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Please start with the [[introduction]] page and read [[how-to-play]] before making any edits.
Please start with the [[introduction]] page and read [[how-to-play]] before making any edits.


==Introduction==
Why the 5.7 Hemi is One of the Best Dodge Engines Ever Made
This wiki is the central resource of the microformats community. You'll find current versions of published microformat specifications, specification drafts and publishing patterns. The wiki also hosts development resources, such as brainstorming pages for new formats and issue tracking pages for all current and in-development microformats.
 
When people think of Dodge, they tend to immediately think of the most legendary of Dodge Engines: the Hemi. While the old-school Hemi from nearly a quarter-century ago was renowned around the world for its jaw-dropping brute force that could catapult full-sized cars through the quarter mile faster than you can say “Hemi”, it was not necessarily known as a fuel-efficient motor. The new 5.7L Hemi, released in 2003 is a completely different story, and it has already gone down in history as one of the very best Dodge engines. In fact, it would not be a stretch to say that many performance enthusiasts would agree that the modern Hemi is probably one of the best high-performance engines on the planet.
 
What makes the 5.7L Hemi one of the best <a href=http://www.lowmileageengines.com/used-engines/dodge/>Dodge engines</a> ever? There are three primary factors: power, reliability, and efficiency. Combined, these three factors make the modern Hemi a world-class engine, and serve as a shining example of what Dodge engines can do when given the chance.
 
The modern Hemi is powerful enough to actually replace not only the outgoing 5.9L Magnum engines in many Dodge/Chrysler vehicles, but also to replace the legendary 8.0L V10 that powered some of the most impressive Dodge pickup trucks of the 1990s and early 2000s. Depending on how it is tuned, the modern 5.7L Hemi can have over 360 horsepower and nearly 400 lb-ft of torque on tap, most of which at a very wide rpm-range that starts just shy of the 2000-rpm mark. For this reason alone many muscle car enthusiasts have taken a real liking to the 5.7L Hemi, and more than one old-school Challenger has gotten a new lease on life thanks to one of the best Dodge engines ever created.
 
Of course, muscle cars of 60s and 70s were not famous for their reliability. A large part of the problem had to do with the titanic force that their engines were putting to the pavement via oversized tires and transmissions that were struggling to keep up. Nowhere was this more true than with the earliest Dodge engines to bear the Hemi-moniker; the bottom line was that these motors were just too powerful for their own good and all that power caused undue stress on a number of components both inside and outside of the old-school Hemi block.
 
Oh have times have changed. The new 5.7L Hemi is far more refined than the old Hemi in terms of reliability, and car-making in general has come a long ways in the past few decades. The results are that the latest Dodge engines to proudly carry the Hemi-badge are so reliable that they have been listed on Ward’s 10 Best Engines list for six out of seven years. The Ward’s 10 Best Engines list covers engines produced by all major automobile vendors with a global reach, which includes all of the major Asian and European automakers. With competition like that, it is impressive that not only has a Dodge engine won a slot on that list consistently, but that the list favors reliability above all else.
 
The MDS (Multi-Displacement System) in the modern Hemi also makes it very efficient and easy to drive in day-to-day situations. Who ever thought that anyone would say that about one of the fiercest Dodge engines ever made? The bottom line is that the new Hemi sets the standards not only for Dodge engines in general, but for engines around the world.
 
Anyone looking for replacement <a href=http://www.lowmileageengines.com/used-engines/dodge/>Used Dodge engine</a> could do a lot worse than to look at the powerful, reliable, and efficient Hemi.


== Get Started==
== Get Started==

Revision as of 10:05, 19 January 2011

<entry-title>Welcome to the microformats wiki!</entry-title>

Please start with the introduction page and read how-to-play before making any edits.

Why the 5.7 Hemi is One of the Best Dodge Engines Ever Made

When people think of Dodge, they tend to immediately think of the most legendary of Dodge Engines: the Hemi. While the old-school Hemi from nearly a quarter-century ago was renowned around the world for its jaw-dropping brute force that could catapult full-sized cars through the quarter mile faster than you can say “Hemi”, it was not necessarily known as a fuel-efficient motor. The new 5.7L Hemi, released in 2003 is a completely different story, and it has already gone down in history as one of the very best Dodge engines. In fact, it would not be a stretch to say that many performance enthusiasts would agree that the modern Hemi is probably one of the best high-performance engines on the planet.

What makes the 5.7L Hemi one of the best <a href=http://www.lowmileageengines.com/used-engines/dodge/>Dodge engines</a> ever? There are three primary factors: power, reliability, and efficiency. Combined, these three factors make the modern Hemi a world-class engine, and serve as a shining example of what Dodge engines can do when given the chance.

