Unfortunately it would not be a plug and play situation. The Solo has a moulded curved belly so the Solo Gimbal has a matching plate that fits the curve. Commerical general purpose gimbals will be flat and it is up to the user to adapt them to a multirotor. You can engineer a mount for the Solo with maybe 3D printed parts. People have done it but there is a lot of hacking involved.
Next Solo owners enjoy a level of control of the Camera and the Gimbal that is not common in the industry. It is partitally due to the IMX6 Linux computer on board which most multirotors do not have. The Solo gimbal was designed around the Gopro but the Gopro is very light at under 100grams. The payload for a multirotor is a critical characteristic and increasing the payload will lower flight time or be too heavy to even lift.
The gimbal has to be able to use the control mechanism that Solo uses. Most gimbals are controlled by PWM signals from the flight controller. Some use s.bus, CANBus and serial connections to send tilt, roll and pan commands. The Solo uses a serial connection and MAvlink commands.
So you see this is a task that requires DIY skills unless the gimbal is specifically designed to be used with Solo.