Olympic Class Steam Engine 3D Printing Model | Assembly

(5)
cm: 11.4 w x 33.6 d x 7.1 h
in: 4.488 w x 13.228 d x 2.795 h

Source Files

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Description

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Printing Details

This Olympic Class Steam Engine model for 3D Printing consists of files in StereoLithography (.Stl) format that is optimized for 3D printing.

Before printing the files, we strongly recommend reading the PRINTING DETAILS section.

WHAT WILL YOU GET AFTER PURCHASE?

  • 2 versions of files of Steam Engine model for FFF/FDM and DLP/SLA printers;
  • STL files of Olympic Class Steam Engine for 3D Printing​ which consist of 124 parts;
  • Sizes:
  • A printed FFF/FDM version is 73 mm tall, 114 mm wide, 296 mm deep;
  • A printed FFF/FDM version with the battery compartment is 73 mm tall, 114 mm wide, 336 mm deep;
  • A printed DLP/SLA version is 37 mm tall, 57 mm wide, 147 mm deep;
  • A printed DLP/SLA version with the battery compartment is 37 mm tall, 57 mm wide, 168 mm deep;
  • High-poly detailed model of Olympic Class Steam Engine;
  • Assembly Manual for FFF/FDM 1.0 and DLP/SLA 1.0 versions in PDF and video formats;
  • Detailed settings that we provide as a recommendation for Cura, Simplify3D, Slic3r and PrusaSlicer for the best print;
  • Full technical support from the Gambody Support Team.

Detailed information about this 3D printing model is available in the DESCRIPTION section.

