Skip to main content

W2D-VI BOM

 W2D-VI BOM


The BOM starts with the core body parts, then the cab, then various other bits.  I tried to make sure that the parts with "or" options are separated logically from non option sections of the list.

If you go with the not "or" versions you get the body as I built it except:

- I used the old windshield and did some grinding to make the cab fit and no dash

- I used the Cab_Back_Vd.stl because it mates up with the roll bar (I had already welded the roll bar and didn't want to remove it)

- I used the shorter rear quarter but I would recommend using the longer one for a TRX4 build

Please think it through...

I would suggest cutting and pasting the BOM into your own document and then deleting the parts you don't want to use (or move them to the bottom of the document for future reference).

Body:

1x Bronco_Nose.stl

1x Bronco_Grill.stl

2x Bronco_Headlight_Bucket.stl

1x Bronco_Hood.stl


1x Bronco_Dash_V2.stl

or original dash

    1x Bronco_Dash.stl

     - (Option) Bronco_Dash_V2a.stl has no cutouts for Cab tabs


1x Bronco_V2Front_Quarter.stl

1x (mirrored) Bronco_V2Front_Quarter.stl

or with flares version (I printed the flares separately and welded them on)

    1x Bronco_V2Fr_Qurtr_wFlr.stl

    1x (mirrored) Bronco_V2Fr_Qurtr_wFlr.stl


1x Bronco_Door_Door.stl

1x (mirrored) Bronco_Door_Door.stl

or without door cutouts

    1x Bronco_Door_Long.stl

    1x (mirrored) Bronco_Door_Long.stl


1x Bronco_Rear_Quarter_Short.stl

1x (mirrored) Bronco_Rear_Quarter_Short.stl

or with flares version

    1x Bronco_Rr_Qurtr_Short_wFlr.stl

    1x (mirrored) Bronco_Rr_Qurtr_Short_wFlr.stl

or 5mm longer for better TRX4 fit version

    1x Bronco_Rear_Quarter_Short_V2.stl

    1x (mirrored) Bronco_Rear_Quarter_Short_V2.stl


1x Bronco_Tail.stl


1x Bronco_Windshield_Glass.stl (you can use as windshield or template to cut windshield from clear plastic)


16x Hex_Pin_15.stl (as implied, hex shaped instead of round - better IMO)

    or 16x Pin_2_5.stl

4x Pin_5.stl


Cab:

1x Cab_Front.stl

1x Cab_Mid.stl

1x Cab_Back.stl

    or 1x Cab_Back_Vb.stl (for use with no door cutouts and roll bar)

    or 1x Cab_Back_Vd.stl (mid and back in one for use with roll bar)


or

    1x Cab_Complete.stl (not recommeneded because I don't think it will be durable)


Mounting:

TRX4:

1x Bronco_Front_Bumper_Mount.stl

1x TRX4_Rear_Shell_Mount.stl

1x TRX4_Front_Bumper_Mount.stl

1x TRX4_Rear_Bumper_Mount.stl

or 

    1x TRX4_Rr1_Bmp_Mnt.stl

    1x TRX4_Rr2_Bmp_Mnt.stl


SCX10 clone:

1x Bronco_Body_Mount.stl

1x Bronco_Front_Bumper_Mount.stl

1x Bronco_Rear_Body_Mount_V2.stl

1x Bronco_Rear_Bumper_Mount.stl



Options:


Flares:

1x Flare_Fr.stl

1x (mirrored) Flare_Fr.stl

1x Flare_Rr.stl

1x (mirrored) Flare_Rr.st

Optional

2x Flare_Run_Brd.stl


Hood:

1x Hood_Scoop.stl


The original V1 windshield with a longer valence

- 1x Bronco_Windshield_old_V2.stl


Roll bar:

1x Bronco_Roll_Bar.stl (for use with door with door cutouts)


Floor board:

1x Bronco_Floor_Board.stl

1x (mirrored) Bronco_Floor_Board.stl


Topper:

1x Topper_Side.stl

1x (mirrored) Topper_Side.stl

1x Topper_Back.stl

1x Topper_Roof_V2.stl


4x Post.stl

4x Post_Holder.stl


Comments

Popular posts from this blog

$20 DIY GPS Speed Logger

Hi guys, This is a quick how to on my $20 GPS speed logger.  If it all goes smoothly you don't need much in the way of soldering and coding skills but if you run into problems it could be an adventure if you lack the knowledge base.  You have been warned. You can make this as pretty as you want, but mine is held together with hot glue and I used cork to make the case, so you can get away with some pretty dirty work-arounds if you're so inclined. There's a video here . Update (Nov15): I accidentally plugged in the wires with the wrong polarity and it didn't look good for a day or two.  The unit still powered up with the Adafruit logo, but that was it.  If you want to avoid this potential oopsy: use a proper power plug of some sort (proper meaning with polarity) Add a diode to the input to protect against wrong polarity I finally got around to hooking it up to my computer for diagnosis and SURPRISE, it works perfectly running off USB power.  So, doing the worst th...

WLToys 12428 Crawler Conversion Assembly (SCX10 Clone Assembly)

  This is an assembly guide for my WLToys 12428 crawler conversion project (SCX10 clone).  If you have questions about a standard SCX10, you can download the Axial manual from their website. One important note, friends.  Most people who build a crawler want to make it their own.  That's the thinking behind this project, so you're probably going to want to do a bit of tweaking to get this thing just the way you want it.  My thought was that this would be a cheap way to make a crawler for a person with a WLToys 12428 or a bunch of parts kicking around.  If you are starting from scratch, you may want to order a cheap Injora crawler chassis or buy something like a Redcat Gen 8 (the Redcat is a bargain where I live but lots of other crawlers are decent).  Personally, I think a lot of crawlers are kinda pricey for what you're getting, but without any drive train parts you can't really build a reliable RC car of any kind (IMO).  3D printed gears are a bi...

WLToys 12428 Solid Front Axle Build Guide

Hey guys, This is a guide for putting together the WLToys 12428 solid front axle for the WLToys 12428 crawler conversion project.  The main difference between this axle and an Axial SCX10 clone axle is that the shock mount points are on top of the axle not on a shared screw with the four link mount.  This lowers the axle about 15mm and moves the shock mount forward about the same. A few cautions: If you don't know what you're doing and feeling nervous, get help from someone more experienced in the ways of DIY. Take apart your RC vehicle at your own risk. Follow these instructions at your own risk. Use common sense and review instructions before you follow them. Knives can cut you.  Use caution. Hot glue can burn you.  Use caution. Brad nails can stab you.  Use caution. Rubber bands can shoot you in the eye.  Use caution.  Please tell me if this happens to you, I can always use a laugh.  It's funny if you aren't the victim. ...