The modern Hemi is powerful enough to actually replace not only the outgoing 5.9L Magnum engines in many Dodge/Chrysler vehicles, but also to replace the legendary 8.0L V10 that powered some of the most impressive Dodge pickup trucks of the 1990s and early 2000s. Depending on how it is tuned, the modern 5.7L Hemi can have over 360 horsepower and nearly 400 lb-ft of torque on tap, most of which at a very wide rpm-range that starts just shy of the 2000-rpm mark. For this reason alone many muscle car enthusiasts have taken a real liking to the 5.7L Hemi, and more than one old-school Challenger has gotten a new lease on life thanks to one of the best Dodge engines ever created.

Of course, muscle cars of 60s and 70s were not famous for their reliability. A large part of the problem had to do with the titanic force that their engines were putting to the pavement via oversized tires and transmissions that were struggling to keep up. Nowhere was this more true than with the earliest Dodge engines to bear the Hemi-moniker; the bottom line was that these motors were just too powerful for their own good and all that power caused undue stress on a number of components both inside and outside of the old-school Hemi block.

Oh have times have changed. The new 5.7L Hemi is far more refined than the old Hemi in terms of reliability, and car-making in general has come a long ways in the past few decades. The results are that the latest Dodge engines to proudly carry the Hemi-badge are so reliable that they have been listed on Ward’s 10 Best Engines list for six out of seven years. The Ward’s 10 Best Engines list covers engines produced by all major automobile vendors with a global reach, which includes all of the major Asian and European automakers. With competition like that, it is impressive that not only has a Dodge engine won a slot on that list consistently, but that the list favors reliability above all else.

The MDS (Multi-Displacement System) in the modern Hemi also makes it very efficient and easy to drive in day-to-day situations. Who ever thought that anyone would say that about one of the fiercest Dodge engines ever made? The bottom line is that the new Hemi sets the standards not only for Dodge engines in general, but for engines around the world.

Anyone looking for replacement <a href=http://www.lowmileageengines.com/used-engines/dodge/>Used Dodge engine</a> could do a lot worse than to look at the powerful, reliable, and efficient Hemi.

Get Started

To get started with microformats:

Definition

Microformats are small patterns of HTML to represent commonly published things like people, events, blog posts, reviews and tags in web pages.

Microformats enable the publishing of higher fidelity information on the Web; the fastest and simplest way to provide feeds and APIs for the information in your website.

How to contribute

Do you want to help take microformats to the next level? You can:

This wiki has a number of enhancements to assist development and contributions to microformats. Before you start editing, see the wiki introduction page for instructions.

Specifications

The list of current, stable Microformats open standard specifications.

If you're tempted to try your hand at writing a microformat please read the process page first!

Drafts

Drafts are newer microformats, for which the specifications haven't been completed yet. Drafts are somewhat mature in the development process (see exploratory-discussions for additional efforts that are not as far along in the process). The stability of these documents cannot be guaranteed, and implementers should be prepared to keep abreast of future developments and changes. Please watch the wiki pages for updates.

  • adr - for marking up address information
  • geo - for marking up WGS84 geographic coordinates (latitude; longitude)
  • hAtom - syndicating episodic content (e.g. weblog postings)
  • hAudio
  • hListing - open, distributed listings
  • hMedia - A single media publishing format that relates to Images, Video and Audio.
  • hNews
  • hProduct
  • hRecipe - for cooking+baking recipes
  • hResume - for publishing resumes and CVs
  • hReview - hReview creator
  • rel-directory - to indicate that the destination of a hyperlink is a directory listing containing an entry for the current page
  • rel-enclosure - for indicating attachments (e.g. files) to download and cache
  • rel-home - indicate a hyperlink to the homepage of the site
  • rel-payment - indicate a payment mechanism
  • robots exclusion

Design Patterns

Design patterns are common uses of markup across microformats.

Exploratory Discussions

See: exploratory-discussions for details of research and analysis of real-world examples, existing formats, and brainstorming of possible new microformats, per the microformats process.

Examples

Resources

See resources.

User centric development

Shared work areas

Tools, test cases, additional research

The first place to look for examples, code, and test cases is in the pages for each individual microformat. There are only a few cross-cutting tools and services that need to process more than one microformat. That section is intended for editors, parsers, validators, test cases, and other information relevant across multiple microformats.

Microformats wiki translations

You may read and edit microformats articles in many other languages:

See also other-languages, and how-to-start-a-new-translation.

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