XR3: 225 mpg hybrid car kit
I can't say that I am a big fan of the looks of this car, but the 225 miles per gallon is hard to beat. The car has an electric rear drive system with a Kubota diesel system when the lithium batteries run out. Apparently you will be able to purchase an XR3 kit soon. There are a lot more pictures on the website, including the build process.
Read more about the XR3 hybrid car kit
Posted by Marc de Vinck |
Aug 16, 2008 01:45 PM
DIY Projects, Green, Transportation |
Permalink
| Comments (5)
| Email This |
| Digg this!
Recent Entries
- Googlephone Jailbreak - Remote access gained ...
- LED "Art Object" is the new LED throwie
- Submersed Songs: Fish that make music
- Learn about electronics: Relays 101
- Teach Make!
- Robotic fish
- Medical aesthetic footwear
- New soft circuit kits in the maker shed and massive soft electronics roundup
- DIY hobby o-scope
- Sparky: DIY telepresence robot
Comments
Oldest comments listed first.
| Posted by: ellisgl.myopenid.com on August 16, 2008 at 6:29 PM |
The word "tweaks" was in the "Article".
My sugguestions
1.) The article says "Fiber glass", I would change that to carbon fiber.
2.) Get rid of the neat looking rims, and use a cover that would make it a little bit more aerodynamic.
3.) Solar panels on the car to help with recharge.
4.) Get rid of the exterior mirrors and use camera - more aerodynamic advantage
5.) Bring the back further to make a smaller point.
6.) Make a "golf ball" pitted under carriage.
7.) Any part made of Iron or Steal that can be replace with a lighter material would be replaced. Aluminum, Titanium , etc..
The would what I would do first to increase my millage.
| Posted by: hammerthumb on August 17, 2008 at 7:54 AM |
Hi,
With regards to #2 would covering the wheels cause issues with brake cooling?
With regards to #7 carbon fiber can replace a lot of the steel in a vehicle. There is a question in my mind about safety. Steel will bend and twist in an impact. Carbon fiber will de-laminate and shatter. When properly designed both do well at converting the impact energy to heat before complete failure. However, in a non-racing environment I wonder about the real world efficacy of the carbon fiber to protect the occupants who are not wearing Nomex suits, helmets and 5 point harnesses. Bring on the crash test dummies I say!
| Posted by: ellisgl.myopenid.com on August 17, 2008 at 7:49 PM |
You could also use ceramic break pads, with a rotor that is slotted, cross drilled (or dimple drilled) and vented.
Well, if he did it right - i didn't see if he did do this - you would have a cage of some sort around the cab. The reason I said carbon fiber was to make it a tad bit lighter. Lighter car = less energy to move = MPG boost. Of course it's probably a lot less of an MPG boost than it would take to justify the cost.
| Posted by: Monk on August 18, 2008 at 10:10 AM |
I have purchased the plans for this, fiberglass is used due to cost. This is meant to be built in a home garage, so things are kept simple. Design changes can be made by the builder.
| Posted by: Ade on August 20, 2008 at 4:51 AM |
Bad choice of nomenclature. In the UK the XR3 was Ford's underpowered, lack-lustre answer to the Golf GTi in the 80s.
The XR3i was a slight improvement but the term XR3 still conjures up images of reverse baseball-hatted bad boyz.
Leave a comment
Subscribe to MAKE Magazine!
Subscribe today, save 42% and get web access to MAKE free. MAKE Digital Edition is available only to subscribers.
$34.95 / 1 year
(4 Quarterly Issues)
Features and more @ MAKE!

Stop by the Maker Shed store and check out THE place for open source hardware, Arduino & Arduino accessories, electronic kits, science kits, smart stuff for kids, back issues of MAKE & CRAFT, box sets, books, robots, kits from Japan and more.
Add MAKE to iGoogle - GoogleGoogle.
Add MAKE to your RSS reader - Real simple.
Add MAKE on Twitter.
Add MAKE on FriendFeed & the MAKE room.

Why advertise on MAKE?
Read what folks are saying about us!
Click here to advertise on MAKE!
Makezine authors!
Phillip Torrone
Senior Editor
Tel: 707-827-7311
Twitter / AIM
Gareth Branwyn
Jonah Brucker-Cohen
Collin Cunningham
Marc de Vinck
Kip Kay
Luke Iseman
Patti Schiendelman
Becky Stern
Mike Dixon
Peter Horvath(intern)


