METEOR COMMAND
NASA asteroid tracking + AI deep-threat analysis — exact flyby times, impact corridors & biblical cross-reference.
Nearest Upcoming Flyby — Live Countdown
2026 RX38
00
Years
00
Months
00
Days
01
Hours
57
Min
06
Sec
Exact Date & Time
Wednesday, September 30, 2026
06:56:00 PM UTC
UTC: 2026-Sep-30 18:56
Flyby Specs
9.9 LD miss
14.3 km/s · 31989 mph
Closest Near-Miss in Window
2025 UK9 — 0.8 lunar distances
October 31, 2026 at 02:35 AM
Dangerous NEO Countdown
4 objects flagged — closest, largest, or NASA high-priority
MOST DANGEROUS
2025 UK9
Danger Score
80
Countdown to Flyby
30
Days
09
Hours
36
Min
06
Sec
Projected Arrival
Saturday, October 31, 2026
02:35:00 AM UTC
UTC: 2026-Oct-31 02:35
Miss
0.8 LD
0.0021 AU
Speed
7.8 km/s
17449 mph
Size
—
2ND MOST DANGEROUS
2019 AS2
Danger Score
40
Countdown to Flyby
02
Days
02
Hours
29
Min
06
Sec
Projected Arrival
Friday, October 2, 2026
07:28:00 PM UTC
UTC: 2026-Oct-02 19:28
Miss
4.5 LD
0.0115 AU
Speed
7.3 km/s
16330 mph
Size
—
3RD MOST DANGEROUS
2015 TS238
Danger Score
40
Countdown to Flyby
08
Days
00
Hours
13
Min
06
Sec
Projected Arrival
Thursday, October 8, 2026
05:12:00 PM UTC
UTC: 2026-Oct-08 17:12
Miss
4.7 LD
0.0121 AU
Speed
15.8 km/s
35345 mph
Size
—
4TH MOST DANGEROUS
2022 UP6
Danger Score
40
Countdown to Flyby
15
Days
04
Hours
00
Min
06
Sec
Projected Arrival
Thursday, October 15, 2026
08:59:00 PM UTC
UTC: 2026-Oct-15 20:59
Miss
2.6 LD
0.0067 AU
Speed
9 km/s
20133 mph
Size
—
Ranked by danger score (proximity + size + NASA severity). "LD" = lunar distance (~384,400 km). These are flyby predictions from NASA JPL Close Approach Data — the objects are passing Earth, not impacting.
Near-Earth Object Tracker
Live countdown to each flyby · sorted by closest passby time
2026 RX38
Sep 30, 2026 · 06:56 PM UTC
00
Days
01
Hrs
57
Min
06
Sec
Miss
9.9 LD
Speed
14.3 km/s
Size
—
2018 SP2
Sep 30, 2026 · 08:54 PM UTC
00
Days
03
Hrs
55
Min
06
Sec
Miss
5 LD
Speed
14.3 km/s
Size
—
2019 AS2
Oct 2, 2026 · 07:28 PM UTC
02
Days
02
Hrs
29
Min
06
Sec
Miss
4.5 LD
Speed
7.3 km/s
Size
—
⚠ Flagged high-priority by NASA.
2026 RP39
Oct 3, 2026 · 12:01 PM UTC
02
Days
19
Hrs
02
Min
06
Sec
Miss
6.1 LD
Speed
6.1 km/s
Size
—
2024 SH7
Oct 4, 2026 · 12:43 AM UTC
03
Days
07
Hrs
44
Min
06
Sec
Miss
10.5 LD
Speed
10.8 km/s
Size
—
2024 TD16
Oct 7, 2026 · 07:37 AM UTC
06
Days
14
Hrs
38
Min
06
Sec
Miss
14.1 LD
Speed
11.8 km/s
Size
—
2015 TS238
Oct 8, 2026 · 05:12 PM UTC
08
Days
00
Hrs
13
Min
06
Sec
Miss
4.7 LD
Speed
15.8 km/s
Size
—
⚠ Flagged high-priority by NASA.
2019 SD8
Oct 10, 2026 · 04:18 AM UTC
09
Days
11
Hrs
19
Min
06
Sec
Miss
18.6 LD
Speed
9.5 km/s
Size
—
2022 UP6
Oct 15, 2026 · 08:59 PM UTC
15
Days
04
Hrs
00
Min
06
Sec
Miss
2.6 LD
Speed
9 km/s
Size
—
⚠ Flagged high-priority by NASA.
