UAE asteroid mission ready for launch AI illustrationhow this picture was madeABU DHABI, UAE, Oct. 5, 2026 - The United Arab Emirates has finished building its asteroid probe, scientists and engineers announced on 1 October,[1] and on 5 October the country said the MBR Explorer will launch in March 2028.[2] Scientific American reports that the spacecraft will visit seven main-belt asteroids between Mars and Jupiter[3] and reach its final target, 269 Justitia, in 2034, releasing a lander after seven months in orbit.[4] Nature describes the Emirates Mission to the Asteroid Belt as observing six asteroids with cameras and spectrometers, with arrival at Justitia in 2035.[5] Elias Tsoutsanis of the Technology Innovation Institute said Justitia's unusual red colour suggests it holds material from the outer solar system.[6] The UAE already placed a probe in orbit around Mars in 2021.[7]
A study published this year in Nature Communications offers a new way to estimate how strong an asteroid's surface is, using only the size and shape of its grains.[8] Applied to Bennu, with cohesive forces measured in the samples NASA's OSIRIS-REx returned in 2023, it predicts a surface strength below 1 pascal.[9] Strength values like these feed the impact simulations behind asteroid deflection, which has been tested only once, when NASA's DART spacecraft struck Dimorphos in 2022.[10]
Further out, researchers combined Hubble and Webb observations to analyse the composition of 27 objects in the Kuiper Belt beyond Neptune.[11] Closer to home, the large asteroid 4 Vesta made its closest approach to Earth on 9 October, at 221.4 million km.[12] And the Caribbean Astronomy Society identified a recently observed meteor as an Orionid, a grain of debris shed by Halley's Comet.[13]Impact Insight. Most asteroids orbit in the main belt between Mars and Jupiter, and many small ones are thought to be loose rubble piles held together mostly by their own weak gravity. That makes this directly relevant to planetary defense: a deflection attempt has to push an asteroid without simply scattering it, and missions and studies that measure asteroid strength supply the numbers those plans depend on.ABU DABI, Emiratos Árabes Unidos, 5 de octubre de 2026, Los Emiratos Árabes Unidos han finalizado la construcción de su sonda para asteroides, anunciaron científicos e ingenieros el 1 de octubre,[1] y el 5 de octubre el país confirmó que el MBR Explorer será lanzado en marzo de 2028.[2] Según informa Scientific American, la nave visitará siete asteroides del cinturón principal ubicado entre Marte y Júpiter[3] y alcanzará su objetivo final, 269 Justitia, en 2034, desplegando un módulo de aterrizaje tras siete meses en órbita.[4] Por su parte, Nature describe que la Misión Emiratí al Cinturón de Asteroides observará seis asteroides mediante cámaras y espectrómetros, con llegada a Justitia en 2035.[5] Elias Tsoutsanis, del Instituto de Innovación Tecnológica, indicó que el inusual color rojo de Justitia sugiere que este cuerpo contiene material procedente del sistema solar exterior.[6] Los Emiratos Árabes Unidos ya colocaron una sonda en órbita marciana en 2021.[7]
Un estudio publicado este año en Nature Communications presenta un nuevo método para estimar la resistencia de la superficie de un asteroide, utilizando únicamente el tamaño y la forma de las partículas que lo componen.[8] Al aplicar este modelo al asteroide Bennu, cuyas fuerzas de cohesión fueron medidas en las muestras que la misión OSIRIS-REx de la NASA trajo de regreso en 2023, se obtiene una resistencia superficial inferior a 1 pascal.[9] Valores de resistencia como estos alimentan las simulaciones de impacto que sustentan las estrategias de desviación de asteroides, una técnica que solo ha sido probada una vez, cuando la nave DART de la NASA impactó contra Dimorphos en 2022.[10]
En zonas más alejadas, investigadores combinaron observaciones de los telescopios Hubble y Webb para analizar la composición de 27 objetos del Cinturón de Kuiper, ubicado más allá de Neptuno.[11] Más cerca de la Tierra, el gran asteroide 4 Vesta realizó su máximo acercamiento a nuestro planeta el 9 de octubre, a una distancia de 221.4 millones de km.[12] Por último, la Sociedad Astronómica del Caribe identificó que un meteoro registrado recientemente correspondía a una Oriónida, una partícula de desecho desprendida del Cometa Halley.[13]Perspectiva sobre impacto. La mayoría de los asteroides orbitan en el cinturón principal entre Marte y Júpiter, y se estima que muchos de los cuerpos pequeños son acumulaciones sueltas de escombros mantenidas unidas principalmente por su propia débil gravedad. Esto hace que estos datos sean directamente relevantes para la defensa planetaria: un intento de desviación debe empujar el asteroide sin simplemente dispersarlo, y tanto las misiones como los estudios que miden la resistencia de estos cuerpos proporcionan los valores numéricos en los que se basan estos planes.
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Scientists and engineers announced on October 1 that the United Arab Emirates has completed a space probe designed to visit the asteroid Justicia in 2035. · nature.com
The United Arab Emirates announced on 2026-10-05 that it will launch the MBR Explorer asteroid probe in March 2028. · Scientific American
The MBR Explorer spacecraft will visit seven asteroids located in the main asteroid belt between Mars and Jupiter. · Scientific American
The MBR Explorer is scheduled to reach final target asteroid 269 Justitia in 2034, where it will deploy a lander after seven months in orbit. · Scientific American
The Emirates Mission to the Asteroid belt (EMA) will observe six asteroids using cameras and spectrometers to analyze material composition remotely. · nature.com
Elias Tsoutsanis, chief researcher for the Propulsion and Space Research Center at the Technology Innovation Institute, stated that the asteroid Justicia's unusual red color suggests it contains materials from the outer Solar System. · nature.com
The United Arab Emirates successfully placed a probe in Mars orbit in 2021 as part of earlier space program operations. · Scientific American
A study published in Nature Communications in 2026 developed a universal scaling framework that predicts the tensile strength of granular asteroids from the size and shape of their constituent particles. · Phys.org
The framework, applied to asteroid Bennu using cohesive forces measured from samples returned by NASA's OSIRIS-REx mission in 2023, predicted Bennu's surface strength to be below 1 pascal. · Phys.org
Sánchez said the framework could provide initial approximations to asteroid tensile and cohesive strengths, which are basic material parameters for impact simulation codes, the only tested method for asteroid deflection, as demonstrated by NASA's DART mission striking Dimorphos in 2022. · Phys.org
Researchers combined data from NASA's Hubble and James Webb Space Telescopes to analyze the light and composition of 27 trans-Neptunian objects (TNOs) located beyond Neptune in the Kuiper Belt. · Noticias Ambientales
Asteroid 4 Vesta will reach its closest approach to Earth on October 9, 2026, at a minimum distance of 221.4 million kilometers in the constellation of Pisces. · El Comercio
The Caribbean Astronomy Society (SAC) stated that the observed meteor was an Orionid, originating from debris left by Halley's Comet. · El Nuevo DíaPuerto Rico
The one we could place publishes from Puerto Rico. 5 could not be placed by their address. None is an official body: that part stands on reporting, not on the underlying document or transcript.