LEAP 71

Sindan, an AI-driven advanced manufacturing company based in Abu Dhabi, provides AI-powered manufacturing infrastructure (including over 40 large-scale metal additive manufacturing systems, hundreds of polymer systems, and advanced CNC) to industrialize LEAP 71’s Noyron-designed air-breathing jet engines and space propulsion systems under a May 2026 collaboration agreement.

Sindan provides large-scale additive manufacturing, CNC machining and 'lights-out' production capabilities to LEAP 71 and partners with LEAP 71 to industrialize designs produced by LEAP 71's Noyron computational engineering system; the partnership enables moving from digital design to serial production (announced as a manufacturing partnership).

Sindan supplies AI-driven advanced manufacturing infrastructure and production services (large-scale metal additive manufacturing, polymer systems, precision CNC and 'lights-out' production) to industrialize and manufacture LEAP 71's Noyron-designed air‑breathing jet engines and space propulsion systems in the UAE; described as a joint industrialization/production agreement.

LEAP 71 provides its Noyron computational engineering design/modeling capability (air‑breathing jet engine and space propulsion system designs) that Sindan will industrialize using Sindan's AI-driven digital manufacturing infrastructure; announced as a collaboration to combine LEAP 71's computational models with Sindan's manufacturing in the UAE.

LEAP 71 supplies computationally‑generated aerospace system designs (via Noyron) which Sindan agrees to industrialize and serial‑produce using its additive and CNC production lines; the partnership enables LEAP 71 to move from generated design to manufactured hardware for aerospace customers.

LEAP 71 and Aspire Space signed a strategic agreement to develop rocket engines for Aspire's fully reusable Oryx spacecraft and to co‑develop a large reusable launch vehicle; LEAP 71 supplies computational design and engine development capability to Aspire Space (announced as a landmark agreement).

LEAP 71 partnered with Aspire Space to develop a new large reusable launch vehicle capable of delivering up to 15 t to LEO; LEAP 71 provides computational engineering and system design services to Aspire's vehicle program.

LEAP 71 and Aspire Space signed a landmark agreement to develop rocket engines for Aspire Space’s fully reusable Oryx spacecraft; LEAP 71 will develop engines and propulsion capabilities to enable Aspire Space’s Oryx mission profiles (cargo, resupply, return, and future crewed flights).

LEAP 71 supplies the complete propulsion stack and specific rocket engines (including for the Oryx reusable rocketship second stage and first-stage XRB-2E6-class methalox engines) under strategic partnership agreements signed June 2025 and November 2025 for Aspire Space’s reusable launch vehicles targeting up to 15 t to LEO.

Aspire Space partnered with LEAP 71 to develop large reusable launch systems in the UAE; Aspire provides launch system program scope and domain expertise that enable LEAP 71 to scale its computational engine development into full vehicle concepts.

The Exploration Company licensed LEAP 71’s Noyron RP Large Computational Engineering Model under a five-year renewable agreement signed March 2026 for the design of next-generation rocket engines.

LEAP 71 partnered with The Exploration Company to co‑create and validate a Computational Engineering Model (CEM) for rocket and orbital engines; LEAP 71 supplies its Noyron computational engineering system and generated designs to The Exploration Company for validation against real engine hardware and operations.

The Exploration Company and LEAP 71 entered a partnership to co‑develop a physically and practically validated computational engineering model for rocket and orbital engines; The Exploration Company provides real engine programs and testbeds that help validate and enable LEAP 71's Computational Engineering Model.

Solideon, a provider of collaborative robotic metal 3D printing systems, entered a strategic collaboration with LEAP 71 in March 2024 to develop large-scale 3D-printed space hardware.