File Name File Size Time / Filament Object Size
(x/y/z mm)
_01_engineBase_X2_FDM (re paired).stl
41.74 MiB 9 h 6 min 4 m 36 x 99 x 44 Download
_02_engineCrankshaft_X2_F DM (repaired).stl
1.85 MiB 39 min <1 m 14 x 128 x 8 Download
_03_engineBasePart_b_X2_F DM (repaired).stl
0.81 MiB 7 min <1 m 6 x 10 x 8 Download
_04_engineBasePart_a_X2_F DM (repaired).stl
0.15 MiB 13 min <1 m 12 x 6 x 14 Download
_05_engineBasePart_d_X2_F DM (repaired).stl
5.76 MiB 1 h 44 min 1 m 34 x 37 x 17 Download
_06_engineBasePart_e_X2_F DM (repaired).stl
0.21 MiB 27 min <1 m 6 x 6 x 30 Download
_07_engineBasePart_f_FDM (repaired).stl
20.35 MiB 10 h 42 min 5 m 100 x 68 x 34 Download
_08_electricEngineCap_FDM (repaired).stl
0.15 MiB 17 min <1 m 24 x 18 x 6 Download
_09_engineGear_a_X5_FDM ( repaired).stl
0.51 MiB 21 min <1 m 17 x 17 x 5 Download
_10_engineGearAxis_X2_FDM (repaired).stl
0.03 MiB 3 min <1 m 12 x 6 x 3 Download
_11_engineTube_a_X2_FDM ( repaired).stl
1.29 MiB 30 min <1 m 24 x 21 x 37 Download
_12_engineTube_b_X2_FDM ( repaired).stl
0.94 MiB 13 min <1 m 10 x 10 x 24 Download
_13_engineGear_b_X2_FDM ( repaired).stl
0.96 MiB 7 min <1 m 17 x 17 x 3 Download
_14_engineGear_c_X2_FDM ( repaired).stl
0.89 MiB 2 min <1 m 8 x 8 x 2 Download
_15_engineSteamCollector_ a_FDM (repaired).stl
3.85 MiB 1 h 40 min 1 m 17 x 18 x 89 Download
_16_engineSteamCollector_ b_FDM (repaired).stl
3.85 MiB 1 h 39 min 1 m 17 x 18 x 89 Download
_17_engineTube_c_FDM (rep aired).stl
1.90 MiB 11 min <1 m 46 x 20 x 5 Download
_18_engineTube_d_FDM (rep aired).stl
1.90 MiB 11 min <1 m 46 x 20 x 5 Download
_19_engineTube_e_FDM (rep aired).stl
2.14 MiB 14 min <1 m 69 x 7 x 8 Download
_20_engineTube_f_FDM (rep aired).stl
2.14 MiB 14 min <1 m 69 x 7 x 8 Download
_21_engineSteamPistonBloc k_a_FDM (repaired).stl
15.22 MiB 3 h 34 min 2 m 23 x 94 x 21 Download
_22_engineSteamPistonBloc k_b_FDM (repaired).stl
15.22 MiB 3 h 34 min 2 m 23 x 94 x 21 Download
_23_engineLadder_a_X2_FDM (repaired).stl
0.07 MiB 16 min <1 m 3 x 27 x 26 Download
_24_engineLadder_b_X2_FDM (repaired).stl
0.07 MiB 16 min <1 m 3 x 27 x 26 Download
_25_engineFloor_a_X2_01_F DM (repaired).stl
0.14 MiB 8 min <1 m 8 x 94 x 1 Download
_26_engineFloor_b_X2_FDM (repaired).stl
0.12 MiB 8 min <1 m 8 x 94 x 1 Download
_27_enginePart_b_X2_FDM ( repaired).stl
0.28 MiB 10 min <1 m 85 x 3 x 3 Download
_28_engineFloorPart_X16_F DM (repaired).stl
0.06 MiB 4 min <1 m 27 x 6 x 3 Download
_29_enginePistonPart_b_X8 _FDM (repaired).stl
0.50 MiB 7 min <1 m 8 x 22 x 6 Download
_30_enginePistonPart_c_X8 _FDM (repaired).stl
0.62 MiB 5 min <1 m 17 x 28 x 2 Download
_31_enginePistonPart_a_X8 _FDM (repaired).stl
0.36 MiB 6 min <1 m 9 x 25 x 3 Download
_32_enginePistonPart_d_X8 _FDM (repaired).stl
0.32 MiB 4 min <1 m 9 x 6 x 4 Download
_33_propellerStandShaftPa rt_a_X2_FDM (repaired).st l
0.26 MiB 16 min <1 m 111 x 5 x 3 Download
_34_propellerStandShaftPa rt_b_FDM (repaired).stl
0.25 MiB 51 min <1 m 6 x 6 x 79 Download
_35_propellerShaftPart_c_ X2_FDM (repaired).stl
0.12 MiB 4 min <1 m 27 x 5 x 3 Download
_36_propellerShaftPart_d_ FDM (repaired).stl
0.14 MiB 8 min <1 m 58 x 6 x 3 Download
_37_enginePart_a_X2 (repa ired).stl
2.16 MiB 49 min <1 m 16 x 22 x 30 Download
_38_engineStandPart_a_FDM (repaired).stl
2.04 MiB 13 h 35 min 8 m 111 x 150 x 12 Download
_39_engineStandPart_b_FDM (repaired).stl
2.29 MiB 14 h 10 min 8 m 111 x 150 x 10 Download
_40_engineStandPart_c_FDM (repaired).stl
1.96 MiB 10 h 1 min 6 m 111 x 110 x 12 Download
_41_engineStandPartAPin_F DM (repaired).stl
0.01 MiB 10 min <1 m 34 x 8 x 4 Download
_42_engineStandPartBPart_ a_X4_FDM (repaired).stl
0.17 MiB 6 min <1 m 8 x 18 x 5 Download
_43_engineStandPartBPart_ b_X2_FDM (repaired).stl
0.17 MiB 6 min <1 m 8 x 16 x 5 Download
_44_engineStandPin_X2_FDM (repaired).stl
0.01 MiB 27 min <1 m 20 x 40 x 4 Download
_45_batteryBox_FDM (repai red).stl
5.34 MiB 9 h 53 min 7 m 78 x 37 x 51 Download
_46_batteryBoxCap_a_FDM ( repaired).stl
5.86 MiB 43 min <1 m 31 x 45 x 5 Download
_47_batteryBoxCap_b_FDM ( repaired).stl
2.48 MiB 42 min <1 m 31 x 45 x 5 Download
_48_bodyPart_f_V2_FDM (re paired).stl
3.55 MiB 96 h 14 min 70 m 139 x 111 x 174 Download
_49_bodyPart_f_V2_door_L_ FDM (repaired).stl
0.72 MiB 8 h 6 min 4 m 129 x 136 x 11 Download
_50_bodyPart_f_V2_door_R_ FDM (repaired).stl
0.72 MiB 8 h 29 min 5 m 133 x 64 x 12 Download
_51_propellerShaftPart_a_ X2_FDM (repaired).stl
0.29 MiB 17 min <1 m 122 x 7 x 3 Download
_52_propellerShaftPart_b_ _FDM (repaired).stl
0.28 MiB 1 h 9 min <1 m 6 x 6 x 97 Download
_53_propellerShaftPart_c_ X3_FDM (repaired).stl
0.44 MiB 23 min <1 m 164 x 6 x 3 Download
_57_textPlane_X2_FDM (rep aired).stl
1.03 MiB 1 h 15 min 1 m 14 x 116 x 16 Download
_58_engineBasePart_c_X2_0 1_FDM (repaired).stl
0.98 MiB 14 min <1 m 5 x 4 x 24 Download
_59_lywheel_X2_FDM (repai red).stl
0.46 MiB 8 min <1 m 15 x 15 x 5 Download
_60_propeller_b_FDM (repa ired).stl
4.43 MiB 23 min <1 m 33 x 30 x 12 Download
_61_propeller_c_FDM (repa ired).stl
4.43 MiB 23 min <1 m 33 x 30 x 12 Download
_62_decorPlaneBoilers_FDM (repaired).stl
11.56 MiB 7 h 37 min 4 m 121 x 87 x 12 Download
_63_propeller_a_FDM (repa ired).stl
4.57 MiB 20 min <1 m 26 x 26 x 13 Download
Keychain (repaired).stl
0.35 MiB 23 min <1 m 30 x 30 x 2 Download
Tag (repaired).stl
1.70 MiB 1 h 18 min 1 m 150 x 18 x 5 Download
_54_propellerShaftPart_f_ FDM (repaired).stl
0.23 MiB 13 min <1 m 91 x 6 x 3 Download
_55_propellerShaftPart_d_ FDM (repaired).stl
0.23 MiB 13 min <1 m 91 x 6 x 3 Download
_56_propellerShaftPart_e_ FDM (repaired).stl
0.24 MiB 17 min <1 m 120 x 6 x 3 Download
...

