Axial Flow Turbine Rotor Jet Engine STL 3D Print Model

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Optimized for FDM & SLA

The file is adapted for most 3D printers.

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This axial flow turbine rotor is a highly detailed 3D printable model of a multi-stage jet engine core, featuring compressor and turbine blade discs, a spinner nose cone, and a hollow exhaust outlet.

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Original price was: $ 10,00.Current price is: $ 7,00.

SKU: 3DM-cmten1vyo00mtlmh8hh87vt0b

Description

This axial flow turbine rotor is a highly detailed 3D printable model of a multi-stage jet engine core, featuring compressor and turbine blade discs, a spinner nose cone, and a hollow exhaust outlet. The model showcases dozens of precisely modelled aerofoil blade rows arranged along a central shaft, accurately representing the internal spool of a turbofan or turbojet powerplant. Ideal for aerospace education, museum display models, scale dioramas, or enthusiast collectors, it is provided as an STL file ready for slicing. Multiple render angles included in the package show the full assembly from front, rear, lateral, and axial perspectives.

Print settings

Resin printing (MSLA/DLP) is strongly recommended due to the extremely fine blade geometry and thin aerofoil cross-sections. Print each blade disc stage separately and assemble post-cure for best results. Orient individual discs flat (blade tips pointing radially outward) with light supports only on the underside of the hub. If printing in FDM, use a 0.2 mm nozzle, 20–30% infill, and PLA or PETG; expect some loss of fine blade detail.