On Monday, INNOSPACE announced that it had completed the system integration test between its HANBIT-NANO satellite launch vehicle and its self-developed launch pad.
The comprehensive test covered the entire launch preparation process, including vehicle assembly, installation on the pad, rocket erection, and verification of the propellant supply systems. INNOSPACE thoroughly assessed the stability and reliability of critical components such as mechanical and electrical interfaces, transport systems, erection mechanisms, umbilical separation for fuel and oxidizer delivery, and vehicle release systems.
The test used the HANBIT-NANO Qualification Model (QM), which has the same dimensions as the Flight Model (FM) scheduled for launch in July. The rocket is 21.8 meters (71.5 feet) tall and has a diameter of 1.4 meters (4.6 feet).
Following the successful test, the launch pad will be shipped to Brazil’s Alcântara Space Center on April 2. Upon arrival in May, final installation and local environmental checks will be conducted to ensure full launch readiness.
INNOSPACE CEO Kim Soo Jong emphasized the test’s significance, stating, “This system integration test is a critical milestone for the HANBIT-NANO launch program. With our validated proprietary launch pad, we are fully preparing for the upcoming mission. We remain committed to conducting rigorous checks on all remaining procedures to provide a highly reliable launch service.”
The HANBIT-NANO is a two-stage rocket designed to deploy payloads into a 500-kilometer (310-mile) sun-synchronous orbit (SSO). Its first stage is powered by a single 25-ton thrust HYBE engine, while the second stage features a 3-ton thrust methane engine.
INNOSPACE is gearing up for its inaugural commercial launch this July. It will carry payloads for five international customers, including Brazil’s Federal University of Maranhão (UFMA) and Castro Leite Consultoria (CLC).
