Fuel Economy Peugeot 505 Station Wagon

1986 Peugeot 505 Station Wagon

 

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1986 Peugeot 505 Station Wagon

 

Fuel Economy

We have revised the 1985-2007 MPG estimates to make them comparable to the new 2008 MPG estimates!

Fuel Type

Diesel

MPG (city)

21

MPG (highway)

24

MPG (combined)

22

Fuel Economics

Cost to Drive 25 Miles

$3.47

Fuel to Drive 25 Miles

1.14 gal

Annual Fuel Cost

$1972

* Based on 15000 annual miles and a fuel price of 3.05 per gallon.
Fill-up cost and the distance you can travel on a tank are calculated based on the combined MPG and the assumption that you will re-fuel when your tank is 10% full.

Climate ChangeGreenhouse gas (GHG) emissions from your car may contribute to climate change. Cars with better gas mileage emit less greenhouse gases. Click for more info.

Annual Greenhouse Gas Emissions*

Worst

Best

16.2

3.5

9.60 tons

 

Safety

National Highway Traffic Safety Administration

NA

Air PollutionThe EPA air pollution score rates cars and light trucks based on how much  smog-forming air pollution they emit. Some vehicles are available in multiple emission versions. Click for more info.

EPA Air Pollution Rating

NA


Size Class

Midsize-Large Station Wagons

Engine Size (liters)

2.5

 
Cylinders

4

 
Transmission

Automatic (4 sp)

 
Drive

Rear-wheel drive

 
Gas Guzzler

no

 
Turbocharger

yes

 
Supercharger

no

 
Passenger Volume

80ft3 (4D)

 
Luggage Volume

54ft3 (4D)

 
Additional Engine Characteristics

(DSL,TRBO) (MPFI) (NO-CAT)

 

Annual Fuel Costs and Greenhouse Gas Estimates are based on 45% highway driving, 55% city driving, and 15000 annual miles.

Assumed Fuel Prices:

  • Regular: 3.05
  • Premium: 3.24
  • Diesel: 2.89
  • CNG: 1.45
  • Electricity: 0.08 per kilowatt hour
  • E85: 2.10
  • LPG: 1.70

From http://www.fueleconomy.gov/feg/noframes/2320.shtml

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Published by

Erwin

Research interest: Hydrochemistry, multivariate analysis, and R programming My current focus is how to provide the hydrostratigraphy of volcanic aquifers in Bandung area. The research is based on environmental isotope measurement in groundwater and morphometry. My work consists of hydrochemical measurements. I am using multivariate statistical methods to provides more quantitative foundation for the analysis and more insight into the groundwater behaviour.

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