ImageSat International N.V., a global leader in end-to-end geospatial solutions, and Terran Orbital Corporation, a leading aerospace provider of nanosatellite and microsatellite vehicles, services, and solutions, announced today that ISI has contracted Terran Orbital to develop a high-performance microsatellite, RUNNERTM, to be used for earth observation and imaging.
“The RUNNER programme is an essential part of our space segment invigoration plan, where, starting with EROS-C and RUNNER, we will deploy advanced sensor layers and couple them with our exploitation and intelligence services,” said Noam Segal, CEO, ISI.
“The contract with ISI for the development of RUNNER is an important step for Terran Orbital. The RUNNER will demonstrate the agility of our microsatellite platform, enabling unique imaging missions by combining high image resolution with exceptional spacecraft agility.” said Anthony Previte, CEO, Terran Orbital.
On their choice to create a strategic partnership, Segal continued, “Terran Orbital has a superb technical team and is the leading provider with a well proven record in squeezing high-performance architectures into small satellite platforms. We look forward to expanding our cooperation further.” Previte added, “ISI has a unique product within the earth observation community, and we are thrilled about the opportunity to work with such a world-class organization.”
The RUNNER constellation is scheduled to launch into a sun-synchronous orbit starting in early 2019.
Terran Orbital is a leading aerospace provider of nanosatellite and microsatellite vehicles, services, and solutions. Terran Orbital develops advanced technological solutions for customers focused on achieving leading edge space-based results. Through its Tyvak brands, based in the U.S. and Europe, Terran Orbital partners with customers to produce advanced mission solutions at industry leading turn-times and price-points.
Original published at: https://spacewatch.global/2017/12/israels-imagesat-international-terran-orbital-announce-plan-develop-high-performance-microsatellite/