Compound Lever Inertial Drive - Failure

Nobody likes to have someone come along and publicly state that their creation is flawed, and I do not build replications of anyone’s work with the idea of proving it does NOT work… I am not a “debunker”. That said, I had a specific purpose for doing this replication which didn’t work out so well.
When it first powered up, I got quite excited because it immediately moved across my work bench, but then I put it on wheels… Massive disappointment followed. Repositioning it on a pre-made trolley I could get a sideways movement, but it refused to “roll” in any direction on its own. I also could not prove any reduction of pressure needed to move the trolley.
Next, I laid it over on its side where performance was even worse since it would not even move without wheels.
I reversed rotation, varied the speed from 0 to around 1000 RPM, changed the offset position of the motor, changed the length of the rotor attached to the motor, changed the weight on the arms ends and reversed the short pull arms to be push arms.
My conclusion is that the wheels on the setup in the successful test video I saw were “out of alignment” just enough to cause rolling resistance. This makes it a “stick-slip” drive which is entirely dependent on friction to stop reversion (reverse movement), so I am sad to report this to not be a successful purely inertial drive.