Solid LS Motor Plate 20" Spread - CAD and DXF File

$26.00
In stock
SKU
601-JEH-013
This solid motor plate is designed for an LS application. Its comes as a solid CAD file and DXF flat pattern file, you can cut (the DXF for Plasma, Laser, Waterjet) this motor plate from various materials ranging from 3/16” 4130 plate to ¾” 6061/7075 Aluminum. You also get the CAD file of the plate to either modify or make a machined plate to your specification and style.

***This product is a Digital Asset. You are purchasing the cutting files (DXF) or Solid (CAD) files for this component so that you can have these plates cut and bent (press) from a CNC plasma, laser, or waterjet machine.***
Downloadable
More Information
Seller JEH Consulting INC
Write Your Own Review
You're reviewing:Solid LS Motor Plate 20" Spread - CAD and DXF File
Your Rating

Frequently Asked Questions

What material and thickness should I cut this motor plate from?

You can run it anywhere from 3/16" 4130 plate up to 3/4" 6061 or 7075 aluminum, depending on how beefy you want it. The DXF cuts clean on plasma, laser, or waterjet, so pick the material that fits your build.

Does this fit all the LS motors or just certain ones?

It's designed as an LS application plate with a 20" spread, so it's set up for the LS pattern. If you've got a specific setup in mind, shoot us an email and we'll make sure it lines up before you cut.

Do I get a CAD file too in case I want to tweak the design?

Yep, you get both the solid CAD file and the DXF flat pattern. The CAD lets you modify it or build a machined version to your own spec, and the DXF is ready to run on your table.

How do I get the Solid LS Motor Plate 20" Spread - CAD and DXF File after I buy it?

These are digital — soon as your payment goes through you get a download link for the DXF cut files. Nothing physical ships.

How much does the Solid LS Motor Plate 20" Spread - CAD and DXF File cost?

The Solid LS Motor Plate 20" Spread - CAD and DXF File is $26.00.

Who designs the Solid LS Motor Plate 20" Spread - CAD and DXF File?

This Solid LS Motor Plate 20" Spread - CAD and DXF File is brought to you by Tekk Consulting Inc. Other off-road and race fabrication designers in the DIY Off Road marketplace include All Co Metal Fab, Armada Engineering, Baja Customs, Baker Motorsports, BPforged, Brad Howard Welding and Fabrication, Christopher Reader, CRD, Deuling Design, Dirty BFabwerx, FDFabrication, Izzy Fab, JEH Consulting INC, JRTfab, Master Fab, Mc Will Manufacturing, OffroadCAD-Models and Superioroffroaddesigns. Need a custom part designed? Email us and we will connect you with the right designer.

Where can I get cut files for LS Motor Plates and Mounts?

DIY Off Road has downloadable DXF cut files for LS Motor Plates and Mounts plus a ton of other off-road and race fabrication parts, all drawn up by real fab shops. Browse the LS Motor Plates and Mounts category, or shoot us an email and we will point you to the right files for your build.

Do you have Race/Play Chassis Components cut files for an off-road or race build?

Yeah — DIY Off Road carries downloadable DXF cut files across Race/Play Chassis Components, including LS Motor Plates and Mounts, all designed by working fab shops. Browse the Race/Play Chassis Components section or email us and we will help you track down the right files.

Can you point me to a shop to get these cut and bent?

Yeah — if you don't have your own CNC plasma, laser, or waterjet, shoot us an email and we'll send over a few shops that can cut (and press/bend) the parts so you can weld them up.

How do I get the files, and what do I do with them?

Soon as your payment goes through you get a download link for the DXF cut files. You (or a shop) cut them from steel on a plasma, laser, or waterjet, bend whatever needs it, then weld them into your build. Nothing physical ships.

Do I need to know how to weld and fab to use these?

Yep — these are cut files for DIY and pro fabrication. A lot of the parts are "plasma table friendly" (flat plate, no bends) to make cutting and assembly easier, but you'll need to cut and weld them in yourself, or have a shop handle it.

Copyright © 2021 DIY Offroad, Inc. All rights reserved.