--- title: "Synspective Adds Firefly to Its StriX Launch Program" id: 220670 type: "post" slug: "synspective-firefly-strix-launch-program" author: "NSE" published: "2026-11-11T14:17:48+00:00" modified: "2026-11-11T14:17:48+00:00" canonical: "https://newspaceeconomy.ca/2026/11/11/synspective-firefly-strix-launch-program/" markdown_url: "https://newspaceeconomy.ca/2026/11/11/synspective-firefly-strix-launch-program.md" description: "Synspective has agreed to up to 10 dedicated Firefly Alpha launches through 2030, carrying two StriX radar satellites per mission." language: "en-US" category: - "Commercial Space" - "Current News" - "Earth Observation Market" - "Space Economy" post_tag: - "Alpha Rocket" - "Earth Observation Satellites" - "Firefly Aerospace" - "RADAR" - "Synthetic Aperture Radar" --- # Synspective Adds Firefly to Its StriX Launch Program ![Synspective's agreement for up to 10 Alpha launches and 20 StriX satellites through 2030, with launches from Wallops and Vandenberg.](https://i0.wp.com/newspaceeconomy.ca/wp-content/uploads/2026/11/synspective-firefly-strix-launch-program.png?resize=696%2C464&ssl=1) Synspective has signed a [multi-launch agreement with Firefly Aerospace](https://www.synspective.com/news/firefly_mla/) covering up to 10 dedicated Alpha missions through 2030. Each mission is planned to carry two StriX radar satellites, providing transportation for up to 20 spacecraft. The Japanese Earth-observation company announced the agreement on November 10, 2026. The missions will use Pad-0A at Wallops Flight Facility in Virginia and Space Launch Complex 2 at [Vandenberg Space Force Base](https://www.vandenberg.spaceforce.mil/.) in California. Synspective describes the two launch locations as a way to access different orbital inclinations and complement its existing launch arrangements. ## Two Satellites on Each Dedicated Mission The paired deployment changes the number of spacecraft delivered on an individual flight. Compared with a single-satellite mission, each planned Alpha launch would place twice as many StriX spacecraft in orbit. The agreement adds Firefly to the suppliers supporting the constellation’s expansion. Orbital inclination describes the angle between an orbit and Earth’s equator. It determines the highest latitudes that the orbit reaches. A constellation operator selects orbital arrangements in relation to the regions it observes and the timing of successive passes. Launch-site access forms part of delivering satellites into those arrangements. [Rocket Lab](https://rocketlabcorp.com/home/)’s [Viva La StriX mission](https://rocketlabcorp.com/missions/launches/viva-la-strix-2/) provides a documented example of the earlier single-spacecraft deployment pattern. An Electron launched one StriX satellite on May 22, 2026, from Launch Complex 1. The mission page records a 572-kilometer orbit with a 44.8-degree inclination and identifies it as the ninth Synspective launch aboard Electron. That flight supported imaging services used for urban development, construction, infrastructure monitoring, and disaster response. The orbit and payload were specified for the customer’s observation mission. Firefly’s newly announced agreement adds a different vehicle and a two-satellite deployment configuration to that launch program. ## How StriX Produces Radar Images StriX uses synthetic aperture radar, which sends microwave signals toward Earth and records the returning reflections. Synspective’s [satellite data specifications](https://www.synspective.com/data/synspective-sar-data/) identify a 9.65-gigahertz signal in the X band. The reflected signal, called backscatter, contains information about terrain and structures. The satellite combines observations collected as it moves along its orbit. Processing those measurements produces the effect of a much larger antenna, which is the basis of the term synthetic aperture. Because the instrument supplies its own radio illumination, it can acquire observations in darkness and through clouds. Synspective offers Stripmap, Sliding Spotlight, and Staring Spotlight modes. Stripmap collects a long strip of terrain as the satellite moves. The spotlight modes steer the beam to spend more observation time on a selected area, supporting finer detail over a smaller scene. The choice of mode connects the area to be covered with the resolution of the resulting product. New Space Economy’s [guide to radar satellite operators](https://newspaceeconomy.ca/2025/07/10/a-guide-to-synthetic-aperture-radar-satellite-operators/) places these services within the commercial Earth-observation market. Radar measurements support analysis of surface changes as well as image interpretation. Repeated acquisitions allow users to compare the same location at different times, including when cloud cover interrupts optical observations. ## A Launch Program With Multiple Providers Synspective also announced a [SpaceX rideshare contract](https://www.synspective.com/news/spacex_rideshare_contract/) on March 24, 2025. That arrangement covers two StriX satellites on a Falcon 9 rideshare mission targeted for 2027. Rideshare places a customer’s spacecraft on a launch shared with other payloads, giving the company another route to orbit alongside dedicated missions. The StriX technology originated through Japan’s ImPACT research program and was developed with the University of Tokyo, the Institute of Science Tokyo, and the Japan Aerospace Exploration Agency. Synspective operates the satellites and turns their observations into data and analytical services. Its launch purchases provide the delivery stage for that operating system. The Firefly agreement extends this deployment program through 2030. Its defined configuration combines two StriX spacecraft per mission with access to launch facilities on both U.S. coasts. As an Amazon Associate we earn from qualifying purchases. Useful Books Available on Amazon - [Introduction to Remote Sensing](https://www.amazon.com/dp/1462549403?tag=nse0a4-20)