2020 FN3
Oct 20, 2026 · 10:06 AM UTC
19
Days
17
Hrs
07
Min
06
Sec
Miss
12.3 LD
Speed
5.8 km/s
Size
—
2017 UX7
Oct 22, 2026 · 05:08 PM UTC
22
Days
00
Hrs
09
Min
06
Sec
Miss
16.9 LD
Speed
10.3 km/s
Size
—
2018 GS1
Oct 28, 2026 · 04:15 PM UTC
27
Days
23
Hrs
16
Min
06
Sec
Miss
11 LD
Speed
9.3 km/s
Size
—
Source: NASA JPL Close Approach Data. "LD" = lunar distance (~384,400 km). Objects are flagged dangerous when they pass closer than the Moon, are larger than ~50 m across, or carry NASA Critical/High severity.
NEO Earth Close Approaches
28 objects tracked · 4 flagged dangerous · data from NASA JPL CAD
Dist
10.1 LD
V rel
10.3 km/s
Size
21 m - 48 m
Dist
11.1 LD
V rel
6 km/s
Size
19 m - 42 m
Dist
14.6 LD
V rel
11.7 km/s
Size
41 m - 92 m
Dist
9.9 LD
V rel
14.3 km/s
Size
25 m - 55 m
Dist
5 LD
V rel
14.3 km/s
Size
29 m - 65 m
Dist
4.5 LD
V rel
7.3 km/s
Size
37 m - 82 m
Dist
6.1 LD
V rel
6.1 km/s
Size
15 m - 33 m
Dist
10.5 LD
V rel
10.8 km/s
Size
9 m - 21 m
Dist
14.1 LD
V rel
11.8 km/s
Size
13 m - 28 m
Dist
4.7 LD
V rel
15.8 km/s
Size
22 m - 49 m
Showing 1 to 10 of 28 entries
Source: NASA JPL CNEOS Close Approach Data (CAD) API. "LD" = lunar distance (~384,400 km). "au" = astronomical unit (~150 million km). V rel = velocity relative to Earth at close approach. V inf = velocity relative to a massless Earth. H = absolute magnitude (smaller H = larger asteroid). Diameter estimated from H with albedos 0.25–0.05. Rarity: 0 = every few days, 1 = monthly, 2 = yearly, 3 = decadal. Click any row for a live countdown and full details.
Danger Zone Map — Impact Corridors & Fireballs
Red circles = AI-estimated impact zones · Flame markers = real NASA fireball detections
No impact corridors estimated
No Sentry objects currently have high enough impact probability to estimate a corridor.
What These Levels Mean
Every object is sorted by how much it actually matters to you. Most things in space are harmless beauty — here's how to read the badge at a glance.
Critical — Get your house in order
A real impact threat NASA is tracking closely. Review your emergency plan, check your supplies, and make sure your family knows what to do. Watch for official updates.
High — Worth watching
A close call or notable risk. No action needed yet, but keep an eye on it as NASA refines the trajectory over the coming days.
Medium — Passing nearby
An interesting flyby that poses no danger. A great sky-watching event — grab binoculars, not a go-bag.
Low — Don't worry about it
Far away or too small to matter. Beautiful science, zero danger. Sleep easy.
Torino Scale 0–10: NASA's 0 means no hazard (nearly all objects), 5+ means serious attention. We translate that into the simple badge above so you don't need a science degree to know where you stand.
Sentry — Potentially Hazardous Asteroids (30)
Highest Impact Risk
2010 RF12
Impact Prob.
