Chang'e 7 Launch Date & Time: Aug 24 Live Stream Guide
August 20, 2026
China's Chang'e-7 launches to the lunar south pole on Aug 24, 2026. Get the exact UTC, IST, and EDT launch window times and live stream details.
Chang'e-7 Launch: Aug 24 Date, Time (IST/EDT) & Live Stream
Last updated: 20 August 2026, 14:30 IST. China's Chang'e-7 launch window opens at 00:00 UTC (05:30 IST / 20:00 EDT) on 24 August 2026. Liftoff will occur from Wenchang via a Long March 5 rocket. The ambitious mission aims to hunt for water ice at the lunar south pole.
Quick Answer: Chang'e-7 Launch Details
Date & Time: 24 August 2026, 00:00 UTC
Rocket: Long March 5 (CZ-5) Y14
Where to Watch: CCTV+ and CGTN YouTube channels
Mission: Land a rover and hopper at Shackleton crater to find water ice.
Important note: If the launch slips, backup windows run daily through 31 August — this page will be updated with any changes confirmed by airspace closure notices (NOTAMs) and the China Manned Space Agency (CMSA).
Chang'e-7 Launch Date and Time
Global Launch Window Openings
CRITICAL WARNING FOR THE AMERICAS: Due to timezone differences, the Chang'e 7 launch date and time falls on SUNDAY EVENING, 23 August for viewers in the United States. Ensure you check the exact window below to avoid missing liftoff.
Where to Watch the Chang'e-7 Launch Live
Official Broadcasts
To catch the Chang'e 7 live stream, viewers should tune into the CCTV, CCTV+, or CGTN YouTube channels. Chinese state broadcasts typically begin their live coverage about 30 minutes before the window opens.
The China National Space Administration (CNSA) rarely confirms a direct stream link until the actual launch day. Keep an eye on the CCTV Video News Agency for real-time pad views.
What Is Chang'e-7? Orbiter, Lander, Rover and the Hopper
The massive 8,200 kg spacecraft completed its vertical transfer to Launch Complex 101 (LC-101) on 19 August 2026. The Long March 5 Chang'e 7 stack consists of four main elements that will relay data via the Queqiao-2 satellite.
The Hunt for Water Ice at Shackleton Crater
Permanently Shadowed Regions
Will Chang'e 7 find water on the Moon? It is certainly going to look for it. The target landing site features cold traps where ancient water ice may be preserved in total darkness.
The key instrument is the LUWA (Lunar Soil Water Molecule Analyzer) on the hopper. It will drill samples, seal them, heat them, and analyze the vapor with a mass spectrometer to support future in-situ resource utilisation (ISRU), where water equals fuel and oxygen.
Historical context: The launch window perfectly aligns with India's National Space Day on 23 August, marking the anniversary of ISRO's historic south pole landing.
Chang'e-7 vs Chandrayaan-3: How the Two South Pole Missions Compare
When comparing Chang'e 7 vs Chandrayaan-3 south pole missions, China's architecture is significantly heavier and designed for long-term survival. The CE-7 hopper adds unprecedented mobility.
While Chandrayaan-3 proved soft-landing capabilities closer to 69.4°S, Chang'e-7 aims much closer to the true pole at 88.8°S, where permanent shadows exist.
When Will Chang'e-7 Land on the Moon?
Landing Timeline
The exact Chang'e 7 landing date is expected in late 2026. The spacecraft may spend up to two months in orbit surveying the Shackleton crater site before attempting a descent.
Lunar orbits are increasingly crowded. For context on recent lunar impacts, see our coverage of when a SpaceX rocket hits the Moon.
Why This Launch Matters for the Moon Race
Precursor to Artemis and ILRS
Chang'e-7 precedes NASA's VIPER rover (NET 2027) and serves as a direct precursor to Chang'e-8. These missions lay the groundwork for the International Lunar Research Station (ILRS) in the 2030s.
This flight marks the 12th CZ-5 launch overall and the 200th orbital launch attempt worldwide in 2026. It's a massive year for astronomy, closely followed by the Roman Space Telescope launch.
- Russia (Roscosmos) – Dust Monitoring of the Moon payload
- Italy & Switzerland – Laser retroreflectors and radiation sensors
- Thailand, Egypt & Bahrain – Joint camera and environmental payloads
- ILOA – ILO-C astronomical camera
What to Watch Next
Upcoming events: After watching Change 7, skywatchers should prepare for the deep partial lunar eclipse on August 28.
Spaceflight fans can also track the upcoming Starship Flight 14 date for more heavy-lift action.
Sources & Credits
Reported by Dr. Klaus Richter (Technology & Engineering).
Frequently Asked Questions
The Chang'e-7 launch window opens at 05:30 AM IST on Monday, 24 August 2026. Viewers in India can watch the broadcast early in the morning. If the launch is delayed, backup windows are available daily through 31 August.
The official launch window opens on 24 August 2026 at 00:00 UTC. However, for viewers in the United States and the Americas, this translates to Sunday evening, 23 August 2026, due to global timezone differences.
You can watch the live stream on the official YouTube channels of CGTN, CCTV, and the CCTV Video News Agency. Broadcasts typically begin about 30 minutes before the scheduled liftoff. Official links are usually confirmed on launch day.
Chang'e-7 is launching on a Long March 5 (CZ-5) rocket, specifically vehicle Y14. This heavy-lift rocket rolled out to Launch Complex 101 at the Wenchang Space Launch Site on Hainan Island on 19 August 2026.
The spacecraft will target an illuminated peak near the southeast ridge of Shackleton crater at 88.8 degrees South latitude. Backup landing sites are located near the Shoemaker and Haworth craters at the lunar south pole.
The hopper is a miniature flying probe designed to take off from the lunar surface and dive into permanently shadowed regions. It will survive extreme cold to search for water ice using a specialized mass spectrometer instrument.
The mission is designed to look for water ice, though it has not found it yet. The hopper will drill into the soil inside cold traps, heat the samples, and analyze the vapor to detect water molecules.
While both target the lunar south pole, Chang'e-7 is landing much closer to the actual pole at 88.8 degrees South. It is also significantly larger, featuring an orbiter, lander, rover, and a hopper designed to survive for eight years.