SpaceTRCSpaceTRC/Research platform
TürkçeLet’s collaborate
SpaceTRC / Research library

Return to the Moon: Artemis, China and AYAP-1

SpaceTRC / Space Age / Return to the Moon

Half a century later, back on the road to the Moon.

In April 2026 four astronauts flew around the Moon for the first time since 1972. The US, China, India, private companies and Türkiye are all preparing lunar missions in the same decade. This file brings the programmes of the second Moon race and their current status together.

Sourced research · Last updated 1 November 2026

Artemis II free-return trajectoryOrion leaves Earth, loops behind the Moon at 6,545 km and falls back to Earth on its own. Farthest point 406,771 km, beating Apollo 13’s 400,171 km. Not to scale. Earth Moon Farthest point 406,771 km ≈6,545 km above the surface Launch 1 April 2026 Return 11 April · 9 days 1.5 hours
Schematic, not to scale.
Farthest humans have travelled
406,771 kmArtemis II, April 2026
Artemis Accords
77 nationsTürkiye 71st signatory (31 Aug 2026)
First Artemis landing
2028Artemis IV target
AYAP-1 launch
2027Türkiye’s first lunar spacecraft

01 / Artemis II

Humans around the Moon after 53 years

Artemis II launched on SLS from Kennedy Space Center on 1 April 2026. Without landing, Orion looped behind the Moon on a free-return trajectory and splashed down in the Pacific off San Diego on 11 April, after 9 days and 1.5 hours.

Crew

Four astronauts, three firsts

Commander Reid Wiseman, pilot Victor Glover, mission specialists Christina Koch and Canada’s Jeremy Hansen. Koch became the first woman, Glover the first Black astronaut and Hansen the first non-American to travel around the Moon.

Record

Beyond Apollo 13

Orion reached 406,771 km from Earth, breaking Apollo 13’s 1970 record of 400,171 km. Closest approach to the lunar surface was about 6,545 km.

Lessons

Not trouble-free

Launch slipped from February to April after a hydrogen leak. In flight a toilet vent line froze and a small helium leak appeared in the European Service Module. Because of heat-shield concerns, Orion flew a steeper direct entry.

02 / New plan

The Artemis map redrawn in 2026

NASA Administrator Jared Isaacman restructured the programme in February–March 2026. The biggest change: Artemis III is no longer a Moon landing.

MissionTargetWhat it doesStatus
Artemis INov–Dec 2022Uncrewed Orion in lunar orbitComplete
Artemis II1–11 Apr 2026Crewed lunar flybyComplete
Artemis IIILate 2027 at the earliestCrewed test in low Earth orbit: Orion docks with a Blue Moon test vehicle, then a Starship test article.Crew named June 2026
Artemis IVEarly 2028First crewed landing since 1972 (Starship HLS or Blue Moon)Planned
Artemis VLate 2028Second landing and start of a lunar basePlanned
Ended

Gateway is over

Development of the planned lunar-orbit station Gateway stopped in early 2026; the focus moved to a surface base for 2029–2036. Its propulsion module will be reused on a nuclear-electric spacecraft.

SLS

The rocket stays at Block 1

The more powerful Block 1B and Block 2 versions were cancelled. From Artemis V, the Centaur V upper stage will be used.

Landers

Starship and Blue Moon compete

As of September 2026 Starship HLS had not yet demonstrated in-orbit propellant transfer, and its uncrewed demo landing slipped to 2027. Blue Origin’s uncrewed Blue Moon MK1 is also set to fly on New Glenn in 2027.

Artemis III crew: Randy Bresnik (commander), Luca Parmitano (pilot, ESA), Frank Rubio and Andre Douglas.

03 / China

China: from the far side to a crewed landing

In 2024 Chang’e 6 brought back the first samples ever collected on the Moon’s far side. China aims to land astronauts on the Moon before 2030.

