Care to explain how adding a tubro to a motor helps gain fuel efficiency? Last time I checked more air requires more fuel. That means worse gas milage.
The reason TDI’s have a tubro is because it is a smaller displacement diesel motor.
A small turbo would only work to gain MPG if he some how went with say a 1L motor. Maybe even a turbo 600 out of a bike with a 6 speed tranny.
I just made the drive to and from Vermont, and if I can find a semi going the speed I want, I will gladly hitch right behind them. It’s extremely noticable, and makes a major difference.
That is Electrolysis of water. So your pretty much using a car’s 12 volt system to create some hydrogen. I don’t see how this doesn’t hurt your car. Your injectors are still firing using the same amounts of fuel. I would almost see this as being like nitrous. If it does somehow work, I’d imagine you would need a hell of a tune.
last summer i got 39mpg in my k car on the way to pa and that included racing an SRT-4 near angola. walked him hard too.
on the way home i got 36.
the hydrogen thing helps… tells the o2 that things are more rich so the ecu backs off fuel. now the problem is that a mason jar with some stainless steel springs in it doesnt produce enough hydrogen to make a difference imo though i havent tried it.
now a 5 gal bucket loaded with plated of stainless and hooked to the cars battery with a heater hose to the intake might do a little more.
another thing to try make an adjustable gain op amp circuit and install it between the o2 signal and the ecu. add .1-.25v to the signal coming out of the o2 sensor lying to the ecu so it pulls fuel. might mess up the cat but who cares. its a 93 so obd2 doesnt apply.
that kind of mod definitely works. i have a few buddies that have widebands sending a simulated narrowband signal to the stock ecu that is a little richer than what is actually happening to the engine. 37 mpg on a heavy dodge daytona turbo with mixed driving was the result.
Wow how can you feel safe so close behind a semi? You can’t see in front of them, and you’re too close behind in case they slow down.
As for safe trailing distance, there is the “3 second rule.” Say you are 3 seconds behind a semi going 55mph, and d= vt = (24.6 m/s) (3 s) = 73.8 m = 242 feet. I don’t know how much gas you save behind a semi at a reasonably “safe” cruising distance.