Sky news

Past and upcoming eclipses and missions — tap a row for the full story, or jump into the simulator at that exact moment.

Sky news is a chronological index of the astronomical events NowSky can reconstruct in simulation. It runs from things already past — Eddington's eclipse expedition of 1919, Sputnik, the Voyager encounters — through the great Egyptian eclipse of 2027 and on to missions planned for the 2030s. Each row opens a full article, and the replay buttons inside drop you into the sky view or the orbit view set to that exact moment.

2026

September 2026 date TBD

The flight that aims to put Starship on an orbital trajectory for the first time. A Block 3 stack (Ship 41 on Booster 21) lifts off from Starbase Pad 2; the booster splashes down in the Gulf of Mexico without a tower catch, and the ship is to circle most of the globe before splashing down in the Indian Ocean, carrying about 20 Starlink V3 satellites. The date shifts often with regulatory clearance and vehicle readiness.

2026-10-01

JAXA's Martian Moons eXploration — the first attempt to land on Phobos and return a sample to Earth (schedule may change).

Around 18 November 2026

For the first time a human-made object is more than a light-day away — about 25.9 billion km (173 AU). A command now takes 24 hours to arrive, and two full days for the reply.

2026-11-27

Seven years and nine flybys end as the ESA–JAXA spacecraft slips into Mercury orbit. Replay the whole spiral in the orbit simulator.

2026-12-03

NASA's largest planetary spacecraft swings past Earth for the speed it needs to reach Jupiter — its second gravity assist after Mars in 2025, and the last gate before arrival in April 2030.

2026-12-14

ESA's Hera reaches Dimorphos — the asteroid DART deflected in 2022 — to survey the aftermath of humanity's first planetary-defense test.

2027

2027-08-02

The longest totality on land this century — up to 6 min 23 s — crossing southern Spain, North Africa and Mecca. Six minutes of black sun over Luxor's ancient temples.

2027-08-12

Humanity's first visit to the Trojan asteroids sharing Jupiter's orbit — frozen leftovers of planet formation.

Targeted 2027 may slip

The first crewed lunar landing since Apollo 17, targeting the ice-bearing south polar region.

2028

2028-01-26

From Ecuador, Peru and Brazil across the Atlantic to Spain and Portugal at sunset — Seville sees the ring low over the horizon.

Planned 2028

A nuclear-powered rotorcraft departs for Titan, to fly through methane skies.

2028-07-22

The path of totality runs straight over downtown Sydney — five million people under the shadow at once.

2028 window planned

ESA's Rosalind Franklin rover will drill two metres down for molecular traces of past life.

Planned late 2028

China's round-trip bid to bring Martian soil home — potentially the first Mars sample return.

Dec 2028 – Jan 2029 no launch scheduled

Spacecraft cannot leave for Mars at will — they depart only during windows that recur about every 26 months, when the two planets line up. The November–December 2026 window is effectively empty after SpaceX said in February 2026 that Mars would be deprioritised for five to seven years in favour of the Moon; the next opportunity is late 2028 to early 2029. No launch is currently scheduled.

2028-12-31

On the last night of 2028 the Moon turns red — maximum eclipse around 1 a.m. on New Year's Day in East Asia.

2029

2029-04-13

A 370-m asteroid passes 32,000 km up — inside the geostationary ring, visible to the naked eye. Nothing this large has come this close in recorded history.

Planned 2029

The Bennu sample courier, renamed, heads to Apophis to see how the Earth flyby reshaped it.

2029-06-26

A total lunar eclipse for the whole of the Americas — the red Moon hangs in New York's southern sky late on June 25.

2029-08-01

Orbit insertion at (16) Psyche — exposed planetary core, or something stranger?

2030

2030-04-11

NASA's largest planetary spacecraft arrives in the Jovian system to begin surveying Europa's hidden ocean.

2030-06-01

An annular eclipse — the Moon looks slightly smaller than the Sun, leaving a ring of fire. The path runs from North Africa and Greece across Siberia to eastern Hokkaido (Kushiro, Nemuro) near sunset; Sapporo and Tokyo see a deep partial.

Around 2030

The era when Roman's galaxy maps start weighing dark energy and its microlensing census counts hidden worlds.

2030-11-25

Totality begins over South Africa at breakfast time and crosses the Indian Ocean to end at sunset in Australia.

2031

2031-05-21

From Angola via Tanzania and Kerala to the Malay Peninsula — a five-minute ring over Kochi around 1 pm.

Planned 2031

Hayabusa2's encore: a 30-m asteroid spinning once every 11 minutes — the first close look at such a body.

2031-07-15

ESA's icy-moons explorer reaches Jupiter after an eight-year cruise, en route to becoming the first spacecraft to orbit another planet's moon.

Targeted 2031

If all goes to plan, Martian soil reaches Earth laboratories for the first time.

What counts as an event

A solar eclipse is the Moon covering the Sun: total when the disk is fully hidden, annular when the Moon looks slightly too small and leaves a ring, partial when you are off to the side of the path. A lunar eclipse is the reverse — Earth's shadow falling on the Moon, which turns copper during totality because the only light reaching it has been filtered through our atmosphere. Occultations and conjunctions are the Moon or a planet passing in front of, or lining up with, something else; nothing actually moves closer, the sight lines simply coincide.

Mission entries work differently. A launch is the moment a spacecraft leaves Earth. A flyby is a close pass used to observe a body or to bend the trajectory. A gravity assist trades years of extra cruise for fuel savings, which is why a probe bound for Jupiter or Saturn often loops back towards Earth or Venus first and appears to be going the wrong way. Orbit insertion and landing mark the end of the cruise and the start of the real work.

Why the dates keep moving

Eclipse dates are computed to the second centuries ahead, because orbital mechanics leaves almost nothing to chance. Launch dates are another matter. A transfer orbit only opens when Earth and the target line up, and missing that window costs about 26 months for Mars or 13 months for Jupiter. Add rocket development slipping, instruments failing qualification, budgets and partnerships shifting, and weather on the day itself.

Future rows therefore carry their own confidence. Firm dates are shown plainly; entries whose schedules are still open are labelled as unconfirmed or subject to change, and where a mission has already slipped repeatedly the articles say so. Treat the celestial events as a calendar and the launch dates as intentions.

Replaying it yourself

Every article offers up to two replays. The sky view rebuilds the sky over a given city at that moment — for an eclipse, which compass bearing and altitude the Sun is at as it goes dark; for a lunar eclipse, where in the sky the Moon turns red, horizon included. The orbit view shows the same instant from outside the solar system: the alignment of Sun, Earth and Moon, the arc a spacecraft traces, the bend a gravity assist puts into it, all computed from real orbital elements.

Some events cannot be seen from the ground at all. An orbit insertion at Jupiter or a close pass through the asteroid belt has no naked-eye counterpart, so those replay only in the orbit view. Each article states which views are available. Times and figures here are computed approximations; if you are planning travel or an observation, check the official predictions from NASA and your national agency as well.

→ Browse the object index

Mission dates may change. Simulations are approximate — check official sources for observing plans.