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edu:kart_kit [2016/04/29 14:56]
admin
edu:kart_kit [2016/10/23 13:18] (current)
mreilly
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 The Kart Kit should be the most basic, so students can see some upgrades very easily to start. ​ For example, start with just one motor, driving one wheel. ​ We would hope students could theorize that adding a second motor to the other wheel would be an upgrade. ​ Then considerations for a different drive altogether (live vs dead axle), maybe a differential,​ etc. The Kart Kit should be the most basic, so students can see some upgrades very easily to start. ​ For example, start with just one motor, driving one wheel. ​ We would hope students could theorize that adding a second motor to the other wheel would be an upgrade. ​ Then considerations for a different drive altogether (live vs dead axle), maybe a differential,​ etc.
  
-Here is a link to a Google Drive which contains some frame concepts. [[https://​drive.google.com/​folderview?​id=0Bz1uEnTBg46Qa1UyU0pYbTEwZ00&​usp=sharing]] ​+Here is a link to a Google Drive which contains some frame concepts, budget, and links to suppliers. [[https://​drive.google.com/​folderview?​id=0Bz1uEnTBg46Qa1UyU0pYbTEwZ00&​usp=sharing]] ​
  
-2/20/16 - We updated the folder for our refined model. ​ It's an 8020 1020 base, and we received a quote from [[http://​tslots.com/​|tslots.com]] to make it for $187 (including all materials!) ​ We have ordered one to test out, and if successful we will be raising funds to build a LOT more.  I anticipate 6 students per kit when working in a classroom.+2016-02-20 - We updated the folder for our refined model. ​ It's an 8020 1020 base, and we received a quote from [[http://​tslots.com/​|tslots.com]] to make it for $187 (including all materials!) ​ We have ordered one to test out, and if successful we will be raising funds to build a LOT more.  I anticipate 6 students per kit when working in a classroom
 + 
 +**2016-10-20** - We updated the folder with updated documentation,​ including spreadsheet,​ and self-printed disc brakes.
  
 Other components: Other components:
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 Electric - we have been using a pair of 12V SLAs, and the monsterscooterparts controllers,​ throttles. Electric - we have been using a pair of 12V SLAs, and the monsterscooterparts controllers,​ throttles.
  
-Brakes - yeah, we're working on that. We went with a rear axle, keyed a 3D-printed disk to it, and using bike disc brakes on that.+Brakes - We went with a rear axle, keyed a 3D-printed disk to it, and using bike disc brakes on that.
  
-Wheels are from [[http://​AndyMark.com/​|AndyMark.com]] We are trying their 4-inch rubber tread wheels, 32 tooth #25 chain sprocket, [http://​VEXRobotics.com/​|VEXRobotics.com]] was for hex shaft for the rear dead axle, and hex bearings from them too.+Wheels are from [[http://​AndyMark.com/​|AndyMark.com]] We are trying their 4-inch rubber tread wheels, 32 tooth #25 chain sprocket, ​[[http://​VEXRobotics.com/​|VEXRobotics.com]] was for hex shaft for the rear dead axle, and hex bearings from them too.  If you beat this kart up, wheels will eventually break (that'​s not brake).
  
 When we total it up, we estimate our kart will cost less than $500. When we total it up, we estimate our kart will cost less than $500.
-We are reviewing ​our part supplier list, should be posted ​soon!+We created ​our part supplier list, it is also posted ​in the folder linked above! 
 + 
 +All credit goes to Zachary Ferderer, who just started his M.E. Bachelors at Marquette, Class of 2020! (Lanier High Class of 2016 
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edu/kart_kit.1461959768.txt.gz · Last modified: 2016/04/29 14:56 by admin