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Planet Dove-R/SuperDove (Batch Launch)
- Total Sensors per Mission
- 480
- Primary Monitoring Field
- High-res Multispectral & Video Remote Sensing

This ranking highlights satellite constellations with the highest total sensor counts per launch mission. Representing the pinnacle of modern remote sensing and multi-physics monitoring, these arrays enable high-precision, real-time analysis for Earth observation, meteorological forecasting, and electromagnetic environmental monitoring.
With the commercial space explosion, Swarm Technology has become the primary method for wide-area data acquisition. Unlike traditional monolithic reconnaissance satellites, these missions utilize 'Distributed Sensing'.
| Rank | Constellation/Mission Name | Total Sensors per Mission | Primary Monitoring Field |
|---|---|---|---|
| 1 | Planet Dove-R/SuperDove (Batch Launch) | 480 | High-res Multispectral & Video Remote Sensing |
| 2 | Starlink V2.0 Mini (Cluster) | 320 |
| 3 | BlackSky Global (Block Gen-3) | 210 | Real-time Panchromatic & AI-Analytics Sensors |
| 4 | Capella Space (SAR Constellation) | 180 | High-res X-band Synthetic Aperture Radar |
| 5 | ICEYE constellation | 160 | Micro-SAR & Ionospheric Sensor Arrays |
| 6 | HawkEye 360 (RF Constellation) | 144 | RF Signal Monitoring & Geolocation |
| 7 | OneWeb (Gen 1 batch) | 120 | Millimeter-wave Comm & Navigation Parametrics |
| 8 | Spire Global Lemur-2 | 112 | Weather Occultation & Global ADS-B Tracking |
| 9 | Orbcomm OG2 | 96 | IoT Communication & Satellite Health Sensing |
| 10 | Iridium NEXT | 80 | Multi-band Comm & Space Debris Environment |
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