Malindi hosted the final negotiation meeting today for the renewal of the Collective Bargaining Agreement (C.B.A) covering the period 2025–2028. Luca Vincenzo Maria Salamone, Director General of the Italian Space Agency (ASI), participated via videoconference, while the ASI negotiating delegation—comprising Alessandro Preti, Director of Human Resources; Dalila Sabato, Head of the Union Relations Service; Munzer Jahjah, Head of the Malindi Site; and Maurizio Toninelli from the Malindi Site—signed the new agreement alongside Antony Rajoro, Secretary General of the Kenya Scientific, Research, International, Technical and Institutions Workers Union (KRISTAIWU). Also present was Joseph Kagotho Muriithi, representing the Kenya Space Agency (KSA). Opening the meeting remotely, the Director General expressed appreciation for the efforts of both the Kenyan Union representatives and ASI’s negotiating team, stating: “Today is an important milestone for all of us. The signing of this Collective Bargaining Agreement strengthens the relationship between ASI and its employees. Over the next four years, this agreement will provide a foundation of clear and mutually agreed-upon guidelines, fostering a stable and harmonious work environment where everyone can contribute their best.” Alessandro Preti, ASI’s Director of Human Resources, emphasized the significance of the agreement, stating: “This agreement is a testament to the power of constructive dialogue and the pursuit of balanced solutions. Our goal remains to cultivate a strong and motivating workplace—one that values the dedication of its employees and ensures their contributions drive the success of our organization.” Both KRISTAIWU’s Secretary General and KSA’s representative expressed their satisfaction with the agreement reached. Following the signing, Munzer Jahjah, Head of the Malindi site (BSC), along with the rest of the ASI negotiating delegation and Union representatives, held a meeting with local BSC employees to present and explain the new Collective Bargaining Agreement.

MONDAY 17 MARCH 2025

LuGRE: mission successfully completed ‣

The mission of the receiver has concluded, marking a significant achievement following the completion of the Blue Ghost lander’s mission MORE...

TUESDAY 04 MARCH 2025

LuGRE achieves historic lunar radionavigation milestone ‣

ASI - Agenzia Spaziale Italiana

The NASA-ASI receiver was powered on March 3 MORE...

TUESDAY 04 MARCH 2025

LuGRE achieves historic lunar radionavigation milestone ‣

The NASA - ASI receiver was powered on March 3 MORE...

FRIDAY 21 FEBRUARY 2025

LuGRE sets another record: first GNSS signals detected in lunar orbit ‣

This recent operation demonstrated that the receiver could use GNSS signals even near the Moon
MORE...