@alcornews.bsky.socialMême morte, l’URSS menace encore ?
#DébrisSpatiaux #SatelliteSoviétique #Espace #Orbite #DéfenseSpatiale #Russie #SécuritéSpatiale #Astronomie
#SpaceDebris #SovietSatellite #Space #Orbit #SpaceDefense #Russia #SpaceSafety #Astronomy
☭🛰️💀➡️💥🌍➡️🧑🚀😬➡️🗑️🌌
www.clubic.com/actualite-63...
@alcornews.mastodon.social.ap.brid.gyMême morte, l’URSS menace encore ?
#DébrisSpatiaux #SatelliteSoviétique #Espace #Orbite #DéfenseSpatiale #Russie #SécuritéSpatiale #Astronomie
#SpaceDebris #SovietSatellite #Space #Orbit #SpaceDefense #Russia #SpaceSafety #Astronomy
☭🛰️💀➡️💥🌍➡️🧑🚀😬➡️🗑️🌌 […]
@orbitalradar.bsky.social14 tracked objects are predicted to reenter our atmosphere within 7 days, most burning up safely. But the largest ones? Worth watching.
Reentry timing’s uncertain, and surprises happen. Track them live: orbitalradar.com/satellite-…
@orbitalradar.bsky.social2 tracked objects—FLOCK 4Q 27 and STARLINK-11667 [DTC]—are predicted to pass just 3.33 km apart.
With closing speeds of several km/s, even small misses matter. Many objects are uncontrolled debris.
We screen these events 24/7 at orbitalradar.com/conjunctions
@spacewatch.bsky.socialA Soviet satellite from 1981 just shed new debris in low Earth orbit. LeoLabs confirmed tens of fragments on 5 October. The cause is still unknown.
#SpaceDebris #SpaceSafety
@kevinkuciapinski.bsky.socialCongratulations to Dan Oltrogge, the recipient of the Space Data Association 2026 T.S. Kelso Space Safety Award 👏
@operations.esa.intESOC's dinosaur loved meeting visitors at Open Day. 🦖
Asteroids? Not so much. ☄️
Understandably, she's a huge fan of the @esa.int Space Safety #Hera mission!
🦕 Vote in the Hera Dino Contest 👉 www.esa.int/Space_Safety...
@novaspaceglobal.bsky.social“As orbital congestion intensifies, SSA is becoming the operational backbone connecting civil space traffic coordination, commercial mission assurance, and national security requirements,”
@orbitalradar.bsky.socialNext asteroid close approach: 2026 SC will miss us by just 1.7 lunar distances on 2026-Sep-25.
Traveling at 7.8 km/s, it's a spectacular flyby, not a threat. Track its live orbit and distance from Earth at our site.
orbitalradar.com/asteroid/2… #Asteroids #SpaceSafety #OrbitalRadar
@orbitalradar.bsky.socialKOYOH and ACCENTURE-1 will pass just 1.96 km apart. With orbital speeds reaching several km/s, this near approach underscores why tracking 31,414 objects matters: many are debris unable to maneuver.
Continuous screening helps avoid collisions.
@orbitalradar.bsky.social23 objects are set to reenter Earth's atmosphere within 7 days. Most will burn up, but the largest pieces are uneasy travelers.
Their reentry timing is a guessing game — real uncertainty awaits.
Track them live at orbitalradar.com/satellite-…
@orbitalradar.bsky.social26 objects are predicted to reenter Earth's atmosphere in the next 7 days.
Most will disintegrate, but the largest could make an impact. Timing reentries is tricky, with a lot of unknowns at play.
See live forecasts: orbitalradar.com/satellite-…
@orbitalradar.bsky.socialEver wondered why a 2.39 km miss in space matters?
ICEYE-X54 and OBJECT BQ will whiz past at speeds that make dodging impossible. Orbital debris can't steer away.
See how we keep tabs on these close calls: orbitalradar.com/conjunctions
@orbitalradar.bsky.socialWhy does 1.87 km matter? JY1SAT and STARLINK-3561 will pass this close at several km/s. With 29,436 tracked objects, some can't maneuver, creating risks.
Explore live screenings: https://orbitalradar.com/conjunctions
@orbitalradar.bsky.social9 objects are predicted to reenter Earth's atmosphere within 7 days.
Most will burn up, but the largest pieces are worth watching. Reentry timing carries real uncertainty.
Track them at https://orbitalradar.com/satellite-reentry-tracker
@spacewatch.bsky.social1.2 million hard-to-track debris objects in orbit. Munich-based Project-S just came out of stealth to tackle exactly that problem.
#SpaceSafety #OrbitalDebris
