All verified mentions of this organization in source documents.
INNOSPACE is a significant participant in the global launch market after reaching several key milestones.
INNOSPACE was the first private South Korean firm to successfully launch the test vehicle HANBIT-TLV in 2023.
INNOSPACE will begin operations under a partnership with Southern Launch in 2026, planned to continue for at least a decade.
Southern Launch's collaboration with INNOSPACE includes support for satellite launches, technology demonstrations, and space-manufactured product return missions.
The HANBIT-TLV launch demonstrated INNOSPACE's 150 kN thrust hybrid rocket engine on a suborbital flight from Brazil's Alcantara Space Center.
INNOSPACE aims to operate from multiple global spaceports, including sites in Brazil, Norway, and Australia.
INNOSPACE is in the final preparation phase for the SPACEWARD mission.
INNOSPACE will utilize Viasat's InRange to monitor the ascent of the HANBIT-Nano vehicle.
INNOSPACE utilizes hybrid rocket technology involving 3D-printing and varied fuel mixes.
Viasat, Inc. has been selected by South Korean launch provider INNOSPACE to provide telemetry services for the HANBIT-Nano mission.
INNOSPACE engineers are preparing for the avionics integration test at the Alcântara Space Center in Brazil.
UAE’s Madari Space and South Korea’s Innospace established a strategic framework to develop space data infrastructure.
INNOSPACE signed a memorandum with Madari Space to develop and commercialize an on-orbit data center.
INNOSPACE will provide expertise in system development, environmental testing, launching, and data transmission, while Madari Space will contribute knowledge regarding on-orbit data center development and regional networks.
INNOSPACE completed two days of Wet Dress Rehearsals (WDR) on November 18–19 (BRT) at the Alcântara Space Center.
INNOSPACE has adjusted the scheduled launch date of its first commercial launch, SPACEWARD, from November 22 to December 17 (BRT).
INNOSPACE and FAB conducted comprehensive verification of mission-critical functions during the joint test campaign.
The procedures for the WDR were jointly executed by INNOSPACE engineers and FAB personnel.
Both INNOSPACE and FAB agreed to conduct additional assessments to strengthen launch success probability and mission reliability.
The collaboration between INNOSPACE and Madari Space aims to establish next-generation, space-based data infrastructure platforms.