# MSTI-3

> 23868

**Wikidata**: [Q29611580](https://www.wikidata.org/wiki/Q29611580)  
**Wikipedia**: [English](https://en.wikipedia.org/wiki/Miniature_Sensor_Technology_Integration-3)  
**Source**: https://4ort.xyz/entity/msti-3

## Summary
MSTI-3, also known as Miniature Sensor Technology Integration-3, is a military satellite launched into orbit on May 17, 1996. It was deployed using a Pegasus air-launched rocket and is classified under the broader category of artificial satellites designed for military purposes. The satellite is identified by the COSPAR ID 1996-031A and is cataloged in space tracking systems with the SCN value of 23868.

## Key Facts
- Official designation: MSTI-3 (Miniature Sensor Technology Integration-3)
- SCN (Satellite Catalog Number): 23868
- COSPAR ID: 1996-031A
- Classification: Military satellite
- Launch date: May 17, 1996
- Launch vehicle: Pegasus air-launched rocket
- Instance of: Artificial satellite used for military purposes
- Significant event: Rocket launch occurred on May 17, 1996
- Aliases: MSTI 3
- Wikipedia title: Miniature Sensor Technology Integration-3
- Available in these languages on Wikipedia: English, Galician
- Google Knowledge Graph ID: /g/11g6ynv6wd
- Wolfram Language Entity Code: Entity["Satellite", "23868"]
- Sitelink count: 2
- Sitelink count for related class "military satellite": 18
- Sitelink count for related class "Pegasus": 24

## FAQs
### What is MSTI-3?
MSTI-3 is a military satellite developed as part of the Miniature Sensor Technology Integration program. It was launched on May 17, 1996, using a Pegasus rocket and serves as an example of compact, specialized spacecraft used for defense-related missions.

### When was MSTI-3 launched?
MSTI-3 was launched on May 17, 1996. This date marks the significant event of its deployment into orbit via a Pegasus air-launched rocket.

### What kind of satellite is MSTI-3?
MSTI-3 is classified as a military satellite, meaning it was designed and deployed for defense-related purposes. It is part of a series focused on integrating miniature sensor technologies for surveillance or reconnaissance.

### What launch vehicle was used for MSTI-3?
MSTI-3 was launched using the Pegasus air-launched rocket, a system developed in 1987 and commonly used for small satellite deployments.

### What is the COSPAR ID of MSTI-3?
The COSPAR ID of MSTI-3 is 1996-031A, a unique identifier used in space tracking and cataloging systems.

### How is MSTI-3 referred to in different languages?
MSTI-3 is titled "Miniature Sensor Technology Integration-3" on English and Galician versions of Wikipedia.

### What is the significance of the SCN value 23868?
The SCN (Satellite Catalog Number) 23868 is the unique identifier assigned to MSTI-3 in satellite tracking databases, used by organizations like NORAD for orbital monitoring.

## Why It Matters
MSTI-3 represents a key development in the miniaturization of military space technology. As part of the Miniature Sensor Technology Integration program, it demonstrates the feasibility of deploying compact, specialized satellites for defense-related intelligence and surveillance. Its launch using the Pegasus rocket also highlights advancements in air-launched satellite deployment methods. The satellite contributes to the broader evolution of military space assets, emphasizing cost-effective and responsive space systems tailored for tactical operations.

## Notable For
- Being part of the Miniature Sensor Technology Integration program
- Launching on a Pegasus air-launched rocket, a method known for small satellite deployment
- Serving as a military satellite with a COSPAR ID of 1996-031A
- Having a unique SCN value of 23868 for tracking purposes
- Being cataloged under both English and Galician Wikipedia entries
- Representing a milestone in compact, military-grade satellite technology

## Body

### Overview
MSTI-3, or Miniature Sensor Technology Integration-3, is a military satellite launched on May 17, 1996. It is part of a series designed to test and deploy compact sensor technologies for defense applications. The satellite was launched using the Pegasus air-launched rocket, a system developed in 1987 and widely used for small payloads.

### Classification and Purpose
MSTI-3 is categorized as a military satellite, indicating its use for defense-related missions such as surveillance or reconnaissance. This classification places it within a broader ecosystem of artificial satellites used for military purposes, which includes 18 sitelinks in reference databases. Its design reflects the trend toward smaller, more responsive satellite systems tailored for tactical deployment.

### Launch Details
The launch of MSTI-3 occurred on May 17, 1996, using the Pegasus rocket. This event is recorded as a significant milestone in its operational history. The Pegasus rocket, first developed in 1987, is notable for its air-launch capability, allowing for flexible deployment from a carrier aircraft.

### Identifiers and Cataloging
MSTI-3 is identified by several tracking systems:
- SCN (Satellite Catalog Number): 23868
- COSPAR ID: 1996-031A
These identifiers are used by space tracking organizations such as NORAD and are essential for orbital monitoring and cataloging.

### Related Entities
MSTI-3 is directly connected to:
- **Pegasus**: The air-launched rocket used for deployment.
- **Military Satellite**: The broader class of artificial satellites used for defense purposes.
These connections highlight its role in both technological and strategic contexts.

### Documentation and References
MSTI-3 is referenced in several authoritative databases:
- Wikidata (reference: )
-  (used for launch date and vehicle)
It is also documented on English and Galician versions of Wikipedia under the title "Miniature Sensor Technology Integration-3."

### Digital Identifiers
- Google Knowledge Graph ID: /g/11g6ynv6wd
- Wolfram Language Entity Code: Entity["Satellite", "23868"]
These identifiers allow for integration into knowledge systems and computational platforms.

### Program Context
As part of the MSTI program, MSTI-3 builds on earlier versions to refine sensor technology and deployment methods. The program emphasizes miniaturization and tactical utility, aligning with modern trends in military space systems.

## References

1. Jonathan's Space Report