SpaceX Rocket Hits Moon Aug 5: Impact Time & Live Watch

A spent SpaceX Falcon 9 upper stage is set to crash into the Moon on August 5, 2026, at exactly 06:35 UTC (12:05 PM IST). Designated 2025-010D, this piece of space junk poses absolutely no danger to Earth or current lunar landers. While the impact flash itself will likely be too faint for backyard telescopes to see, high-end amateur and professional astronomers in the Americas might catch the resulting dust plume silhouetted against the lunar limb.

Last updated: 2026-08-04. This article will be updated post-impact with imagery from the Lunar Reconnaissance Orbiter and Danuri spacecraft.

What Exactly Is Hitting the Moon on August 5, 2026?

The object is the spent upper stage of a SpaceX Falcon 9 rocket, officially cataloged as 2025-010D. It was launched on January 15, 2025—the 10th orbital launch of that year—carrying Firefly Aerospace's Blue Ghost Mission 1 and ispace's Hakuto-R Mission 2 "Resilience", alongside a payload canister.

Key vehicle specifications and mission details include:

• Mass and Scale – Roughly the height of a five-storey building (12 to 13.8 meters), the stage has an estimated mass of 4,900 kg according to Bill Gray and KASA, though some outlets report a range of 4,000–4,500 kg.
• Payload Status – Blue Ghost landed successfully on March 2, 2025. Hakuto-R M2 lost contact 90 seconds before landing on June 5, 2025, and crashed. The payload canister safely re-entered Earth's atmosphere in March 2025.

Unlike the controlled re-entries seen in recent missions like Starship Flight 13, this upper stage was left in a chaotic, lopsided Earth orbit, setting the stage for its lunar encounter.

SpaceX Moon Crash Time: Exact UTC, IST, EDT and Local Times

Independent astronomer Bill Gray of Project Pluto first predicted the collision using his Find_Orb software in September 2025. NASA's Center for Near Earth Object Studies (CNEOS) subsequently confirmed the trajectory.

The predicted impact times across major time zones are:

Where Will It Hit? Einstein Crater on the Moon's North-Western Limb

The Falcon 9 stage will strike at lunar latitude 19.461° N and longitude 266.707° E (93.293° W). This places the impact site near Einstein Crater on the Moon's north-western near-side limb.

Because the Moon will be in its Last Quarter phase on August 5, the target area will be on the sunlit portion, creating optimal contrast for observatories.

While North American viewers have the best view of this lunar impact, global audiences are already gearing up for the Total Solar Eclipse Aug 12, 2026, which follows just a week later.

How Fast and How Hard? Speed, Energy and Crater Size

The rocket will hit the lunar surface at 2.43 km/s (5,400 mph or 8,700 km/h) at an angle of roughly 31 degrees above the horizontal. This will release approximately 14.5 billion joules of energy, equivalent to 3 tonnes of TNT or 15,000 sticks of dynamite.

Can You See the SpaceX Rocket Hit the Moon? (Flash vs Ejecta Plume)

The impact flash is highly unlikely to be visible from Earth. As Bill Cooke of NASA's Meteoroid Environment Office points out, impact flashes scale with speed. At 2.43 km/s, the Falcon 9 is slow compared to natural meteoroids traveling at 10–70 km/s, meaning most energy converts to heat and moving rock rather than light, similar to NASA's 2009 LCROSS mission.

The best visual target is the resulting ejecta plume:

• Plume Dynamics – The impact will excavate roughly 1,000 to 1,100 tonnes of regolith, sending dust up to three kilometers high.
• Viewing Strategy – Because the separation is only ~1.5 arcseconds, observing the plume requires professional-grade or high-end amateur gear. Keep recording for several minutes after T-0.

Can You Watch It From India? Honest Answer + IST Timing

No, the impact cannot be seen from India. At exactly 12:05 PM IST, the Sun is high over the subcontinent and the Moon is low or setting in the west, rendering any optical observation impossible.

How NASA's LRO and South Korea's Danuri Will Photograph the Impact

Spacecraft currently orbiting the Moon will adjust their trajectories to study the aftermath. Brent Garry, project scientist for NASA's Lunar Reconnaissance Orbiter (LRO) at Goddard, confirmed the LRO will image the site roughly seven days before and seven days after impact.

How a Rocket Stage From January 2025 Ended Up on a Collision Course

After deploying its payloads, the upper stage was left in a ~26-day Earth orbit with a perigee of 220,000 km and an apogee of 510,000 km. Over time, solar radiation pressure combined with Earth, Moon, and Sun gravity slowly walked the 2025-010D stage onto a collision course.

According to astronomy research preprints from Los Alamos National Laboratory and NASA Ames, South Korea's Danuri (KPLO) orbiter will also pass over the site three times, potentially flying within a few kilometers of the stage just two minutes before impact.

As India prepares for the missions detailed in the Gaganyaan 2026 update and its upcoming Chandrayaan-4 sample return, ISRO's stated goal of "Debris Free Space Missions by 2030" becomes increasingly relevant. Landing just 18 days before National Space Day 2026, this crash serves as a powerful teaching hook about orbital mechanics.

Is This Dangerous? What It Means for Space Junk and Artemis Moonbases

Unlike planetary defense concerns such as Asteroid 2026 FM3, this debris poses absolutely no danger to Earth, people, or current lunar landers. However, it does highlight the growing risk of Kessler syndrome in cislunar space. For scale, a natural meteor impact in spring 2024 created a 225-meter crater on the Moon—roughly 13 times wider than this artificial one.

What Happens Next: When We'll See the New Crater

Crater estimates from experts vary:

• Bill Gray – Predicts a single crater approximately 17 meters across.
• KASA – Estimates a crater size between 20 and 30 meters.
• Forbes – Reported an estimated diameter of 27 meters (89 ft).

In March 2022, a Chang'e-5 T1 upper stage hit the lunar far side and made a surprising double crater (~16 m and ~18 m). Gray expects a single crater this time because 2025-010D had no extra top-mounted payload. This update is based on tracking data from Project Pluto, confirmations from NASA CNEOS, and observation plans published by NASA Goddard and KASA.