Amplifier Causing Problems When Observed at DC
I see several problems with your design.


Replace that POS 1458 IC with a LT1028 with +/- 15 volt supply rails.
RF2 can be fixed at 2.2K, for a gain of 20 which is typical for a power amp.
Use a DC connection from op-amp to your output stage, or it will not be DC stable.
R8 is not a constant-current sink, so you need to boot-strap it to get a wide voltage swing at the driver stage. Replace R8 with two 2.2K resistors, then add a 100uF capacitor from the center of the resistors (- capacitor lead) to the output NFB connection(+ cap lead). This boost the impedance of the driver side a lot so voltage can swing almost rail to rail of the op-amp.
Your final stage does not amplify voltage, usually done with a Darlington pair to achieve high gain. To get an output that swings close to the +/- 23 volt rails you need to buy a high voltage op-amp like the LTC6090. It can be powered up to +/- 70 volts. It cost more than the LT1028 for sure.
You cannot breadboard high-gain wide bandwidth circuits. Ground bounce and contact resistance will make it oscillate like crazy.