Did you know that, in Avengers: Age of Ultron, there’s a reason why Ultron’s vibranium armor started to melt when he was hit simultaneously by Thor’s lightning, Tony Stark’s energy blasts, and Vision’s energy beam?
If you pay close attention, you’ll notice that it’s not actually the vibranium that’s melting, but the interior of Ultron’s armor. As that inner part begins to break down, the outer vibranium plates also start to fall apart.
Another possible explanation is that he was being hit by three extremely powerful sources: the power of a god, an Infinity Stone, and some kind of special weaponry from Iron Man. Maybe vibranium just can’t handle that combination. After all, as strong as it is, it’s still a metal — and every metal has a melting point.
If you pay close attention, you’ll notice that it’s not actually the vibranium that’s melting, but the interior of Ultron’s armor. As that inner part begins to break down, the outer vibranium plates also start to fall apart.
Another possible explanation is that he was being hit by three extremely powerful sources: the power of a god, an Infinity Stone, and some kind of special weaponry from Iron Man. Maybe vibranium just can’t handle that combination. After all, as strong as it is, it’s still a metal — and every metal has a melting point.
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Short filmTranscript
00:00Did you know that, in Avengers, Age of Ultron, there's a reason why Ultron's vibranium armor
00:04started to melt when he was hit simultaneously by Thor's lightning, Tony Stark's energy blasts,
00:08and Vision's energy beam? If you pay close attention, you'll notice that it's not actually
00:12the vibranium that's melting, but the interior of Ultron's armor. As that inner part begins to
00:16break down, the outer vibranium plates also start to fall apart. Another possible explanation is
00:20that he was being hit by three extremely powerful sources, the power of a god, an infinity stone,
00:25and some kind of special weaponry from Iron Man. Maybe vibranium just can't handle that
00:29combination. After all, as strong as it is, it's still a metal, and every metal has a melting point.