Return to battery system? Any knowledgeable firearms enthusiast will tell you things need to be locked down and tight, no movement for consistent shot to shot accuracy. I love Tikka rifles, they are my preferred factory rifle in fact. In the T3 I always replace the aluminum lug with a steel one that is bedded to the action, and I want it fitted so there is no movement. Once this is done I see no practical advantage of the Holland style lug over this system at all, they both achieve the same thing, they just do it differently.
The action screws are torqued to specific value, sometimes this is so a wood or synthetic stock is not compressed. Pillars allow more torque to be applied without ill effects, but still have a value which in a lot of cases is nowhere near the yield strength of the fastener.
So locking everything down 'gooten' tight so there is no movement may not be the way to go depending on the bedding system employed. Tikka T3 stock, action, recoil lug is a system that works together. The recoil lug where it contacts the receiver slot needs ~0.001" clearance, when assembling the stock to the barreled action the procedure is to tighten the action screws some then with a plastic mallet or thumping the butt on the floor to ensure the lug is forward in the slot then torque the action screws ~ 35 inch pounds.
When the rifle is fired the recoil force is rearward that is why the lug must be forward in the slot (also scope rings on a picatinny rail must be forward in their slots as the majority of the force applied is rearward, these cross bolts a generally torqued to 20-25 inch pounds, but has nothing to do with rifle vibration dynamics) the clearance between the lug and the slot is taken up when this force is removed due to the effects of inertia of the barreled action (Newtons third law) this movement is dictated by the clearance in the slot/lug relationship and is arrested by the action screws, they act like springs, actually they are springs in this application. The deformation of the screws 'movement' can be adjusted by the torque applied to them.
One more example is with a Savage Mod 12 LRP bedding system, which is basically an aluminum V-block system and 2 meaningful action screws. Some people bed these actions, this negates the 'engineered' system at play here. I guess they do this because the rifle is not as accurate as they want. Thinking in the terms of a system, the vibration patterns are 'adjusted' by having the forward screw torqued to a value that holds the thing together and the rear one torqued to an amount that tunes the vibration pattern to produce an accurate system.
Working on this premise the Savage I have has been tuned to one ragged hole at 100m and will hold 0.6moa to 1000 yds when I'm up to it (5 shot groups). This is an off the shelf factory rifle. Many people have accuracy issues with these rifles.
The T3 is good out of the box (varmint models even better) and will put 5 into an inch at 100m with not to much load development. A proper bedding job (being mind full of the system employed), in my experience will take the rifle into the 0.3's and 0.4's.
YMMV