I don't believe that turbo motors inherently have bad reliability. But do believe that Ford products aren't as engineered for longevity in the way that Toyota products are.
Yes, I agree turbo motors are slightly more complex with more ancillary parts, but they've also been around for many many decades. Toyota's 2JZ-GTE was awesome and known for incredible feats of strength with durability to last. My 2JZ-GTE vvti was tuned extensively, and still way more reliable than my Porsche Turbo (that uses many of the same VW/Audi parts) that has finicky fittings and check valves. I have to pressure test the vacuum/pressure system on that car every couple years. It was literally never a question on the Yota.
A turbo car is not inherently thirsty. The turbo captures waste energy from the exhaust to be put to work, making the motor potentially more efficient. It has a dual personality in that it can be more efficient, but also has the potential to make more power. To make more power, one has to use more fuel. And that is dependent on how heavy the drivers foot is.
Yes, I agree turbo motors are slightly more complex with more ancillary parts, but they've also been around for many many decades. Toyota's 2JZ-GTE was awesome and known for incredible feats of strength with durability to last. My 2JZ-GTE vvti was tuned extensively, and still way more reliable than my Porsche Turbo (that uses many of the same VW/Audi parts) that has finicky fittings and check valves. I have to pressure test the vacuum/pressure system on that car every couple years. It was literally never a question on the Yota.
A turbo car is not inherently thirsty. The turbo captures waste energy from the exhaust to be put to work, making the motor potentially more efficient. It has a dual personality in that it can be more efficient, but also has the potential to make more power. To make more power, one has to use more fuel. And that is dependent on how heavy the drivers foot is.