Loremo: 157 mpg!

A German company, Loremo, is developing a concept vehicle that promises to deliver 157 mpg (1.5l/100km), by using a very small, two cylinder diesel engine, in combination with a light-weight steel structure and a low drag coefficient. The total weight of the car is 450kg (992 lbs), and has a number of interesting design aspects, all focused on what is essentially needed for driving, and doing away with extravagant equipment. Obviously, everyone’s definition of extravagant is different, and some might call this car Spartan. For example, the usual set of two or four doors is replaced by a single front gate, which swings forward. Getting in to the car is compared to getting in to a bathtub. The website lacks details, and many of the ideas will require significant refinement, but I applaud the effort to try and get back to the essence of transportation, and the focus on reducing weight to improve efficiency. The company believes they will have the cars available by 2009, at an affordable cost of about 11,000 Euro.

[Source: Loremo website]

Add your comments

Please keep your comments relevant to this blog entry. Email addresses are never displayed, but they are required to confirm your comments.

When you enter your name and email address, you'll be sent a link to confirm your comment, and a password. To leave another comment, just use that password.

To create a live link, simply type the URL (including http://) or email address and we will make it a live link for you. You can put up to 3 URLs in your comments. Line breaks and paragraphs are automatically converted — no need to use <p> or <br /> tags.



Featured Galleries

  • RWE's Smart Ed
  • Smart Ed
  • Battery electric Volvo C30
  • Aston Martin Cygnet
  • Rinspeed UC?
  • BMW Concept ActiveE
  • Kepler Motion
  • Toyota Prius PHEV
  • Audi A1 teaser
  • Toyota Hybrid Concept Teaser
  • i-MiEV
  • Smart Ed and B-Class F-Cell

Categories


Autoblog

Daily Finance

Download Squad

Engadget

Joystiq

Autoblog Spanish

Switched.com

FanHouse

Asylum