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    75 kN kerolox rocket engine presented as a Noyron-generated reference design

    Leap 71 says the open-cycle engine design is suitable for the first stage of a microlauncher or the upper stage of a larger orbital vehicle.

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    2 Sources, 16h ago, first seen 16h ago

    TLDR

    Leap 71 shared a Noyron-generated reference design for a 75 kN (16,900 lbf) open-cycle kerolox rocket engine. The company says its combustion chamber and injector are designed for additive manufacturing in CuCrZr, a high-temperature copper alloy. It uses reference engines in different configurations to test Noyron’s models.

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    2 Sources, first seen 16h ago

    Combined views

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    2 Sources, first seen 16h ago

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    2 Sources

    @leap_71This 75 kN (16,900 lbf) open-cycle kerolox rocket engine is a Noyron-generated reference design. It is suitable for the first stage of a microlauncher or the upper stage of a larger orbital vehicle. We create reference engines across a wide range of configurations to test the robustness and versatility of Noyron’s models. Most of our work today focuses on staged-combustion methalox systems. But when time to market is critical, open-cycle kerolox remains a pragmatic choice. The combustion chamber and injector are designed for additive manufacturing in CuCrZr, a widely available high-temperature copper alloy.
    @DanielleFongRT @leap_71: This 75 kN (16,900 lbf) open-cycle kerolox rocket engine is a Noyron-generated reference design. It is suitable for the first…

    2 Sources

    @leap_71This 75 kN (16,900 lbf) open-cycle kerolox rocket engine is a Noyron-generated reference design. It is suitable for the first stage of a microlauncher or the upper stage of a larger orbital vehicle. We create reference engines across a wide range of configurations to test the robustness and versatility of Noyron’s models. Most of our work today focuses on staged-combustion methalox systems. But when time to market is critical, open-cycle kerolox remains a pragmatic choice. The combustion chamber and injector are designed for additive manufacturing in CuCrZr, a widely available high-temperature copper alloy.
    @DanielleFongRT @leap_71: This 75 kN (16,900 lbf) open-cycle kerolox rocket engine is a Noyron-generated reference design. It is suitable for the first…