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My speed testing. With JSB 18.13 gr, 959 fps at 4 turns out 942 fps at 4 + 5/29 turns 896 fps at 5 turns Finally set up at 4 turns out, 959.4 fps/ 10 shots. This is where the hammer spring adjuster ended up at 4 turns.

@mcoulter got 960 fps at about 2.6 turns with FX 18 gr. https://www.airgunnation.com/threads/cricket-2-tactical-22-long-hammer-spring-testing.1104778/

Finally set up at 4 turns out, 959.4 fps/ 10 shots. This is where the hammer spring adjuster ended up at 4 turns.

Speed testing. With JSB 18.13 gr, hammer spring adjuster fully screwed in = "0" turns. 959 fps at 4 turns out (counter clockwise) 942 fps at 4 + 5/29 turns 896 fps at 5 turns

Done

3 x 29 = 87

Removed the adjuster to made marks.

Next is hammer spring adjustment.

1st stage trigger travel is not adjustable. The stock is only thing need to remove. I removed both.

Adjusted 1st stage trigger pull force a little bit heavier to about 9 oz. For adjustment, just turns #80 trigger rod to move the #79 lock washer front/ rear. Do not cut the #78 spring shorter.

Adjusted 2nd stage trigger pull force from about 8 oz to 14.5 oz. Now I can feel the 2nd stage clear. 8 oz is too soft, almost same 1st stage. (Picture is a Cricket.)

Adjusted 2nd stage trigger travel. 2nd stage trigger travel = engage length of top and bottom sear. This a my hunting gun. For safety reasons, I set it up a little bit long. If you want a "hair" trigger, asjust it shorter. After 2nd stage trigger travel adjustment, the cocked trigger blade...

Adjusted trigger blade placement, from position a (cocked)/ b (uncocked) moved to c (cocked)/ d (uncocked). For adjustment, disconnect #77a from #63, then turns #80 trigger rod AND #77a together. (= keep #77a & #80 in place, only #77b moving front or rear.) If turns #77a then both trigger blade...

update. All done, the torque are: A = 15 in.lbs with Never-Seez, It's enough to hold the barrel tight. B = 20 in.lbs with Never-Seez C = didn't touch it.

I don't want to damage these aluminium screw hole. I am engineer. rocket science😉

I will work on the gun next weened.

Finally the max torque with Never-Seez are: A = 25 in.lbs B = 21 in.lbs C = 11 in.lbs

I will use Never-See on both the threads and cap, 40% less torque.

The use of Never-Seez Regular Grade requires about 30% less torque while providing the same clamping force on threads. This torque percentage is even lower if Never-Seez is applied to both the threads and bolt cap, which is the preferred method.