WARBOTRON/MACHINE BOY VORTEX To IDW ROTORSTORM Kit 3D Printer Model

Author: @
License: CC BY-NC
File formats: stl
Download type: zip
Size:1.7MB

The file 'WARBOTRON/MACHINE BOY VORTEX To IDW ROTORSTORM Kit 3D Printer Model' is (stl) file type, size is 1.7MB.

Summary

This kit is designed to convert Your Warbotron/Machine Boy Vortex to a IDW styled Rotorstorm.

I have changed transformation schematics (waist rotated 180 degrees to allow for an up-sweep of tail) plus some fiddling with arms. take a look a the pictures and You'll figure it out.

Thanks to my good friend Marcin Starzomski here

https://www.facebook.com/Printformers/?fref=ts

we have a great Rotorstorm head!
it has been slightly redesigned to fit inside during transformation, You just need to rotate it 180 degrees to face his back before transforming.

The tail transforms without detaching into the configuration shown in the pictures, the fins rotate 360 so the proper configuration can be reached without partsforming.

please be careful when installing the shoulder axle, I had mine printed slightly too tight and it snapped leaving half of it inside the socket. I STRONGLY SUGGEST TO PRINT THE AXLE IN HORIZONTAL POSITION, this way it will be much less prone to snapping in the worse possible way (when you print it vertically the circular layers will just snap off and will stay inside the body forcing you to drill them out, it's a pain, believe me)

the nose section will fit inside the back of the figure (under the flap), the hole in front is intended to house the original L-shaped connector (you need to remove it from the original nose/gun section). the long connecting rod that goes through it (and connects the front section that follow the nose) can be stored inside the body of the figure, underneath the nose section.

in order to remove the old canopy You need to knock the pin out with a small screwdriver and a hammer, then fit the canopy and squeeze the pin in with pliers.

the arm connectors go into holes in the arms and are used to store the split nose section in bot mode, and the wings in heli mode.

the smallest cylinder is intended to be installed on the bottom of the...butt, in one of the screw holes. it will prevent the helicopter from tipping back constantly. i ran out of energy before getting to landing gear, sorry :D

You have feet that nicely replace the originals. you need to play with them when transforming to get them out of the way of the tail. Warning - please mind the original balljoint pegs of the feet - if you print the feet in a way that the sockets are too tight You are very likely to brake the pegs, just as did I.

the knee cover fronts are to be detached and swapped during transformation, this way they will cover the back of the guns in alt mode and will also nicely continue the side line of the chopper.

you have to detach the back caps of the guns for transformation. there is no good place to store them - You can mount them on top in the gun holes in the flap, or underneath the wings in his hands.

all the files have been printed a couple of times now and are good to go, depending on your printers resolution and calibrations you will have to put some time in making the holes round and the tolerances sit, otherwise the prints will crack and get stress marks.

any questions please ask. i can write an assembly manual if required.

Ps - you need two shoulder connectors 01, two shoulder axles (please be very careful with those!), two rotor blades (obviously;), two feet, two arm connectors and two gun sets.

the project is free but it would be nice if you gave some appreciation and contributed so i can keep wasting my time on doing cool stuff like that ;) if you want to contribute please leave a tip here or go to paypal.me/PiotrSidoruk

thanks and enjoy!

arm_connector.stl 116.0KB
cannon_bullet.stl 4.2MB
cannon_cap.stl 797.6KB
cannon_v2_pt_01_L.stl 1.5MB
cannon_v3_pt_02_L.stl 1.1MB
canopy_v10_infill_01_v2.stl 61.0KB
canopy_v10_infill_02_v2.stl 46.6KB
canopy_v11_wireframe.stl 375.2KB
flap_v2.stl 316.1KB
foot_v2.stl 827.6KB
front_v3_connector_v4.stl 7.6KB
front_v3_pin.stl 77.0KB
front_v4_L.stl 141.3KB
front_v4_R.stl 123.3KB
gear_pin.stl 77.0KB
head_01_v4.stl 21.5KB
head_02.stl 247.0KB
head_03_v3.stl 14.1KB
knee_cover_v5_front__L.stl 181.0KB
knee_cover_v5_front__R.stl 165.2KB
knee_cover_v6_L.stl 221.5KB
knee_cover_v6_R.stl 213.5KB
nose_v5.stl 142.1KB
pauldron_insert_v4_L.stl 14.0KB
pauldron_insert_v4_R.stl 14.1KB
pauldron_v5_L.stl 73.0KB
pauldron_v5_R.stl 73.8KB
rotor.stl 103.3KB
rotor_base_v2.stl 142.7KB
rotor_disc_btm.stl 117.1KB
rotor_disc_top.stl 216.0KB
rotor_pin.stl 154.9KB
shoulder_axle.stl 253.4KB
shoulder_connector_01v2.stl 179.4KB
shoulder_connector_06_L.stl 765.5KB
shoulder_connector_06_R.stl 816.5KB
tail_v6_L_pt_01.stl 234.3KB
tail_v6_L_pt_02.stl 135.7KB
tail_v6_R_pt_01.stl 246.4KB
tail_v6_R_pt_02.stl 137.1KB
wing_v6_end_L.stl 187.5KB
wing_v6_end_R.stl 189.5KB
wing_v6_L.stl 349.4KB
wing_v6_R.stl 344.1KB