Complete · 2024

Chang’e 6

Launched 3 May 2024, landed in the far-side South Pole–Aitken basin on 1 June and returned samples to Earth on 25 June.

Postponed · 2027

Chang’e 7

An orbiter, lander, rover and mini hopping probe to search for water ice at the south pole. Rolled out in August 2026 but postponed because “launch conditions were not met”. Carries payloads from Egypt, Russia, Thailand and Italy.

Testing

Long March 10, Mengzhou and Lanyue

A new rocket, crew capsule and lander for crewed landings. A suborbital abort test flew in February 2026; on the rocket’s first orbital flight in July 2026 the first stage was recovered at sea.

04 / Commercial landers

Companies are landing too, though not all succeed

MissionCompany / countryDateResult
Chandrayaan-3ISRO · IndiaAug 2023Successful landing near the south pole
ispace Mission 1ispace · JapanApr 2023Landing failed
IM-1 OdysseusIntuitive Machines · USAFeb 2024Landed tilted, returned data
Blue Ghost 1Firefly · USA2 Mar 2025First fully successful commercial landing; all 10 NASA payloads returned data
IM-2 AthenaIntuitive Machines · USA6 Mar 2025Tipped over, mission ended after one day
ispace RESILIENCEispace · JapanJun 2025Hard landing

India plans a sample return with Chandrayaan-4 around 2028 and the joint LUPEX mission with Japan in 2028–2029.

05 / Türkiye

AYAP-1: Türkiye’s first lunar spacecraft

TÜBİTAK UZAY announced on 15 September 2026 that integration was complete. The spacecraft entered environmental testing at TUSAŞ and is planned to launch from Kennedy Space Center in the first months of 2027.

Spacecraft

A 3.5-tonne domestic craft

Orbit raising and end-of-mission manoeuvres use a domestic hybrid propulsion system developed with DeltaV — the first in-space test of a Turkish hybrid engine.

Mission

At least three months in polar orbit

After about two months of cruise, it will enter a polar orbit about 100 km above the Moon, operate for at least three months (up to 1.5 years) and then be brought down to the surface by controlled manoeuvres.

Science

Four instruments

A domestic radiation calorimeter and dosimeter, a neutral-particle telescope built with the Swedish Institute of Space Physics and a narrow-angle radiometer built with Shenzhen University.

06 / Rules

Artemis Accords: whose rules apply on the Moon?

Launched by the US in 2020, the Artemis Accords set shared principles for peaceful exploration, data sharing, protecting heritage sites and resource use on the Moon and beyond. As of 19 October 2026, 77 nations have signed.

Türkiye signed on 31 August 2026. Minister of Industry and Technology Mehmet Fatih Kacır signed at NASA Headquarters, making Türkiye the 71st signatory. China and Russia have not joined; they lead a joint International Lunar Research Station (ILRS) project.

Sources
  1. Wikipedia, “Artemis II”, “Artemis III”, “Artemis program”, “Lunar Gateway”, “Starship HLS” (accessed October 2026).
  2. Turkish Ministry of Foreign Affairs, statement No. 170, 1 September 2026; Wikipedia, “Artemis Accords”.
  3. TÜBİTAK, AYAP-1 integration announcement, 15 September 2026.
  4. Wikipedia, “Chang’e 7”, “Chinese Lunar Exploration Program”, “Long March 10”, “Blue Ghost Mission 1”, “IM-2”, “Chandrayaan-4”.
SPACETRC / KNOWLEDGE

Follow your curiosity.

SPACETRC / GET STARTED

What would you like to do?

This short guide is available in six languages. Full scientific articles are in Turkish and English.

Open a workspace

Search publicationsExamine dataSpace eventsPlan a team projectPrepare a publication

Take selected reading with you

Open Turkish and English dossiers and introductory lessons in the reading area. Offline preparation and installation options are available there.

Open the offline library ↗

The language preference stays in this browser; no account or location permission is required.