It will feel a lot better once it's tuned and setup. If you actually look at the dynos and the useable rpm you'd be actually operating the engine in during wot, I don't think you'll see the larger turbos giving much up to a stock turbo or a hybrid. People who fret about big turbos or buy half assed hybrids have probably never owned any kind of car with a proper turbo upgrade. They are physically more reliable, nicer to the engine, and nicer to the drivetrain. There also isn't any point in trying to put 300torque thru the front wheels at 2500rpm on a street tire. It's just silly. And then you're never even in that rpm range again when running thru the gears at wot. Like I said, only the people who don't know any better are fans....
I've owned probably 20 to 25 cars with full turbo upgrades. I always do it right away. Large hybrid turbos are an emap x imap nightmare at the boost pressures people run them at. I don't think anybody would run a hybrid if tuners tested/monitored and released those figures. They often are only balanced to about 50%-70% of the shaft speeds of a factory built turbo(I'm not speaking about any hybrid in particular, but entry level equipment and time constraints often limit builders to those low rpm). They are adding tons of weight; mid sized frame wheels onto stock tiny frame shafts.
One of my closest friends was a borg warner engineer at their NC and Brazilian turbo plants. He had me using extended tip schwitzer turbos nearly a decade before bw bought them out and released them as their airwerks line. He strongly recommends people avoid small turbo shop built hybrids. These days, you can get a bolt on turbo for a reasonable price on so many platforms. There is no reason to. Especially when you consider you'll probably be replacing or rebuilding the hybrid before you expected.....
Don't even get me started on the hybrids that are so large that they have full turbo upgrade lag. Why would you want all the design compromises of a hybrid along with noticeably worse response?