2016:Lifter: Difference between revisions

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<span style="font-size:large;">3.2 &nbsp;Photos</span>
<span style="font-size:large;">3.2 &nbsp;Photos</span>


<font size="3"><span style="line-height: 25.6000003814697px;">This is the hook we will be using.</span></font>
<span style="font-size:large;"><span style="line-height: 25.6000003814697px;">This is the hook we will be using.</span></span>


<font size="3"><span style="line-height: 25.6000003814697px;">[[File:Hook.PNG]]</span></font>
<font size="3"><span style="line-height: 25.6000003814697px;">[[File:Hook.PNG|RTENOTITLE]]</span></font>


<span style="font-size:medium;">This is the actual arm we designed</span>
<span style="font-size:large;">This is the actual arm we designed.</span>
 
<span style="font-size:medium;">[[File:Scaler assembly.PNG|upright]]</span>
 
<span style="font-size:medium;">[[File:Scaler assembly 2.PNG]]</span>

Revision as of 18:00, 26 January 2016

1. The Plan

We have come to the conclusion that the best method of scaling the castle near the end of the match is using a telescoping arm to latch onto the bar and then lift with the arm.  

2.  To Do

  • Figure out the measurements that are alotted to the scaler team.
  • Collaborate with the drivetrain team to ensure that those measurements will work well.
  • Design the telescope nesting arm.
  • Finish CAD work.
  • Select motors 

Scaler Pivot Arm:

Use Versaplanetary 100:1

12 tooth sprocket on motor shaft driving a 42 tooth sprocket

RTENOTITLE

3.  Update 1/26/16

3.1  What we're working on

  • Design rollers/stops for the arm stages
  • Design lightning holes
  • Design motor mountings and figure out how to attach to the drivebase
  • Send parts to chamtek
  • Finish CAD work

3.2  Photos

This is the hook we will be using.

RTENOTITLE

This is the actual arm we designed.

Scaler assembly.PNG

Scaler assembly 2.PNG