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Near-Earth Object

2026 HT

NASA ID: 54607777

Safe

2026 HT will pass Earth on 14 March 2027 at a distance of 11.77 lunar distances (LD) - about 4,524,062 km - travelling at 9,874 km/h. Its estimated diameter is between 39 and 86 metres, roughly the size of a football pitch (around 105 m long). NASA does not classify it as potentially hazardous.

Close Approach Date

14 March 2027

In 267 days

Miss Distance

11.77 LD

4,524,062 km

Moon PHA limit

12 times the Moon's distance from Earth

Velocity

9,874 km/h

ISS

0.4 times the orbital speed of the International Space Station

Est. Diameter

39–86 m

Absolute Magnitude

H = 24.19

The brightness measure astronomers use to estimate size

Hazard Classification

Not Hazardous

The real orbit in 3D

The actual path of 2026 HT around the Sun, computed from JPL orbital elements. Drag to rotate, scroll to zoom, and use the time controls to run the orbit forwards or back.

Every recorded pass

Each dot is one close approach of 2026 HT to Earth between 1951 and 2099, from JPL's records. Lower means closer: a dot under the dashed line passed nearer than the Moon. The orange dot is the approach on this page.

1960 1980 2000 2020 2040 2060 2080 2100 1 LDMoon's orbit 10 LD today 12 Sept 1951 - 15.88 LD22 Sept 1952 - 13.38 LD24 Jul 1953 - 38.1 LD30 Oct 1953 - 29.36 LD8 Dec 1954 - 36.49 LD12 May 1955 - 38.78 LD29 Jan 1956 - 31.88 LD7 Apr 1956 - 26 LD13 Mar 1957 - 9.72 LD11 Mar 1958 - 25.92 LD7 Sept 2021 - 24.74 LD16 Sept 2022 - 10.11 LD17 Oct 2023 - 25.17 LD24 Nov 2024 - 35.41 LD8 Jan 2026 - 34.63 LD11 Apr 2026 - 28.89 LD14 Mar 2027 - 11.77 LD (this approach)8 Mar 2028 - 18.47 LD7 Sept 2092 - 14.88 LD18 Sept 2093 - 13.06 LD25 Jul 2094 - 37.87 LD22 Oct 2094 - 27.98 LD28 Nov 2095 - 36.16 LD5 May 2096 - 38.25 LD19 Jan 2097 - 33.43 LD3 Apr 2097 - 26.16 LD10 Mar 2098 - 10.93 LD6 Mar 2099 - 19.53 LD Close approach date Miss distance (LD, log scale)

Size Comparison

Asteroid 39–86 m Football pitch 105 m long

Reading the Numbers

  • A lunar distance (LD) is the average gap between Earth and the Moon, about 384,400 km. It is the standard yardstick for close approaches. Read more →
  • Diameter estimates come from brightness. A dark surface reflects less light than a bright one, so the true size can sit anywhere in the quoted range. Read more →
  • Potentially hazardous is a watch-list label based on size and orbital proximity. It does not mean an impact is expected. Read more →

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