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Das V8 Coupe Quattro

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  • cleeves
    replied
    I <3 this.

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  • dspl1236
    replied
    Back apart for 60-2 sensor

    building modular makes it sooo easy









    testing...


    hope to have this back in an done in a day or 2

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  • dspl1236
    replied
    2 weeks away gives you good thinking time

    built the motor torque mount and made some brackets for the oil cooler






    finished


    off to build some more

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  • dspl1236
    replied
    thanks!

    i cant wait to get back home to build again...been on a 2 week project at AOL

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  • Zic
    replied
    Originally posted by skyduk View Post
    if you look beter you'll notice it say's 4ohc meaning 4 overhead cams
    i stand corrected, my eyes must have failed me Good first post as well, and welcome to stanceworks.

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  • skyduk
    replied
    Originally posted by Zic View Post
    sweet.
    thats one looooooooong cam belt, and those numbers on the valve are a bit cheating 4dhc - so it has 4 dual overhead cams, like 8cams in total? it should say 2dhc.
    Not trying to start some flame war, just thought it was a bit funny.
    if you look beter you'll notice it say's 4ohc meaning 4 overhead cams

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  • dspl1236
    replied
    Originally posted by MikeG View Post
    Really interesting build I cant wait to see it completed
    meeee toooo! well getting ready to head over to the garage to pull the motor for the crank sensor relocation. I have 3 trigger setups, 2 for the old ecu, 60-2 built into the flywheel for DTA.

    I have till the 16th to get this going. my work asked me to fly to dulles va for 6 weeks to work in AOL's datacenter as HP, Dell, IBM, Sun hardware support as they rebuild the datacenter. will be cool trip, but not cool for car work. No SoWo this year VWoA is right down the road.....who is in the Dulles/Hernden area?

    new tails for the 200 daily
    Last edited by dspl1236; 04-09-2011, 09:45 AM.

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  • MikeG
    replied
    Really interesting build I cant wait to see it completed

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  • Funtington
    replied
    Win!

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  • dspl1236
    replied
    got it

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  • dspl1236
    replied
    little touch to the grill




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  • dspl1236
    replied










    Last edited by dspl1236; 04-02-2011, 06:42 PM.

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  • eskimopunk
    replied
    Damn. Sick build. Love that you're staying with audi on the V8.

    Still like i5 20v moar

    Can't wait for more progress

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  • MikeD7
    replied

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  • dspl1236
    replied
    this thing is awesome....so much fun potential


    Eight individually controllable coil drivers for unequal firing or different cylinder advance
    Eight injector drivers, with individual adjustments, for sequential injection up to eight cylinders or control of up to 16 staged twin injectors
    Amplified Coils Support
    Full 3 or 4 wheel traction control with switchable, on dash, on/off and wet/dry settings
    Launch control with numerous options
    Turn off closed loop above TPS & RPM
    Full turbo anti lag facilities, switchable on dash.
    Logging switchable on dash
    Voltage in warning limits during Mapping
    Manifold Pressure as main load
    Improved idle speed control
    Nine auxiliary outputs for various functions
    Improved, more flexible data logging capabilities
    Compensation for air temp / water temp / MAP or barometric pressure on fuel and ignition
    Closed loop Lambda control
    Full turbo pressure control variable by RPM with overboost protection
    Steering wheel button controlled start line RPM limit
    Full power shift cut
    Temperature dependant idle speed control via PWM valve
    Dedicated shift light output
    Serial output of data for dashboard
    Dedicated Tach output
    Two stage main RPM limiter
    Dedicated fuel pump control
    Full start-up fueling map
    Throttle transient enrichment map
    Self test facilities for ignition and injection
    Diagnostics and peak recording

    Real time mapping, no EPROM's required
    Selectable 20 X 14 lambda target map
    In-vehicle fuel map building
    Can use 5 volt linear lambda sensor with external electronics
    All main 3D maps (20 x 14) have user programmable break points.
    Max. RPM up to 16,000.

    Flexible PWM outputs linked to any input useable for any of the following;
    Water injection (multistage)
    Speed related power reduction (Drag bikes)
    NOS control with fuel enrichment and ignition retard (multistage)
    Fuel Mixture control for endurance racing
    Twin Fuel pump control
    Anything else requiring mixture and ignition control linked to an input and an output.


    cant wait to start wiring this weekend!

    Leave a comment:

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