Vantor (formerly Maxar)

Planned

Pulse is a planned proliferated fleet of high-revisit satellites delivering 40 cm-class imagery of any location as frequently as every 15 minutes, with the first satellites planned to launch as early as 2027.

Resolution
40 cm-class (37 to 50 cm native)
Bands
8
Revisit Rate
As frequently as every 15 minutes
Pulse

Satellite specifications

Data Availability

Contact us for availability information.

Archive: Not available
Tasking: Not available
Satellites in Constellation10
Ground Sample Distance40 cm-class (37 to 50 cm native)
Bands8
Revisit RateAs frequently as every 15 minutes
Orbit TypeMid-inclination orbit (MIO), 450 to 600 km altitude
Sensor Resolution37 to 50 cm native (40 cm-class)
Retargeting AbilityHigh-frequency tasking across the constellation
Daily CapacityMore than 300,000 sq km per day
Geolocation AccuracyLess than 15 m CE90, post-processed to less than 5 m CE90
Launch DateAs early as 2027
Launch SiteTo be announced
Launch VehicleTo be announced
Mission LifeMore than 5 years

Overview

Pulse is a planned proliferated fleet of high-revisit satellites announced by Vantor in April 2026. Designed to deliver 40 cm-class imagery of any location on Earth as frequently as every 15 minutes, Pulse is built for persistent, global monitoring. Vantor expects the first Pulse satellites to launch as early as 2027.

Pulse works in concert with Vantor's high-resolution satellites, automatically cueing targeted collection so that broad-area monitoring turns into precise, actionable intelligence. The platform is expandable to additional sensor bands and feeds directly into the Vantor constellation and spatial intelligence platform.

Because the program was only recently announced, several parameters are published as ranges or planned targets.

Key Capabilities

  • Persistent global monitoring - Revisit any location as frequently as every 15 minutes for continuous visibility with no gaps
  • 40 cm-class imagery - 37 to 50 cm native resolution suited to wide-area monitoring and change detection
  • 8 multispectral bands - Multi-band collection that is expandable to other sensor bands
  • Automated cueing - Cues Vantor's high-resolution satellites for follow-on collection to confirm and act with detail
  • Built for AI workflows - Frequent observations improve change detection, pattern analysis and alerting
  • 5x capacity - Increases global capacity and revisit rates roughly five-fold across the constellation

Performance

  • Collection points - More than 500 points per day
  • Area capacity - More than 300,000 sq km per day
  • Geolocation accuracy - Less than 15 m CE90, post-processed to less than 5 m CE90
  • Radiometric accuracy - Less than 5 percent
  • Useful lifetime - More than 5 years
  • Orbit - 450 to 600 km mid-inclination orbit (MIO)

Applications

  • Change detection - Frequent revisits reveal what has changed between observations of the same site
  • Activity and pattern monitoring - High revisit frequency supports tracking how sites and areas evolve over time
  • Disaster and event response - More frequent passes help capture rapidly developing situations
  • Infrastructure and asset monitoring - Regular observation of facilities, sites and corridors
  • Maritime and logistics awareness - Frequent wide-area collection supports monitoring of ports, shipping and movement

Register Interest

Interested in this upcoming constellation? Contact our team to register your interest and stay informed about availability.