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Thread: ESE's works engine tuner

  1. #40561
    Join Date
    18th March 2012 - 08:35
    Bike
    Homebuilt chassi, Kawasaki 212cc
    Location
    Sweden
    Posts
    689
    Everone want΄s more speed...
    So, go the easy way with boost!!
    Shuuututututututuuu!!!

    A VERY simplified guide:


  2. #40562
    Join Date
    22nd November 2013 - 16:32
    Bike
    STRIKE trike & KTM300 EXC TPI
    Location
    Perth, Western Australia
    Posts
    894
    Surely this is the go....high power , low emissions , no expansion chambers....dyno proven...

    And here it is: https://www.youtube.com/watch?v=5czHDU6pK8E

    Lots of other 2 stroke stuff on youtube under "driving4answers" 2 strokes
    "Success is the ability to go from one failure to another with no loss of enthusiasm.”

  3. #40563
    Join Date
    28th August 2015 - 00:01
    Bike
    1975 Hodaka Wombat
    Location
    Eugene, Oregon, USA
    Posts
    323
    As I posted earlier, most of the problems with two strokes were solved a long time ago. The Junkers opposed piston aircraft two strokes were reasonably successful both with their weight and especially with their fuel economy. If you replace the blower with a modern electric turbocharger you get even better power, weight, and economy.

    Lohring Miller

  4. #40564
    Join Date
    28th August 2015 - 00:01
    Bike
    1975 Hodaka Wombat
    Location
    Eugene, Oregon, USA
    Posts
    323

    Inertial Dyno Woes

    A friend built an inertial dyno based on our very successful small engine dyno. Though we had maybe thousands of trouble free runs, he has had issues. Pictures of both dynos are below. Ours is on the bench with the shield.



    His problems have been:

    Constant failures of the square key connecting the engine to the dyno

    Failures of the round shaft he replaced the square shaft with

    Slip of the shaft Locktited into the flywheel



    The only difference between his dyno and ours is the position of the clutch and the Lovejoy coupling. We have the coupling before the clutch and he has the clutch before the coupling. My thought is that the clutch is a solid connection and in our design the coupling insulates the engine's torque fluctuations from the flywheel's constant inertia better. We never did more than twist the square key. Others with dynos we copied never had any of these problems either.



    What are your thoughts?

    Lohring Miller

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