DeltaV Space Technologies

DeltaV Space Technologies is a Turkish aerospace company specializing in hybrid rocket propulsion systems, celebrated for achieving the world's first successful ignition of a hybrid rocket motor as a second stage engine in space — a significant milestone in hybrid propulsion maturity that demonstrated this technology class can reliably ignite in the vacuum and thermal conditions of space, not just at sea level. Hybrid rockets use a solid fuel grain (typically HTPB or paraffin wax) combined with a liquid or gaseous oxidizer (typically liquid oxygen, nitrous oxide, or hydrogen peroxide), offering safety advantages over solid rockets (inert fuel without oxidizer) and simplicity advantages over liquid rockets (no cryogenic fuel handling for some propellant combinations). Achieving hybrid ignition in space — in near-vacuum at the thermal extremes between Sun and shadow — validates hybrid propulsion for upper stage applications where these conditions are encountered. DeltaV's vehicle reached altitudes exceeding 200 km (above the Kármán line), making it a suborbital spaceflight achievement qualifying its passengers as astronauts by international conventions. The company operates within Turkey's growing aerospace ecosystem, which includes ROKETSAN (solid rocket motors for defense), BAYKAR (drone technology), Turkish Aerospace Industries (TAI), and significant government support through the Presidency of Space Activities (SSB). DeltaV's commercial focus targets both launch services (small sounding rockets and eventual orbital capability) and propulsion component sales to satellite manufacturers. The company benefits from Turkey's strategic interest in developing sovereign space capabilities following the successful launch of Türkiye's GÖKTÜRK-2 reconnaissance satellite and the Türksat GEO telecommunications satellite series.