Currently holds 280 rounds for the main gun, 240 in a linkless drum and 40 in a separate magazine holding the APFSDS and PABM for self-defense and anti-vehicle use. There's probably space for a larger drum, which would improve the stowed kill shortage. The turret is unmanned and the crew sit in the front of the hull so the drum can be extended into the hull. I can only imagine how time consuming reloading would be though, at least without the use of special mechanical aids. Spent shells are ejected forward and beneath the gun.
The missiles are designed with an emphasis on speed to minimize flight time and are boost-only like ESSM. As a result they have a shorter range than missiles like the 57E6 used by Pantsir and have a maximum range closer to around 15 km. The top of the box launchers can be opened and the entire pod of six missiles lifted out via crane for replacement, or individual tubes may be replaced in the event most have not been fired when replenishment time comes. The vehicle carries 12 ready rounds and no spares. The main EO/IR turret with the laser designator for missile guidance is located on the right side of the main turret.
The Quick Kill installation holds 16 interceptors with 8 interceptors per box. I've added smoke dispensers to the drawing since I uploaded it (largely as a result of writing this and realizing it could use some softkill protection).
The MG is fed via 100-round belts and an extra 1,200 rounds are carried in boxes. The MG has its own EO/IR sensor and can engage targets separately of the missile system and cannon. Might have to add a small bustle rack for those ammo boxes although I'm trying to keep turret weight to a minimum to maintain rotation speed without the need for absurdly powerful motors.
The search radar is average for its class, with a detection range of around 30 km against most fighter-size targets and commensurately less against smaller RCS targets like artillery shells, mortar bombs, and such.
The turret itself is armored against autocannon fire but not against tank fire. The rest of it is just the regular tank chassis and the crew in the hull are fairly well-protected from tank fire and ATGMs. I'm wondering if there's a point in up-rating the APU to power the heavier electronics load while stationary or just assume the engine will remain at idle to supply enough power.