10.2637%
Torino Scale
0 — No Hazard
Potential Impacts
70
Time range: 2095-2122 · Diameter: 0.0071 km
2010 RF12
2095-2122 · 70 potential impact(s)
Impact %
10.2637%
Torino
0
Palermo
-2.96
Diameter
0.0071km
2020 CD3
2082-2118 · 115 potential impact(s)
Impact %
2.5234%
Torino
0
Palermo
-5.17
Diameter
0.0015km
2017 WT28
2083-2121 · 113 potential impact(s)
Impact %
1.1544%
Torino
0
Palermo
-3.83
Diameter
0.0082km
2006 RH120
2044-2124 · 119 potential impact(s)
Impact %
0.8167%
Torino
0
Palermo
-4.29
Diameter
0.004km
2020 VW
2074-2079 · 12 potential impact(s)
Impact %
0.7026%
Torino
0
Palermo
-3.81
Diameter
0.0073km
2026 CQ4
2072-2125 · 39 potential impact(s)
Impact %
0.5030%
Torino
0
Palermo
-3.72
Diameter
0.01km
2006 JY26
2073-2125 · 123 potential impact(s)
Impact %
0.5001%
Torino
0
Palermo
-4.14
Diameter
0.0072km
2020 CQ1
2070-2122 · 50 potential impact(s)
Impact %
0.4646%
Torino
0
Palermo
-4.32
Diameter
0.0059km
2022 SX55
2035-2058 · 7 potential impact(s)
Impact %
0.4020%
Torino
0
Palermo
-4.17
Diameter
0.003km
2022 NX1
2075-2121 · 50 potential impact(s)
Impact %
0.3172%
Torino
0
Palermo
-4.23
Diameter
0.0084km
2000 SG344
2069-2122 · 300 potential impact(s)
Impact %
0.2743%
Torino
0
Palermo
-2.76
Diameter
0.037km
2012 HG2
2052-2126 · 821 potential impact(s)
Impact %
0.2684%
Torino
0
Palermo
-3.70
Diameter
0.014km
2017 LD
2053-2126 · 418 potential impact(s)
Impact %
0.2526%
Torino
0
Palermo
-4.09
Diameter
0.011km
2025 FK14
2080-2090 · 14 potential impact(s)
Impact %
0.2491%
Torino
0
Palermo
-4.98
Diameter
0.004km
2020 VV
2044-2122 · 424 potential impact(s)
Impact %
0.2318%
Torino
0
Palermo
-3.81
Diameter
0.012km
2000 LG6
2081-2122 · 116 potential impact(s)
Impact %
0.2131%
Torino
0
Palermo
-4.99
Diameter
0.0053km
2020 VN1
2115-2122 · 2 potential impact(s)
Impact %
0.1707%
Torino
0
Palermo
-4.66
Diameter
0.0089km
2022 UL11
2096-2123 · 52 potential impact(s)
Impact %
0.1642%
Torino
0
Palermo
-5.11
Diameter
0.00501km
2015 YJ
2042-2122 · 119 potential impact(s)
Impact %
0.1638%
Torino
0
Palermo
-4.05
Diameter
0.0075km
2010 VQ
2087-2124 · 20 potential impact(s)
Impact %
0.1589%
Torino
0
Palermo
-4.42
Diameter
0.0097km
Data: NASA CNEOS Sentry (asteroid impact monitoring), JPL Close Approach Data (near-Earth flybys with exact UTC date-times), and JPL Fireball API (detected atmospheric entries). The Torino Scale (0–10) is NASA's risk communication tool for asteroid impacts. The AI deep analysis adds biblical cross-reference (interpretive), estimated impact corridors (AI-estimated, not NASA-published), and a plain-language summary — for preparedness & situational awareness.
No Hazard
No hazard. The object has no realistic chance of impacting Earth or is too small to cause damage.
Normal
Routine discovery. No cause for public attention or concern. Further observation recommended.
Meriting Attention
Some chance of impact. Astronomers should refine the orbit. Public concern is not warranted yet.
Meriting Concern
A close encounter with 1%+ impact probability. Could cause regional devastation. Government planning advised.
Threatening
A close encounter with significant impact probability. Could cause global catastrophe. Contingency planning needed.
Certain Impact
A collision is certain. 8 = regional devastation, 9 = unprecedented regional devastation, 10 = global climate catastrophe.
The 1908 Tunguska event (Siberia) flattened 80M+ trees from an airburst. The 2013 Chelyabinsk meteor injured 1,500+ from shattered glass. The 6-mile asteroid that killed the dinosaurs (66M years ago) caused the K-Pg extinction. NASA's DART mission (2022) successfully deflected an asteroid for the first time. There are 1,000+ known Potentially Hazardous Asteroids (PHAs).
Asteroids travel at 11–72 km/s (25,000–160,000 mph) relative to Earth. A 1km asteroid impact would release energy equivalent to 100,000 megatons of TNT. Even a 50m asteroid can cause regional devastation. Meteor fireballs enter the atmosphere at 11–71 km/s and can produce airbursts equivalent to nuclear weapons.