ABOUT THIS 3D MODEL

Olympic class ocean liners were designed as the largest and the most deluxe passenger ships for transatlantic voyages. Royal Mail Ships (RMS) Olympic, Titanic and Britannic were of huge size and could accommodate more than 3000 people (passengers and crew). The scale of the ships allowed the provision of such sporting and relaxation facilities as veranda cafes, restaurants, reading and writing rooms, squash court, swimming pool, barber, Turkish baths, massage rooms, gymnasium, etc. All RMS vessels were equipped with powerful steam engines that provided propulsion along the sea routes. The triple-expansion steam engines ran on steam from the burning of coal in the ship’s boilers. The steam traveled through the steam lines toward the triple-expansion steam engines and set the cylinders that moved the pistons up and down in motion. Exhaust steam powered Parson’s turbine to drive propellers and caused the crafts to move.

Inspired by the unique and effective combination of engines of Royal Mail Ships, our contributing 3D artist created this model for 3D printing. The Olympic Class Steam Engine can be assembled as a part of the Titanic 3D printing model and can be displayed as a separate exhibit. The model comes with a hangar that is compatible with the files of the hull of Titanic and gives the option to combine the parts and build the engine in the liner. There are two options for the display of the starboard propellers, shortened and extended to place beneath the stern section of Titanic. The pistons have active mechanisms that allow movement. The gear structure synchronizes the action of the engine cylinders. With its extensive features and installation options this outstanding model for 3D printing will bring you a lot of joy and unforgettable impressions!

