# Orbcomm FM 111

> 40089

**Wikidata**: [Q111471692](https://www.wikidata.org/wiki/Q111471692)  
**Source**: https://4ort.xyz/entity/orbcomm-fm-111

## Summary
Orbcomm FM 111 is an artificial satellite with the designation 40089. It is part of the Orbcomm constellation, which provides global machine-to-machine and IoT communications services. This satellite operates in low Earth orbit to support commercial data and messaging services.

## Key Facts
- Satellite designation: 40089
- Instance of: artificial satellite
- Part of Orbcomm constellation for M2M/IoT communications
- Operates in low Earth orbit
- Provides global commercial data and messaging services
- Wolfram Language entity code: Entity["Satellite", "40089"]
- Wikidata description: 40089

### Q: What is Orbcomm FM 111?
A: Orbcomm FM 111 is an artificial satellite designated 40089 that operates as part of the Orbcomm constellation, providing machine-to-machine and IoT communications services from low Earth orbit.

### Q: What services does Orbcomm FM 111 provide?
A: Orbcomm FM 111 provides global commercial data and messaging services as part of the Orbcomm satellite constellation, supporting machine-to-machine communications and IoT applications.

### Q: What type of orbit does Orbcomm FM 111 operate in?
A: Orbcomm FM 111 operates in low Earth orbit as part of the Orbcomm constellation's network of satellites that provide global communications coverage.

## Why It Matters
Orbcomm FM 111 represents a critical component of modern satellite-based communications infrastructure, specifically designed for the growing machine-to-machine (M2M) and Internet of Things (IoT) markets. As part of the Orbcomm constellation, this satellite enables reliable data transmission for commercial applications that require global coverage, including asset tracking, supply chain monitoring, and remote equipment management. The satellite's role in providing consistent, worldwide communications services makes it essential for industries that depend on real-time data from remote locations, such as maritime shipping, logistics, and industrial monitoring. By operating in low Earth orbit, Orbcomm FM 111 helps reduce latency and improve signal quality compared to geostationary satellites, making it particularly valuable for time-sensitive M2M communications.

## Notable For
- Part of the pioneering Orbcomm constellation for M2M communications
- Provides dedicated satellite-based IoT and data messaging services
- Operates in low Earth orbit for reduced latency
- Supports global commercial communications infrastructure
- Designated 40089 in satellite registries

## Body
### Technical Specifications
Orbcomm FM 111 operates as a standard member of the Orbcomm satellite constellation, which consists of multiple low Earth orbit satellites working in coordination. The satellite's design focuses on reliable communications rather than complex scientific instrumentation, making it a cost-effective solution for commercial M2M services.

### Operational Role
As part of the Orbcomm network, FM 111 provides coverage for the constellation's global communications system. The satellite works in conjunction with ground stations and other orbital assets to ensure continuous service availability for Orbcomm's commercial customers.

### Constellation Integration
The satellite functions as one node in a larger network, where multiple satellites work together to provide seamless global coverage. This constellation approach allows for redundancy and improved service reliability compared to single-satellite systems.

### Service Applications
Orbcomm FM 111 supports various commercial applications including asset tracking, remote monitoring, and data collection from distributed sensors. These services are particularly valuable in areas where terrestrial communications infrastructure is limited or unavailable.

### Technical Classification
The satellite is classified as an artificial satellite and is specifically designed for communications rather than scientific research or Earth observation. Its primary function is to relay data between ground-based equipment and Orbcomm's network operations center.