Nigrán, Spain|November 12 2026 — UARX Space has actually attained a significant turning point for Spain’s area market with the release of OSSIE-D, an Orbital Transfer Vehicle(OTV )created and made completely in Spain, with 75 % of its parts established internal by the business. Released aboard a SpaceX Falcon 9 rocket, OSSIE-D was released utilizing SAU&RON 24, UARX Space’s exclusive separation system. The accomplishment marks a world very firstuniting an orbital transfer car and a separation system established by the very same business in a single objective.
The objective represents a considerable advance in Spain’s area innovation abilities, showing the capability to establish and incorporate crucial innovations for in-space transport and orbital operations. By integrating its OTV with its own SAU&RON 24 separation systemUARX Space enhances its integrated technique to spacecraft advancement, covering the car itself and the innovation needed for its implementation into orbit.
OSSIE-D likewise highlights the value of partnership in between customized business throughout the European area market. For this objective, DHV Technology developed, certified and produced the automobile’s total electrical power subsystem, consisting of the solar varieties, Power Conditioning and Distribution Unit (PCDU), primary battery modules, SADA (Solar Array Drive Assembly) and extra supporting subsystems needed to satisfy the objective’s power requirements.
“OSSIE-D represents a turning point for the Spanish aerospace market and demonstrates how cooperation in between business with complementary abilities can turn enthusiastic objectives into truth. DHV Technology has actually been an essential partner, with its knowledge, extremely reputable services and group dedication making a considerable contribution to the objective’s energy abilities. This collaboration likewise highlights the capacity of the Spanish area sector to innovate and complete at both European and international level,” stated Dr. Andrés Villa, CTO and Co-Founder of UARX Space.
Following launch, DHV Technology’s electrical power subsystem is running nominally in orbit, beginning with the generation of the power with the solar varieties, control and circulation with the PCDU and storage with the battery, consisting of preliminary telemetry which verifies that the system is carrying out as anticipated. This represents an essential turning point for DHV Technology’s engineering group and for the OSSIE-D objective as a whole.
“Seeing the complete electrical power subsystem totally established by DHV for OSSIE-D operating as anticipated in orbit is a crucial turning point for our group and for our cooperation with UARX Space,” stated Dr. Vicente Díaz, Managing Director and Co-Founder of DHV Technology. “This accomplishment shows the close cooperation in between both engineering groups and the work invested throughout the style, production, screening and combination stages. We are happy to add to this objective and anticipate OSSIE-D continuing to provide favorable outcomes for UARX Space and all the partners included.”
Beyond providing the electrical power subsystem, DHV Technology is utilizing OSSIE-D as a platform to evaluate ingenious technological ideas in orbit. The outcomes acquired throughout the objective will assist increase the technological maturity of numerous of the business’s options, extending the worth of the objective beyond its instant functional goals. These advancements consist of unique electrical affiliation techniques, enhanced photovoltaic panel implementation and hinge systems, in addition to sophisticated photovoltaic innovations.
The cooperation in between UARX Space and DHV Technology highlights the value of integrating specialized engineering abilities to provide significantly sophisticated area objectives. While UARX Space leads the advancement of the OTV and its release architecture, DHV Technology’s electrical power subsystem supplies an important aspect for the automobile’s operation while allowing the assessment of brand-new innovations under genuine area operating conditions.
OSSIE-D for that reason represents development on 2 fronts: it enhances UARX Space’s abilities and position in the in-space transport sector, while offering a chance to verify innovations that might support future objectives. The mix of an OTV established in Spain, an exclusive separation system and a total electrical power subsystem provided by DHV Technology shows the capacity of Spain’s area market to provide significantly intricate technological jobs.
About UARX Space https://www.uarx.com/
About DHV Technology https://dhvtechnology.com/
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