You are an anonymous user who can't edit RoboWiki.
Log in if you already have an account. If you would like to become an editor for the wiki, request an account.

Difference between revisions of "Logan Chassis"

From RoboWiki
Jump to navigation Jump to search
(Add frc robot bar.)
 
(3 intermediate revisions by the same user not shown)
Line 1: Line 1:
{{stub}}
 
 
 
{{RobotInfoBox
 
{{RobotInfoBox
 
|Name=Logan Chassis
 
|Name=Logan Chassis
Line 14: Line 12:
 
==Mechanics==
 
==Mechanics==
 
The Logan Chassis was overall predicted to be overweight due to the numerous amount of 80/20 required to just build the drivetrain. Though actuality proved otherwise with the chassis weighing close to the [[Tanner Chassis]].
 
The Logan Chassis was overall predicted to be overweight due to the numerous amount of 80/20 required to just build the drivetrain. Though actuality proved otherwise with the chassis weighing close to the [[Tanner Chassis]].
 +
 +
[[File:loganchassis2.jpg | right | 250px | thumb | Logan Chassis pt. 2]]
  
 
===Wheels===
 
===Wheels===
[[Logan Su]] arranged the wheels in such a way that there would always be one touching the bump as it climbed and went over the bump. The designed called for eight plaction wheels from [[AndyMark]]. The inner two wheels were six inches in diameter while the two outer raised wheels were four inches in diameter.{{citation needed}}
+
[[Logan Su]] arranged the wheels in such a way that there would always be one touching the bump as it climbed and went over the bump. The designed called for eight plaction wheels from AndyMark. The inner two wheels were six inches in diameter while the two outer raised wheels were four inches in diameter.{{citation needed}}
  
 
==Control==
 
==Control==

Latest revision as of 21:55, 23 February 2016

Logan Chassis
LoganChassis.jpg
Robot Logan Chassis
Year 2010
Competition

FIRST Robotics Competition



The Logan Chassis was a tank style drivetrain that was built in the beginning of the season of 2010.

The design proved to be a innovative idea, but the overall stability of the robot as it climbed and went over the bump proved to be too unstable to do it without assistance or a dead weight.

Mechanics

The Logan Chassis was overall predicted to be overweight due to the numerous amount of 80/20 required to just build the drivetrain. Though actuality proved otherwise with the chassis weighing close to the Tanner Chassis.

Logan Chassis pt. 2

Wheels

Logan Su arranged the wheels in such a way that there would always be one touching the bump as it climbed and went over the bump. The designed called for eight plaction wheels from AndyMark. The inner two wheels were six inches in diameter while the two outer raised wheels were four inches in diameter.[Citation Needed]

Control

The Logan Chassis was controlled via one XBox 360 controller.

Driving

Driving was done on one XBox 360 controller. Initially the driving was tank drive using both of the small joysticks, but was later converted to a arcade drive of sorts with the Y axis on the left joystick and the X axis on the right joystick.

Manipulation

Any manipulation components never made it to the robot, so there was no need for any controls.

Programming

Programming was mainly done by Tanner Smith and a few changes by David Cox.

FRC Robot Navigation
2016 2015 2014 2010 2009 2008 2007 2006 2005 2004
Khanquistador Alvin Genesis Chimichanga - Logan Chassis Logan Rover - Clean Sweep Longshot Thunderhorse - Nimble Gimbal Swervin' Mervin' Capek Unnamed Robot