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First crew home from Moon since 1972

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For the first time since Apollo 17 in December 1972, a human crew is coming home from the Moon. Three correction burns separate Orion from the Pacific.

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Key takeaway

The first human return from the Moon in 54 years now sets the baseline for the Artemis III redesign.

Orion began the first human return journey from the Moon since Apollo 17 in December 1972 when it crossed the lunar sphere of influence at 1:25 PM EDT today. Three return trajectory correction burns are scheduled across Days 7 to 9, beginning with today's automatic firing during crew rest. Two earlier outbound burns were cancelled , because the trajectory was already inside tolerance, banking propellant the spacecraft may yet need for re-entry alignment.¹

The return leg is a different navigation problem from the outbound. The 17.5-second third outbound burn established a baseline for how tightly the OMS-E (Orbital Manoeuvring System Engine) is trimming. The closest approach of 4,067 miles is now behind the crew.

The NASA OIG found the HLS (Human Landing System) Starship contract at least two years behind schedule , which makes Artemis II the final Orion-era test before the redesigned Artemis III LEO lander demonstration.² Every return-phase data point now informs that redesign.

Splashdown on 10 April at 8:07 PM EDT will be followed by a post-recovery press conference at 10:35 PM EDT.³⁴ The USS John P. Murtha sails from Naval Base San Diego.

Deep Analysis

In plain English

The last time humans came home from the Moon was December 1972, when the Apollo 17 crew splashed down in the Pacific. That was over 54 years ago. From today, Orion is on its way back. Three small engine firings over the next three days will fine-tune the trajectory. On 10 April the capsule re-enters the atmosphere and parachutes into the Pacific Ocean near San Diego, where a Navy ship is waiting to recover the crew.

What could happen next?

Precedent
Successful return completes the first human journey from Earth to lunar distance and back since 1972, validating Orion's deep-space life support and navigation systems for the first time on a crewed mission.
Immediate · 0.9
Consequence
Re-entry heat shield, parachute, and recovery data from this return leg directly informs the Artemis III redesign timeline; NASA OIG found HLS at least two years behind schedule.
Medium term · 0.85
Risk
A 9-day return trajectory has different entry heating and crew deconditioning profiles from a 21-30 day lunar landing mission; Artemis II return data may not fully validate Orion for longer missions.
Medium term · 0.68

Source Landscape

This story draws on neutral-leaning sources

Primary parallel: Apollo 17's splashdown on 19 December 1972 closed a lunar programme that had launched twelve men to the Moon in three years. The interval between that splashdown and today is 54 years and 110 days. Orion's return on 10 April 2026 ends the longest gap between human missions beyond low Earth orbit in spaceflight history.

Counter-parallel: The Soviet Luna programme flew robotic sample-return missions in the 1970s without any human crew gap to bridge; from the Soviet perspective, human lunar return was never a priority after the Moon race. The 54-year gap is a specifically American and specifically political artefact, not a technological inevitability.

Consensus view: The Planetary Society and Space Policy Online have both noted that Artemis II's return leg is the last Orion test before the system must support a redesigned Artemis III low-Earth-orbit lander demonstration. Re-entry data — heat shield performance, parachute deployment, Pacific splashdown precision — will feed directly into HLS Starship integration planning at JSC.

Counter-view: Some aerospace engineers at the University of Central Florida space programme have raised questions about whether Artemis II's return trajectory, designed for a 9-day free-return flyby, is representative of the longer 21-30 day missions required for a lunar landing. Entry angle, crew deconditioning, and heat shield wear characteristics differ between short and long missions; the Artemis II return data may have limited generalisability.

Key tension: Whether the Orion system's performance on this return leg justifies the $4 billion per-flight cost as a crewed landing architecture, or whether the data supports the case for accelerating the commercial crew alternative.

Sources:NASA·NASA·SpacePolicyOnline

Mentions:Orion →Apollo 17 →OMS-E →USS John P. Murtha →NASA →Starship HLS →NASA Office of Inspector General →Florida →Prima →San Diego →Human Landing System →Artemis II →Starship →Artemis III →Artemis I →

First Reported In

Update #6 · Rest Day Between Records and Reckoning

NASA· 7 Apr 2026

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Causes and effects

Caused by

Third Burn Breaks Orion's Navigation Streak

The return journey begins following the third outbound trajectory correction burn of ID:2057 that set the return baseline.

Occurred 6 Apr 2026

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This Event

First crew home from Moon since 1972

Every data point from the return phase now informs the Artemis III redesign, with the lander already at least two years late.

Different Perspectives

ESA

The European Service Module has operated without anomaly for five consecutive days, with the OMS-E engine's translunar injection precision directly responsible for eliminating both correction burns. ESA's hardware contribution is the mission's highest-performing subsystem.

NASA

NASA cancelled a second consecutive outbound correction burn and confirmed Orion in lunar gravitational dominance, while declining to publish any crew radiation dose data through a complete G3 storm cycle. Bipartisan congressional rejection of its $18.8 billion FY2027 budget proposal means the agency faces a political fight even as its spacecraft performs above expectations.

Dual-framework nations

Signing both the Artemis Accords and the ILRS framework is rational hedging, not defection; smaller nations maximise access without exclusive commitment. Lunar governance is genuinely multipolar, and the US coalition count of 61 overstates exclusivity.

Boeing / Northrop Grumman

SLS component production spans more than 40 US states, giving the industrial base strong political protection regardless of commercial alternatives. Congressional mandates guarantee contracts through FY2029, insulating the supply chain from technical programme changes.

NASA Office of Inspector General

The IRB heat shield findings should have been published before launch. The Starship HLS is two years behind schedule with a worsening manual control dispute. NASA has no crew rescue capability for lunar surface operations. The programme is proceeding with documented, unresolved risks.

US Congress

The One Big Beautiful Bill Act mandates $1.025 billion per year for SLS through FY2029 regardless of NASA's restructuring. Congress is preserving the employment base SLS components provide across more than 40 states, independent of whether the technical architecture requires the rocket beyond five missions.