NEO PHA Asteroid Close Approach Report for 11 June 2026 NASA NeoWs Data Analysis by Astrophyzix Digital Observatory

 ASTROPHYZIX // PLANETARY DEFENSE DESK

CLOSE APPROACH Bulletin · NASA NeoWs API

Daily Near-Earth Object Close-Approach Report: June 11, 2026

Near-Earth object encounters catalogued across a 7-day window, reported on the UTC civil time scale.

On June 11, 2026 (UTC), daily screening of the NASA NeoWs catalogue resolves 39 near-Earth object close approaches across the report window. The single closest encounter is 2003 LN6, passing at approximately 3.68 lunar distances (1,417,040 km) with a relative velocity near 3.9 km/s. Its order-of-magnitude kinetic energy, for scale only, is near 0 Mt TNT equivalent; Astrophyzix can confirm that no listed object is on an impacting trajectory. There is currently no known impact threat reported. 

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CLOSEST APPROACH IN Window (TRACK LIVE) 

2003 LN6

3.68 LD

1,417,040 km · 0.009472 au · v_rel 3.92 km/s

EARTH SURFACE19.5 LD (FILTER EDGE)

Encounter (UTC)

2026-Jun-18 20:54

Est. diameter

0.045 km (NeoWs)

Diameter range

0.030 - 0.068 km

Earth radii

222 R(E)

NEO Asteroid 2021 KN2 Close Approach Report, Official Data, Risk Analysis and Asteroid Profile - Latest Asteroid News

NASA SBDB Data · Astrophyzix Scientific Close‑Approach & Orbital Report

Asteroid 2021 KN2 — Elite‑Tier NEO Close‑Approach & Orbital Profile · JPL SBDB Solution JPL 3
✅ Data aligned with: JPL SBDB, CNEOS CAD, NASA Horizons - Last verified against JPL SBDB: 31 May 2026 13:42 UTC

Apollo NEO Condition Code 6 1‑Day Data Arc NO IMPACT RISK — See JPL Solution

Key Takeaways of Asteroid 2021 KN2

• NASA JPL Solution: Solution JPL 3 · Epoch 2461000.5 (2025‑Nov‑21.0 TDB) · SPK‑ID 54149826 · Producer: Otto Matic
• Orbit class: Apollo NEO — a = 1.4064 au, e = 0.3718, i = 3.77°, orbital period 609.23 days (1.67 years).
• Earth MOID: 0.001331 au (~199,000 km), placing the nominal orbit well inside the Earth–Moon system, but with no impact solutions in current JPL or CNEOS catalogues.
• Size estimate: Absolute magnitude H = 28.63 → approximate diameter ~5–12 m (albedo‑dependent), firmly in the small NEO regime.
• Rotation: Extremely fast rotation period of 0.021007 h (~75.6 seconds), based on LCDB data, suggesting a cohesive or monolithic body rather than a loose rubble pile.
• Orbit quality: Condition code 6, based on 65 observations over a 1‑day data arc (2021‑05‑30 to 2021‑05‑31), with a normalised RMS of 0.23451 — a short‑arc, moderately uncertain orbit.
• Recent close approach: On 2021‑05‑31, 2021 KN2 passed Earth at a nominal distance of 0.00097 au (~145,000 km) and the Moon at 0.00306 au, a close but non‑impacting flyby.
• Risk context: Not a Potentially Hazardous Asteroid — too small (H > 22) and no impact geometry in current solutions.
• Ignore clickbait and sensational claims about “mystery asteroids nearly hitting Earth” — the official data show 2021 KN2 as a small, well‑tracked, non‑hazardous NEO.

Weekly Near-Earth Object Flyby Report — 9–12 March 2026

Weekly Near-Earth Object Flyby Report — 9–12 March 2026

Written by: Astrophyzix Digital Observatory and Planetary Defence Research

The following Near-Earth Object (NEO) monitoring report summarises asteroid flybys recorded between 9 March and 12 March 2026. Data is compiled from the NASA Jet Propulsion Laboratory Small-Body Database and associated planetary defence monitoring systems maintained by the Center for Near-Earth Object Studies (CNEOS).

Asteroid 2020 BX15 Near-Earth Asteroid: Planetary Defence Profile

Digital Observatory Planetary Defence NEO Report — Asteroid 2020 BX15

MONITORING ACTIVE

Object: 2020 BX15 (Updated: 2 March 2026) 
Classification: Aten Near-Earth Asteroid (NEA)
Discovery Date: 27 January 2020 (Catalina Sky Survey)
Data Source: NASA JPL Small-Body Database (SBDB) & Minor Planet Center

Introduction 

This mid-week technical assessment summarises the orbital state, physical constraints, and planetary defense status of near-Earth asteroid 2020 BX15 using official NASA/JPL orbital solutions and peer-reviewed near-Earth asteroid research. 

Planetary Defence: Exploring the Observed Science Behind Multiple-Body Near-Earth Systems

Written by: Astrophyzix Digital Observatory and Planetary Defence Research Centre. 
Article Type: Astronomy, Physics, CNEOS News, Explainer, Peer-reviewed Sources, Planetary Defence 

✅ Modified: 27 February 2026 (added tag) 

Confirmed Binary and Triple Near-Earth Asteroids

Introduction

Near-Earth asteroids (NEAs) are small rocky bodies whose orbits bring them close to Earth. Recent radar and optical observations have revealed that many of these objects exist not as solitary rocks but as binary or triple systems, where two or three bodies orbit one another. This article examines the confirmed cases of such systems, presenting only verified, peer-reviewed findings to provide an accurate, factual overview of their physical properties, orbital dynamics, and significance for planetary science.

Mid-week Astrophyzix CNEOS Report 23-26 February Powered by NASA - No Impact Risks

Written By: Astrophyzix Science Communication 

 

Astrophyzix Midweek CNEOS Close-Approach Full Report for 23–26 February 2026 Powered by the Official NASA JPL CNEO API

This midweek Near-Earth Object monitoring report summarises confirmed close approaches recorded in NASA/JPL orbital databases for the period 23–26 February 2026. All orbital solutions referenced here are validated entries from the Small-Body Database and represent routine Solar System traffic with no impact risk.

A total of 25 catalogued near-Earth asteroids pass within 100 lunar distances during this reporting window. None are classified as hazardous.