Before
- • Know that NASA's Sentry system tracks PHAs years to decades in advance — you will have warning time.
- • Follow NASA CNEOS and emergency broadcasts for impact predictions.
- • If an impact is predicted: prepare as you would for a major disaster (water, food, shelter, medical).
- • Know your local evacuation routes and emergency shelters.
During
- • If an airburst or impact is imminent: take shelter underground or in a reinforced structure.
- • Stay away from windows — airbursts produce shockwaves that shatter glass (Chelyabinsk lesson).
- • After impact: treat it like a major earthquake + wildfire + tsunami combined. Shelter in place.
- • If near the impact zone: evacuate immediately perpendicular to the blast direction.
- • Watch for secondary effects: tsunamis (ocean impact), fires, and atmospheric dust.
After
- • Stay indoors until officials confirm it's safe — dust and debris may be hazardous.
- • Check for structural damage. Aftershocks and secondary fires are likely.
- • If the impact was ocean-based: move to high ground immediately for tsunami risk.
- • Follow emergency broadcasts for recovery instructions.
Curated educational videos from survival experts, professionals, and first responders. Full credit to the original creators — thank you for helping others survive.
Thank You to Our Instructors
A heartfelt thank-you to every creator below — especially the Navy SEALs, military veterans, and first responders who shared their hard-earned knowledge and years of training so families can protect themselves. We encourage you to watch on YouTube and subscribe to their channels for more life-saving content. In the name of Jesus Christ our Lord and Savior, King of Kings and Lord of Lords. Amen.
Humanity's Real Plan to Stop This Asteroid
Mark Roper and NASA explain the DART mission and how humanity plans to deflect dangerous asteroids.
Credit: Mark Rober
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Watch on YouTube & subscribe ↗The Asteroids Big Enough to Wipe Out All Life
Scale comparison of asteroids from small meteors to planet-killers, with impact effects.
Credit: MetaBallStudios
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Watch on YouTube & subscribe ↗Asteroid Impact! — NASA DART Mission
NASA's DART mission — the first time humanity intentionally crashed a spacecraft into an asteroid to test deflection.
Credit: Intrepid Museum Astro Live
Thank you for sharing your survival knowledge with our community — please subscribe to their channel for more.
Watch on YouTube & subscribe ↗All videos are embedded via YouTube's official embed feature and remain the property of their respective creators. Survival Command thanks every creator — especially our Navy SEAL and military instructors — for sharing their expertise so others can survive. Please visit their channels and subscribe for more life-saving content.
Curated educational videos from survival experts, professionals, and first responders. Full credit to the original creators — thank you for helping others survive.
Thank You to Our Instructors
A heartfelt thank-you to every creator below — especially the Navy SEALs, military veterans, and first responders who shared their hard-earned knowledge and years of training so families can protect themselves. We encourage you to watch on YouTube and subscribe to their channels for more life-saving content. In the name of Jesus Christ our Lord and Savior, King of Kings and Lord of Lords. Amen.
Navy SEAL Tricks to Survive a Crisis
Navy SEAL Clint Emerson shares critical survival tricks for any crisis — escape, evasion, and staying alive when everything goes wrong.
Credit: Clint Emerson — Navy SEAL (Escape the Wolf)
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Watch on YouTube & subscribe ↗The SEAL Mindset: Psychology of Survival in Times of Chaos
A Navy SEAL breaks down the psychology of survival — managing fear and making decisions under pressure.
Credit: The Dr. Phil Podcast (feat. a Navy SEAL)
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Watch on YouTube & subscribe ↗7 Ways to Survive Natural Disasters
Expert breakdown of survival steps for hurricanes, tornadoes, earthquakes, tsunamis, and more.
Credit: How to Survive Show
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Watch on YouTube & subscribe ↗100+ Wilderness Survival Tips: THE MOVIE
Full-length compilation of 100+ wilderness survival tips and bushcraft skills for any situation.
Credit: Survival Skills
Thank you for sharing your survival knowledge with our community — please subscribe to their channel for more.
Watch on YouTube & subscribe ↗All videos are embedded via YouTube's official embed feature and remain the property of their respective creators. Survival Command thanks every creator — especially our Navy SEAL and military instructors — for sharing their expertise so others can survive. Please visit their channels and subscribe for more life-saving content.