Inertia Drive project. RFDD.

[MarkE]

I am baseing this around the fact that a rocket engine produces thrust without anything to push against in space-it works via mass ejection. As i seen no effect to either nozzle when two jets of water met at right angle's,then that gave a means to divert or change the direction of the water streem-i cannot measure the small amount of force produced via water surface tension,as it seems to small.

Will be doing more test this weekend,and will carry out the one you recomended Mark.

We are on the same page with respect to the observations.  Ultimately, if we are careful, then we can see reality through the experiments.

[tinman]

If what i see so far with the test i have carried out,then this is one case when there is no equal and opposite reaction. Driving semi's for a living gives you a lot of time on the road to think of different setup's,and picture how they might work. On average,i travel around 800-1000km's a day-so pleanty of time to think.

From what i have seen so far,this project deserves a restart-going back to the begining. I havnt forgotten about my RFDD,but this has a far greater effect and force,and so this will be what gets my attention until i have the correct answer-one that is confirmed by people like your self Mark.

I have a design now in my head,(after a whole day on the road) that will also utilise the high flow of air created by the 1600 psi fan jet.This will also add to the efficiency via way of the venturi effect ! i hope!.

But first i will draw up the first test rig-post it here so as we can discus what flaws it may have for the test to be carried out.

[tinman]

Below is the test setup that will be used throughout the (A) series of test. Then it will be modified to carry out what we will call the (B) series of test.

If successful,i will spend !more money! on building a stand alone system.

The first setup is just to get an accurate pull force reading on the scales. I will be using the house water supply,so as the preasure remains constant throughout the entire test series. When it comes time to use the high prssure pump,i will run both at the same time,and check pull force messurements again-just to make sure. the flow rate from the high pressure pump(fan jet) is only 5.5 LPM,so shouldnt effect the flow to the nozzle to much at all.

[tinman]

The second test,is to place a shield in front of the water jet,so as we can see the equal and opposite force at work. The scale should read zero force shown. If not,then we need to take a closer look at the setup.

[tinman]

Next we will be carrying out test 1 again,but with the high pressure fan jet cutting the water jet,so as the direction of water flow is diverted downward. Scale readings will be compared with the readings from test one.The high pressure fan jet assembly will be fixed to the RHS frame-not the swinging frame.

These are the three test i will be carrying out in the first video,and hope to have them done by sunday-7-9-14.