# Chang'e 7

> Planned Chinese lunar exploration mission

**Wikidata**: [Q103093905](https://www.wikidata.org/wiki/Q103093905)  
**Wikipedia**: [English](https://en.wikipedia.org/wiki/Chang'e_7)  
**Source**: https://4ort.xyz/entity/chang-e-7

## Summary
Chang'e 7 is a planned Chinese lunar exploration mission aimed at conducting comprehensive scientific research on the Moon's south pole. Scheduled for launch in 2024, it is part of the Chinese Lunar Exploration Program (CLEP) and will operate alongside the Queqiao-2 relay satellite. The mission is designed to study the lunar environment, geology, and resources, building on the legacy of previous Chang'e missions.

## Key Facts
- **Launch Date**: Scheduled for 2024.
- **Operator**: China National Space Administration (CNSA).
- **Launch Vehicle**: Long March 5 heavy-lift rocket.
- **Part of**: Chinese Lunar Exploration Program (CLEP) and HexaMRL (Hexagonal Multi-Radio Link) network.
- **Preceded by**: Chang'e 6 (lunar sample return mission).
- **Followed by**: Chang'e 8 (planned in-situ resource utilization mission).
- **Components**: Includes the Queqiao-2 relay satellite for communication.
- **Manufacturer**: China Academy of Space Technology (CAST).
- **Named After**: Chang'e, the Chinese moon goddess.

## FAQs
### Q: What is the primary goal of the Chang'e 7 mission?
A: The mission focuses on conducting detailed scientific studies of the Moon's south pole, including its geology, resources, and environmental conditions, to support future lunar exploration and potential resource utilization.

### Q: When and where will Chang'e 7 launch?
A: Chang'e 7 is scheduled to launch in 2024 from the Wenchang Satellite Launch Center in China aboard a Long March 5 rocket.

### Q: How does Chang'e 7 relate to other Chinese lunar missions?
A: It follows Chang'e 6 and precedes Chang'e 8, continuing China's systematic lunar exploration program. It will expand the HexaMRL network, enhancing lunar surface communication and data relay capabilities.

## Why It Matters
Chang'e 7 represents a critical step in China's ambitious lunar exploration strategy, focusing on the Moon's south pole—a region of significant scientific and strategic interest due to its potential water ice reserves. The mission will advance understanding of lunar formation and evolution, test technologies for long-term lunar presence, and contribute to international scientific collaboration. By integrating with the HexaMRL network and deploying Queqiao-2, Chang'e 7 will also improve communication infrastructure for future missions, paving the way for sustained robotic and crewed activities on the Moon.

## Notable For
- **South Pole Focus**: First Chinese mission dedicated to studying the lunar south pole's resources and environment.
- **HexaMRL Integration**: Expands a multi-satellite network to enable real-time communication and data transmission from the lunar surface.
- **Queqiao-2 Deployment**: Includes a relay satellite to support mission operations and future lunar missions.
- **Scientific Payload**: Carries advanced instruments for geological, compositional, and environmental analysis.

## Body
### Mission Overview
Chang'e 7 is the seventh mission in China's CLEP, designed to study the lunar south pole's geology, composition, and volatiles. It will operate in conjunction with the Queqiao-2 relay satellite, ensuring continuous communication with Earth.

### Launch Details
- **Date**: 2024 (exact date TBD).
- **Vehicle**: Long March 5 rocket, China's heavy-lift launch system.
- **Site**: Wenchang Satellite Launch Center, Hainan, China.

### Objectives
- Map water ice distribution and assess resource potential.
- Analyze the lunar regolith and subsurface structure.
- Monitor space radiation and environmental conditions.

### Components
- **Orbiter**: Conducts remote sensing and reconnaissance.
- **Relay Satellite (Queqiao-2)**: Provides communication support for the mission and future lunar activities.
- **Lander/Rover**: Deploys instruments for in-situ analysis (configuration details TBD).

### Legacy
Chang'e 7 builds on the success of earlier CLEP missions, including Chang'e 4's historic far-side landing and Chang'e 5's sample return. It will inform the development of Chang'e 8, which aims to demonstrate in-situ resource utilization (ISRU) technologies.

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