ADAPTATION FOR 3D PRINTING

For you to receive the cleanest 3D printing result possible and minimize the amount of filament needed for generated support, the Steam Engine model was divided into convenient assembly parts. All assembly parts in the FFF/FDM 1.0 version are provided in STL files in recommended positions that were worked out in order to ensure the smoothness of the details’ surfaces after printing and that the 3D printing beginners won't face difficulties when placing the parts on a build plate. After downloading any model's file you will also receive "Assembly Manual" for FFF/FDM 1.0 and DLP/SLA 1.0 versions in PDF format. We highly recommend that you get acquainted with the “Assembly Video” and "Assembly Manual" before getting down to the assembly.

The model is saved in STL files, a format supported by most 3D printers. All STL files for 3D printing have been checked in Netfabb and no errors were shown. The Olympic Class Steam Engine was designed to match the default scales of the Titanic 3D printing model.

VERSIONS' SPECIFICATIONS

FFF/FDM & DLP/SLA 1.0 version features:

  • Contain 63 parts and 61 parts respectively;
  • There is an option to install a compartment for the battery;
  • A printed FFF/FDM version is 73 mm tall, 114 mm wide, 296 mm deep;
  • A printed FFF/FDM version with the battery compartment is 73 mm tall, 114 mm wide, 336 mm deep;
  • A printed DLP/SLA version is 37 mm tall, 57 mm wide, 147 mm deep;
  • A printed DLP/SLA version with the battery compartment is 37 mm tall, 57 mm wide, 168 mm deep;
  • Steam Engine can be assembled as a part of the Titanic 3D printing model or displayed separately;
  • The pistons have active mechanisms;
  • The gear structure synchronizes the action of the engine cylinders;
  • Two options for the display of starboard propellers;
  • There is an option to set up the engine to make the system operating;
  • All parts are provided in STL files in recommended positions that were worked out in order to ensure the smoothness of the details’ surfaces after printing.

You can get an Olympic Class Steam Engine​ for 3D Printing​ immediately after the purchase! Just click the green Buy button in the top-right corner of the model’s page. You can pay with PayPal or your credit card.

Watch the tutorial on how to assemble Olympic Class Steam Engine​ for 3D Printing​ on Gambody YouTube channel.

Also, you may like other Vessel 3D Printing Models.

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FAQ: 

Below you can find printing recommendations for Cura, Simplify3D, Slic3r and PrusaSlicer software.

Disclaimer: The following printing settings are a recommendation, not an obligation. The parameters can vary depending on the peculiarities of your 3D printer, the material you use, and especially the particular assembly part you are working with. Each part that any model comprises often needs preliminary review, and you are free to tweak the settings the way you find suitable.

Note:

  • You can scale up the model (downscaling for FFF/FDM 3D printers is not recommended!);
  • All connectors should be printed at 100% Infill.

Cura printing recommendations:

These are averaged settings which were tested in the Cura 5.2.1 slicer. Test models were printed on Anycubic Vyper, Creality Ender 3 Pro with PLA filament.

To avoid printing problems, we recommend the following settings: download

Simplify3D printing recommendations:

These are averaged settings which were tested in the Simplify3D 5.0.0 slicer. Test models were printed on Anycubic Vyper, FLSUN v400, Ender3 S1 with PLA filament.

To avoid printing problems, we recommend the following settings: download

Slic3r printing recommendations:

These basic 3D printing settings recommendations for beginners were tested in Slic3r 1.3.0 software. Test models were printed on Ultimaker 2, Creality Ender 3, Creality Cr-10S pro v2, Anycubic I3 Mega, Anycubic I3 MegaS, Anycubic Vyper with PLA and PetG filaments.

To avoid printing problems, we recommend the following settings: download

PrusaSlicer printing recommendations:

These basic 3D printing settings recommendations for beginners were tested in PrusaSlicer 2.3.1. Test models were printed on Ultimaker 2, Creality Ender 3, Creality Cr-10S pro v2, Anycubic I3 Mega, Anycubic I3 MegaS, Anycubic Vyper with PLA and PETG filaments.

To avoid printing problems, we recommend the following settings: download

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