Weight of Titan Cameraman's Hammer[]
Titan cameraman = 62m = 1079.9px
Titan camera arm = 222.6x = 12.780072228910m
Hammer handle[]
Height = 34.2m
Diameter = 3.1m
But I think it might be about 10% hollow, because they're probably trying to save costs and get Titan Cameraman ready to fight as soon as possible.
Steel has a density of 7.85g/cm³ or 7850kg/m³
The weight of the hammer handle is
258.13053117853*7850 = 2026324.66975kg
Hammer head 1[]
height = 6.2 m
diameter 1 = 9.6 m
diameter 2 = 13.5 m
hammer head 2[]
height = 4.5m
diameter = 13.5m
Total hammer head volume[]
644.12466875633+655.77133812135 = 1299.89600688 m³
But I think it should be about 30% hollow because it seems to have some mechanism that makes the blue fire.
Result
1299.89600688*0.7 = 909.927204816 m³
The weight of the hammer head is
909.927204816*7850 = 7142928.55781 kg
Multiply the result by 2 because there are two sides of hammer head.
Result
7142928.55781*2 = 14285857.1156kg
rocket booster[]
height = 5.6 m
diameter 1 = 11.3 m
diameter 2 = 8.9 m
But I think it's probably 80% hollow.
The volume of rocket booster is
450.77456349299*0.2 = 90.1549126986m³
The weight of rocket booster is
90.1549126986*7850 = 707716.064684 kg
Total weight[]
707716.064684+14285857.1156+2026324.66975 = 17,019,897.85 kg/17,019.89785 Ton (Class M)
Titan Cameraman swings his hammer[]
Distance = 54.6m
Time frame = 6 frame (0.2 second)
Speed = 273m/s
Energy[]
0.5*17,019,897.85*273^2 = 634,237,983,431 Joules / 151.58651612 Tons (Multi-City Block)
Lifting Strength[]
Energy/Distance = Lifting Strength
634,237,983,431/54.6 = 11,616,080,282.6 newtons / 1,184,510.5395 Ton-Force (Class G)
Method 2[]
F = ma
m = Hammer mass(17,019,897.85kg)
a = ∆v/∆t = 273/0.2 = 1365m/s^2
Result
17,019,897.85*1365 = 23,232,160,565.3 newtons / 2,369,021.0791 Ton-Force (Class G)