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--- edu:kart_kit [2016/03/22 15:41]
mreilly
+++ edu:kart_kit [2016/10/23 13:18] (current)
mreilly
@@ Line 5: / Line 5: @@
 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]]
-/20/16 - We updated the folder for our refined model.  It's an 8020 1020 base, and we received a quote from 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.
+-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:
-Steering - [[AZUSAParts.com]] will give us 30% for their products, which could be the steering system including everything from spindles/brackets up to the shaft.
+Steering - [[http://AZUSAParts.com/|AZUSAParts.com]] will give us 30% for their products, which could be the steering system including everything from spindles/brackets up to the shaft.
 Motors - our concepts used a 24V 350W motor from monsterscooterparts.com, and their throttle, motor controller, etc. They will offer a 5% educational discount.
-MyAmigo.com - I called our local service company (Suwanee, GA - dibs, mine, don't call him!).  He donated 8 drive assemblies that are not perfect but worth fixing or parts [[http://www.myamigo.com/parts/drives/316-drive-9987-23]], as well as 1 working scooter, 2 others that are great for salvage, scrap steel.  Most are 36V motors.  He also offered to pass along his price for parts if we want to buy through him.
+Electric - we have been using a pair of 12V SLAs, and the monsterscooterparts controllers, throttles.
-When we total it up, we estimate our kart will cost less than $500.
+Brakes - We went with a rear axle, keyed a 3D-printed disk to it, and using bike disc brakes on that.
-Electric - we have been using a pair of 12V SLAs, and the monsterscooterparts controllers, throttles.
+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.
+We created our part supplier list, it is also posted in the folder linked above!
-Brakes - yeah, we're working on that.  Probably should prioritize it, currently using FF method (Fred Flintstone).
+All credit goes to Zachary Ferderer, who just started his M.E. Bachelors at Marquette, Class of 2020! (Lanier High Class of 2016
-Wheels are from AndyMark.com We are trying their 4-inch rubber tread wheels, 32 tooth #25 chain sprocket, VEXRobotics.com was for hex shaft for the rear dead axle, and hex bearings from them too.
+{{:edu:image.png?750|}}
+{{:edu:image_1_.png?750|}}
+{{:edu:image_5_.png?750|}}
+{{:edu:image_2_.png?750|}}
-We are reviewing our part supplier list, should be posted soon!

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