433 Eros is a stony, peanut‑shaped space rock having a place to the “Amor” bunch of near‑Earth space rocks.
Wikipedia
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It was to begin with found on 13 Admirable 1898 by German space expert C. G. Witt at the Urania Observatory in Berlin — stamping it as the exceptionally to begin with known near‑Earth space rock.
Wikipedia
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Physically, Eros is stretched and unpredictable, with measurements generally 34 × 11 × 11 km.
Wikipedia
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It’s generally noteworthy: the shuttle Close Shoemaker gone by Eros, getting to be the to begin with mission to circle, and inevitably arrive on, an space rock — clearing the way for present day space rock science.
NASA Science
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NASA
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Because of its measure, circle, and moderately “close” approaches to Soil, Eros has long been examined as a “template” for what numerous near‑Earth space rocks might be like — giving pivotal clues approximately composition, structure, and potential hazards.
The 2025 flyby: What’s happening this weekend
On Sunday, 30 November 2025, Eros will pass inside almost 60 million kilometers (~0.4 galactic units) of Soil.
The Virtual Telescope Extend 2.0
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World Nowadays News
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That remove is totally secure — no hazard of collision. But cosmically, it checks as a “close flyby,” near sufficient to make the space rock unmistakable to telescopes.
IFLScience
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Because Eros is moderately huge and intelligent, this approach will make it shinning sufficient to be seen for a few weeks by novice stargazers — indeed with a humble telescope (around 60 mm opening) — or by means of livestream.
IFLScience
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What’s more: this time its way in the sky will pass fair a couple of degrees absent from the center of the Andromeda World — making for a striking visual blending between a adjacent space rock and a far off universe.
The Virtual Telescope Venture 2.0
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So this is a uncommon seeing opportunity: a huge, memorable space rock — obvious from Soil — passing close one of the most popular deep‑sky objects.
How to observe (from Soil or online)
Way What you require / do
Telescope viewing A humble telescope (~60 mm or bigger) ought to suffice. See for Eros over the following few weeks after its flyby.
IFLScience
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Online livestream The Virtual Telescope Venture (in collaboration with the Space rock Establishment) will stream the flyby live on 30 Nov 2025 at 20:00 UTC.
The Virtual Telescope Extend 2.0
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What to see for A moving dot/point of light, moving over the foundation stars — conceivably close the Andromeda World in the sky. Observing it over minutes can uncover its motion.
If you arrange to watch from Bangladesh (close Dhaka/Narayanganj): check nearby time balanced vs UTC; the livestream remains a dependable choice if climate or light conditions aren’t favorable for telescope viewing.
Why this flyby is more than fair a “space photo op”
Even at 60 million km, Eros remains deductively curiously: examining its circle and brightness makes a difference refine our understanding of near‑Earth space rocks and how they reflect sun based light — valuable for following circles and potential future hazards.
Because Eros is generally the to begin with NEA found and the to begin with to be gone by by shuttle, each near approach recharges intrigued in space rock science — as a door to learning almost the early Sun based Framework, space rock composition, and planetary defense.
The occasion has open outreach esteem — for cosmology devotees, teachers, picture takers — turning infinite movement into a substantial occasion that individuals on Soil can witness.
Foundation: Why Eros is such a enormous deal
Eros completes an circle around the Sun generally each 643 days (~1.76 a long time).
Wikipedia
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When gone to by Close Shoemaker, researchers found a complex surface — with holes, edges, and a thickness comparative to Earth’s hull (~2.67 g/cm³), advertising experiences into space rock geography.
NASA Science
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NASA Science
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Because of its stretched, unpredictable shape and circle that brings it occasionally “close enough,” Eros serves as a profitable test case for how near‑Earth space rocks carry on — how their brightness changes, how they pivot, how steady their circles are over time.
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