3D preview of Regeneratively Cooled Thrust Chamber with Twin Turbopumps
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Interactive 3D model of Regeneratively Cooled Thrust Chamber with Twin Turbopumps

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Regeneratively Cooled Thrust Chamber with Twin Turbopumps

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Bounding box
212.0 × 126.3 × 237.3 mm
Engine
Precision B-rep
Parameters
33
Published
October 1, 2026

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Parameters

NameValueRange
Chamber Bore80 mm20 – 300
Throat Diameter35 mm10 – 200
Nozzle Exit Diameter120 mm20 – 400
Wall Thickness3 mm1 – 12
Convergent Length40 mm10 – 200
Divergent (Bell) Length90 mm10 – 400
Chamber Barrel Length80 mm20 – 400
Injector Flange OD120 mm40 – 500
Flange Thickness8 mm2 – 40
Flange Bolt Count12 ea3 – 36
Bolt Circle Dia100 mm20 – 450
Flange Bolt Hole Dia8 mm2 – 30
Flange Edge Fillet2 mm0.5 – 8
Turbine Housing Dia34 mm10 – 200
Turbine Housing Height34 mm10 – 200
Pump Barrel Dia44 mm10 – 250
Pump Barrel Height40 mm10 – 250
Pump Mount Flange OD62 mm20 – 260
Pump Flange Thickness6 mm2 – 30
Pump Flange Bolt Count6 ea3 – 16
Pump Bolt Hole Dia5 mm2 – 16
Pump Bolt Circle Dia53 mm20 – 250
Pump Inlet Dia22 mm5 – 150
Pump Inlet Length18 mm5 – 100
Feed Duct Dia12 mm4 – 80
Cooling Fin Count24 ea0 – 60
Cooling Fin Height7 mm1 – 40
Cooling Fin Thickness2.5 mm0.5 – 12
Stiffener Hoop Height3 mm1 – 20
Gimbal Lug Radial Length16 mm5 – 60
Gimbal Lug Width20 mm5 – 80
Gimbal Lug Height22 mm5 – 100
Clevis Pin Bore Dia6 mm2 – 30

Every value above is a live dimension. Open a model like this in the editor and each one becomes a slider you can drag before exporting.

Regeneratively Cooled Thrust Chamber with Twin Turbopumps - Free CAD Model (STEP, STL) | TextoCAD