# Advanced TIROS-N

> model of American meteorological satellite

**Wikidata**: [Q5658640](https://www.wikidata.org/wiki/Q5658640)  
**Source**: https://4ort.xyz/entity/advanced-tiros-n

## Summary
Advanced TIROS-N is a model of American meteorological satellite that served as the basis for a series of weather satellites operated by NOAA. It was developed as an evolution of the earlier TIROS-N satellite series to provide enhanced weather monitoring capabilities.

## Key Facts
- Advanced TIROS-N is a spacecraft model that belongs to the Television Infrared Observation Satellite program
- The model includes multiple satellite units: NOAA-8, NOAA-9, NOAA-10, NOAA-11, NOAA-13 (which suffered technical failure), NOAA-14, NOAA-15, NOAA-16, NOAA-17, and NOAA-18
- It is classified as a weather satellite and a subclass of spacecraft model
- The model originated in the United States and has a sitelink count of 3
- Common aliases include "ATN"
- The model is documented in Wikimedia Commons under the category "Advanced TIROS-N"
- It is described in multiple languages including Spanish (es) and Galician (gl)

## FAQs
### Q: What does Advanced TIROS-N stand for?
A: Advanced TIROS-N stands for Advanced Television Infrared Observation Satellite - National Operational Environmental Satellite System, representing an improved version of the original TIROS-N weather satellite series.

### Q: How many satellites were built using the Advanced TIROS-N model?
A: Ten satellites were built using the Advanced TIROS-N model: NOAA-8, NOAA-9, NOAA-10, NOAA-11, NOAA-13 (which experienced technical failure), NOAA-14, NOAA-15, NOAA-16, NOAA-17, and NOAA-18.

### Q: What was the purpose of the Advanced TIROS-N satellites?
A: The Advanced TIROS-N satellites were designed to monitor weather and climate conditions from space, providing critical data for weather forecasting and environmental monitoring.

## Why It Matters
Advanced TIROS-N represents a significant advancement in meteorological satellite technology that has been crucial for weather forecasting and climate monitoring in the United States and globally. As a model that spawned multiple operational satellites, it established a reliable platform for collecting atmospheric data, tracking severe weather systems, and monitoring environmental changes. The series has provided continuous, long-term data that scientists use to understand climate patterns, track hurricanes, and improve weather prediction models. Its development marked an important step in the evolution of Earth observation capabilities, enabling more sophisticated instruments and longer mission durations than previous satellite generations. The data collected by these satellites has saved countless lives through improved storm warnings and has supported numerous scientific research initiatives focused on understanding our planet's complex weather systems and climate dynamics.

## Notable For
- Served as the foundational model for ten operational weather satellites spanning multiple decades
- Introduced enhanced capabilities compared to the original TIROS-N series, including improved instrumentation
- Provided continuous weather monitoring data that became essential for modern meteorological operations
- Demonstrated exceptional longevity with many satellites operating well beyond their expected lifespans
- Established a reliable platform that NOAA continues to build upon for current and future weather satellite programs

## Body
### Development and Evolution
Advanced TIROS-N was developed as an evolution of the original TIROS-N satellite series, incorporating technological improvements to enhance weather monitoring capabilities. The model was created to address the growing needs of meteorological agencies for more sophisticated and reliable weather data collection systems.

### Technical Specifications
As a spacecraft model, Advanced TIROS-N incorporated various sensors and instruments designed for atmospheric observation. The satellites built on this model carried instruments for measuring temperature, humidity, cloud cover, and other meteorological parameters. The model's design allowed for the integration of increasingly sophisticated sensors as technology advanced over the years.

### Operational History
The Advanced TIROS-N model has an extensive operational history, with satellites launched between the 1980s and 2000s. Each satellite in the series was designated with a NOAA number (NOAA-8 through NOAA-18, excluding NOAA-12) and provided continuous weather monitoring services. The series includes NOAA-13, which experienced technical failure, demonstrating the challenges inherent in space-based operations.

### Legacy and Impact
The Advanced TIROS-N model established a successful framework for operational weather satellites that continues to influence modern satellite design. Its reliability and effectiveness led to multiple generations of satellites being built on this model, creating a consistent data record that has been invaluable for climate research and weather forecasting improvements over several decades.

## Schema Markup
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  "name": "Advanced TIROS-N",
  "description": "Model of American meteorological satellite that served as the basis for a series of NOAA weather satellites",
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