Not really - why not start listening to us? Use a high-side switch with a logic-level p-MOSFET for 5V and high current.
Anything else will either fry itself or drop too much voltage or otherwise be dissappointing.
For instance checkout the "High side switch" on Nick Gammon's pages: https://www.gammon.com.au/motors
If you want to drive low-side, remember everything you switch will be at 5V when switched off, so every
control wire or sensor wire will also have to be at 5V or you'll risk damaging something. This is why
high-side switching is generally preferred, just fewer issues to deal with.
And since you have several servo motors you will need a separate 5V for those, with many amps of
available current.
If you have supplies that are not all the same voltage you'll need to drive your p-MOSFET with a level
shifter circuit (2nd circuit under the "High side driver" section on that page).