• OBDII Car MPG Pro (Gasoline) 1
  • OBDII Car MPG Pro (Gasoline) 2
  • OBDII Car MPG Pro (Gasoline) 3
  • OBDII Car MPG Pro (Gasoline) 4

OBDII Car MPG Pro (Gasoline)

Version 2.1Tool for every car (Gasoline or Gasohol engine)For Android Mobile and Tablet devices
Requirement:1. The car must be OBD-II compliant to use the tool2. A Bluetooth Adapter ELM327 or compatible3. The minimum Android OS is : 4.0.3 (IceCreamSandwich)4. The built-in bluetooth device on the phone(Tablet) must be enabled and paired with the bluetooth OBD-II adapter

OBD-|| protocol:
* The functionality of Auto detect the OBD-II protocol let's the app to be very easy to use
* Displaying the description of the protocol used in the car SAE J1850 PWM (Ford) SAE J1850 VPW (GM) ISO 9141-2 (Chrysler, European, Asian) ISO 14320 KWP-2000 ISO CAN 15765
- 11bit, 29 bit, 250Kbaud, 500Kbaud (most models after 2008)

Features:
* The MAF or MAP, IAT (OBDII PIDs) must be supported by the car
* Fuel consumption can be calculated, if a vehicle supports Pid 0x0D Vehicle Speed (Vss) and Pid 0x10 Mass Air Flow (MAF). All vehicles support vehicle speed and nearly all vehicles support MAF.
* As for other ways of doing this, especially if your car does not have a MAFsensor, by knowing the displacement of the engine (ED), and the "volumetric efficiency" (VE) of the engine, MAF can be calculated from RPM, MAP and IAT. With VE, one can use the following formulas to calculate a synthetic "mass air-flow" (MAF) in grams per second , all without a MAF sensor, using the "Ideal Gas Law", as follows:

IMAP = RPM
* MAP / IATMAF = (IMAP/120)*(VE/100)*(ED)*(MM)/(R)


* Feature Review your route on Google Map with data of MPG(OBDII), speed(OBDII), time and GPS. This feature only works when GPS device on your phone is ON and GPS signal is strong enough (good). The app will store data into SQLite database and then can load back these data point to point with distance between points of about 30 seconds (Unit in Mile or in Km) on Google map. The data stored in database is the integration between GPS location data and OBDII data together


* The app uses SQLite database for storage, therefore the accessing speed and loading speed are very fast and the data capacity also is very large


* All data stored in database will be cleared next time you run the app. To keep these data you should not connect to the OBD adapter or enable the GPS device

Notice:
* Adds Coefficient (K) for MPG correction. (K = 1.0 is no correction / K<1 is correction down / K>1 is correction up). For example K = 0.8333 will decrease the calculated MPG. To change K go to Menu->Setting->Coefficient...

How to use :Once you have the bluetooth OBD-II adapter plugged into the car's OBD-II ports and powered on, you need to connect to the car's system computer via that bluetooth adapter, by pulling down the option menu and select item "Connect to OBD-II Adapter", a dialog window will appears and shows a list of paired devices (one or more devices in the list), each paired device has two information as following: Name of paired bluetooth device (for example: obdii) Max address (for example: 77:A6:43:E4:67:F2) The Max address is used to distinguish two or more bluetooth adapters have the same name.You must choose your bluetooth OBDII device by select the correct it's name (or it's max address) in the list and click on the item, then the app starts connecting process and autodetects the OBD-II protocol.

Screen arrangement
* 4 small analog gauge for IAT, MAF, MAP, VSS, RPM realtime data reading, 1 big analog gauge for showing instant MPG value and a table used to display the average (AVG) MPG, L/100Km, amount fuel consumed in Gallons and in liters
* 2 Odometers calculated in Miles and in Kilometers. 1 tripmeter for time since engine start
* A logo indicates Fuel type (Gasoline or Exx) , a logo indicate either US Gallon or Imperial (UK) Gallon

Category : Tools

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