Data Base Stat Changes

Well, he said they they have Timid Natures and perfect IVs, and I'm going to assume EV spreads of 4 HP/252 SA/252 Speed:

Latias
302 - 80
201 - 94 (?) (Base 100 would yield 212)
276 - 120
379 - 140
336 - 150
350 - 110

Latios
302 - 80
255 - 124 (?) (Base 130 would yield 266)
236 - 100
419 - 160
276 - 120
350 - 110

So except for their Attack Stats, those Base Stats seem to be correct. Maybe I'm doing something wrong with the stat calculations, but as far as I know I'm not. More than likely their Attack IVs aren't quite perfect, which would explain the discrepancy.
 
Well, he said they they have Timid Natures and perfect IVs, and I'm going to assume EV spreads of 4 HP/252 SA/252 Speed:

Latias
302 - 80
201 - 94 (?) (Base 100 would yield 212)
276 - 120
379 - 140
336 - 150
350 - 110

Latios
302 - 80
255 - 124 (?) (Base 130 would yield 266)
236 - 100
419 - 160
276 - 120
350 - 110

So except for their Attack Stats, those Base Stats seem to be correct. Maybe I'm doing something wrong with the stat calculations, but as far as I know I'm not. More than likely their Attack IVs aren't quite perfect, which would explain the discrepancy.
Did you remember to include the attack drop from Timid Nature?
 
I did. I'm not too worried about it; base 100 for Latias and 130 for Latios make sense to me.

To show my math:

The stat calculation formula (for stats other than HP) is ((((2B+I+E)*L)/100)+5)*N
B is the base stat
I is the individual value
E is the effort values the Pokémon has in a stat divided by 4 and rounded down
L is the Pokémon's level
N is the nature multiplier (0.9, 1, or 1.1)

Assuming a base stat of 100 for Mega Latias's Attack with a hindering nature, no EVs, and a perfect IV:
((((2*100+31+0)*100)/100)+5)*0.9
((200+31)+5)*0.9
236*0.9 = 212.4
212

Now, if we put a base stat of 94 with the other criteria:
((((2*94+31+0)*100)/100)+5)*0.9
((188+31)+5)*0.9
224*0.9 = 201.6
201
 
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