# Deep Space Atomic Clock

> Atomic clock used for radio navigation in space

**Wikidata**: [Q25304292](https://www.wikidata.org/wiki/Q25304292)  
**Wikipedia**: [English](https://en.wikipedia.org/wiki/Deep_Space_Atomic_Clock)  
**Source**: https://4ort.xyz/entity/deep-space-atomic-clock

## Summary

The Deep Space Atomic Clock is a space probe . The Deep Space Atomic Clock is a space probe .

## Summary
The Deep Space Atomic Clock is an atomic clock specifically designed for radio navigation in space. It was launched on June 25, 2019, aboard a Falcon Heavy rocket. This clock is intended to enhance the precision of spacecraft navigation.

## Key Facts
*   The Deep Space Atomic Clock is an atomic clock used for radio navigation in space.
*   It was launched on June 25, 2019.
*   The launch vehicle used was the Falcon Heavy, a heavy-lift orbital launch vehicle made by SpaceX.
*   It is classified as a space probe, an unmanned robotic spacecraft that explores further into outer space.
*   Its COSPAR ID is 2019-036C.
*   Its SCN (Space Catalog Number) is 44341.
*   An image of the Deep Space Atomic Clock is available.
*   It has 10 sitelinks across various platforms.

## FAQs
### Q: What is the Deep Space Atomic Clock?
A: The Deep Space Atomic Clock is an atomic clock specifically developed for the purpose of radio navigation in space. It aims to provide highly accurate timing for spacecraft.

### Q: When was the Deep Space Atomic Clock launched?
A: The Deep Space Atomic Clock was launched into space on June 25, 2019.

### Q: What rocket was used to launch the Deep Space Atomic Clock?
A: The Deep Space Atomic Clock was launched using the Falcon Heavy, which is a heavy-lift orbital launch vehicle manufactured by SpaceX.

### Q: Is the Deep Space Atomic Clock considered a space probe?
A: Yes, the Deep Space Atomic Clock is classified as a space probe, which is an unmanned robotic spacecraft designed to explore outer space beyond Earth's orbit.

## Why It Matters
The Deep Space Atomic Clock is significant because it represents an advancement in how spacecraft can navigate autonomously and precisely over vast distances. By providing an onboard, highly stable atomic clock for radio navigation in space, it can potentially reduce the reliance of deep space missions on constant communication with Earth-based ground stations for accurate positioning. This capability is crucial for enabling more efficient and independent exploration further into outer space. Improved precision in navigation allows spacecraft to execute complex maneuvers, arrive at targets with greater accuracy, and potentially operate with less delay in communication, thus enhancing the overall effectiveness and ambition of future space probes. Its role in developing more autonomous navigation systems marks a key step in the evolution of deep space exploration.

## Notable For
*   Being an atomic clock specifically designed for radio navigation in space.
*   Its launch aboard the Falcon Heavy, a heavy-lift orbital launch vehicle.
*   Its classification as a space probe, exploring further into outer space.

## Body

### Overview
The Deep Space Atomic Clock is an atomic clock developed for use in space. Its primary function is for radio navigation, providing precise timing capabilities for spacecraft. It is described as an atomic clock used for radio navigation in space.

### Launch Details
The Deep Space Atomic Clock was launched on June 25, 2019. The launch vehicle utilized for this mission was the Falcon Heavy, which is a heavy-lift orbital launch vehicle produced by SpaceX.

### Classification and Identifiers
*   The Deep Space Atomic Clock is classified as a space probe. A space probe is an unmanned robotic spacecraft that does not orbit the Earth but explores further into outer space.
*   Its COSPAR ID is 2019-036C.
*   Its SCN (Space Catalog Number) is 44341.
*   It has an associated image available.
*   The entity has 10 sitelinks across various platforms, including Wikipedia entries in multiple languages such as English, German, Spanish, Italian, Polish, Portuguese, Swedish, Ukrainian, and Chinese.

## References

1. Jonathan's Space Report