On this day in space! Oct. 12, 1964: The Soviet Union launches Voskhod 1, the 1st multi-person cosmonaut crew, into space

space.com Oct 12, 2026

On this day in space! Oct. 12, 1964: The Soviet Union launches Voskhod 1, the 1st multi-person cosmonaut crew, into space

Curated by Shubham · TechCapsules · Oct 12, 2026

AI-summarised brief · reviewed before publication

On October 12, 1964, the Soviet Union launched Voskhod 1, the first spacecraft to carry more than one cosmonaut into orbit. Three crew members—Vladimir Komarov, Konstantin Feoktistov, and Boris Yegorov—flew a 24‑hour mission without spacesuits, a first in human spaceflight. The cramped Vostok‑derived vehicle was modified under pressure from Nikita Khrushchev to accommodate the trio, marking a bold move in the space race. The flight conducted microgravity experiments and Earth photography before returning safely.

💡 Why It Matters

· Voskhod 1 demonstrated that a single launch vehicle could support multiple crew members, forcing the United States to accelerate its Gemini program.
· It also highlighted the Soviet willingness to accept higher risk to maintain technological leadership during the Cold War.

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UAE unveils lander for bold 7-asteroid mission set to launch in 2028…

The United Arab Emirates unveiled a half‑scale model of its lander for the Emirates Mission to the Asteroid Belt (EMA), slated to launch in March 2028 from Japan. The autonomous probe will accompany the MBR Explorer, named after Sheikh Mohammed bin Rashid al‑Maktoum, and conduct flybys of six asteroids before orbiting and landing on the crimson 269 Justitia. The mission, designed by the Technology Innovation Institute, will use gravity assists from Venus, Earth, and Mars to travel roughly 3 billion miles, aiming to study water‑rich, organic‑laden material from the outer solar system.

💡 By targeting 269 Justitia, the UAE seeks to access pristine samples that could reveal how water and organics were delivered to early planets, offering a unique window into the solar system’s formative processes.

space.com · Oct 12

What caused a mysterious atmospheric explosion in Siberia in 1908?

On June 30, 1908, a bright fireball entered Earth’s atmosphere over Siberia’s Tunguska region, exploding in an atmospheric detonation that flattened an estimated 800 square miles of forest. The blast, estimated to have released energy equivalent to a 10‑kiloton nuclear device, produced shock waves that knocked Indigenous Evenki people to the ground and triggered seismic tremors detected hundreds of miles away. Scientists now attribute the event to a 130‑foot (40‑meter) asteroid that detonated before reaching the surface, a conclusion reached after decades of delayed fieldwork and limited access to the remote site.

💡 The Tunguska event remains the largest known airburst in recorded history, shaping contemporary planetary‑defense strategies and underscoring the need for early detection of near‑Earth objects.

spacenews.com · Oct 12

Jena-Optronik is proud to partner with MDA Space for its first ASTRO…

Jena‑Optronik announced that its ASTRO HP star sensor will fly on a low‑Earth‑orbit mission for MDA Space, a global provider of communications, Earth observation and space‑infrastructure services. The sensor combines the radiation‑hard Faintstar2 detector, fast optics and a compact, lightweight design aimed at small and medium‑size high‑performance satellites. Built on Jena‑Optronik’s proven ASTRO APS3 precision platform and the flight‑qualified electronics and software of the ASTRO CL, the unit is integrated through the company’s ASTROlib middleware, which also adds specialized space‑situational‑awareness functions. According to the firms, the modular optical head delivers next‑level attitude‑determination accuracy and rate capability without requiring platform redesign, allowing customers to balance performance and cost for specific mission requirements. The first flight‑ready version is slated for rollout on this program.

💡 By equipping MDA Space’s LEO platform with a ready‑made, high‑precision star sensor, Jena‑Optronik demonstrates that advanced attitude‑control hardware can be fielded quickly for emerging small‑sat constellations, accelerating deployment timelines for commercial and scientific missions.

us.headtopics.com · Oct 12

Honda Wants to Put a Robotic Lab Assistant on Future Commercial Space…

Honda is partnering with space‑infrastructure firm Redwire to create an automated laboratory support system for future commercial space stations. The joint effort combines Redwire’s Space Technology Autonomous Agile Robotic Kit (STAARK), which provides a reaching and motion platform, with Honda’s expertise in precise robotic manipulation and gripping. The system aims to reduce the time astronauts spend on routine tasks such as inventory checks and sample handling, thereby freeing them for higher‑value scientific work. As NASA decommissions the ISS, private operators like Axiom, Vast, and Orbital Reef will rely on such automation to maintain continuous research aboard smaller, crew‑light stations.

💡 By automating routine lab tasks, the partnership could dramatically increase scientific output on commercial stations, making microgravity research more efficient and cost‑effective.

btin.co.in · Oct 11

Starlink India Launch: What Must Happen Before You Can Buy It?

Starlink, operated by SpaceX, has secured initial authorisations to offer satellite broadband in India but cannot launch commercial services until it receives spectrum allocation and final security clearances. The Department of Telecommunications (DoT) has granted a Global Mobile Personal Communication by Satellite (GMPCS) licence and the Indian National Space Promotion and Authorisation Centre (IN‑SPACe) has approved the project, yet radio frequency assignment remains pending. Elon Musk has urged an affordable pricing strategy, but no Indian subscription rate has been announced. The delay underscores India’s regulatory framework, which separates licensing from frequency use and security approval.

💡 The hold‑up highlights the strict separation between telecom licensing and spectrum allocation in India, a hurdle that could set a precedent for future satellite broadband entrants.

dtnext.in · Oct 11

Twin hybrid rockets launched to test ‘restart tech’ at Tiruvidanthai

Two indigenously built hybrid rockets, RHUMI 1 and RHUMI 2, were launched simultaneously from Tiruvidanthai on October 10 as part of Mission RHUMI Twin 2026. The 3.1‑metre, 35‑kg rockets feature a restart mechanism that allows multiple ignitions, a capability still rare in Indian space hardware. The launch, organized by Space Zone India, Martin Group, and Global Help International Foundation, gathered data to aid future propulsion research and to inspire students. The event drew Governor Rajendra Vishwanath Arlekar, former ISRO director Mylswamy Annadurai, and former DRDO chairman G Satheesh Reddy, and included hands‑on training for over 5,000 students in satellite and rocket technologies.

💡 Demonstrating a reusable restart system marks a significant step toward cost‑effective, multi‑burn missions for India’s burgeoning satellite industry. The initiative also expands practical STEM exposure for thousands of students, potentially accelerating the country’s talent pipeline in aerospace.