Robot raises body temparature to the point of fusion in a nanosecond.

 

Stretches metallic structure and circuitry to the right format.

 

Freezes into form.

 

New thinner armor is reinforced with an integrated protective field.

 

And back.

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Ummm ... there are probably several thousand unworkable concepts in those few sentences. 

 

But I'll settle for a question : How does the robot (or tape deck, or car, or battleship) raise it's body temperature to the point of fusion?  Especially in a nanosecond.  And, secondly, how does it cool down just as fast?

 

 

PS : Retcon sucks donkey nads.

Apparently, you know nothing about metalworking. Metal, plastic, glass, it can be stretched and shaped to form at high temperatures and then cooled down. How to do that internally and so quick without inflicting self-damages, it doesn't depend on human technology, it depends on Transformers technology, who are a gazillion years ahead of humans in that domain.

 

You can stretch and cool down metal in a lab. Can you simulate subspace now? I doubt it.

Apparently, you know nothing about metalworking. Metal, plastic, glass, it can be stretched and shaped to form at high temperatures and then cooled down. How to do that internally and so quick without inflicting self-damages, it doesn't depend on human technology, it depends on Transformers technology, who are a gazillion years ahead of humans in that domain.

 

You can stretch and cool down metal in a lab. Can you simulate subspace now? I doubt it.

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So stretching something changes it mass does it?  :roll

Apparently, you know nothing about metalworking. Metal, plastic, glass, it can be stretched and shaped to form at high temperatures and then cooled down. How to do that internally and so quick without inflicting self-damages, it doesn't depend on human technology, it depends on Transformers technology, who are a gazillion years ahead of humans in that domain.

 

You can stretch and cool down metal in a lab. Can you simulate subspace now? I doubt it.

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So stretching something changes it mass does it?  :roll

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um no :tflaugh it keeps the same mass but usually ends up way weaker.....but heating and cooling at that temperature might temper it...but on the same note it might weaken it to and cause it to crack or explode.....a good example of this is heating up glass then dropping ice on it it will explode (DO NOT TRY THIS AT HOME KIDS) but metal will warp unless you apply a hammer and so some force but ummm yeah what was i ranting about

note:i know you knew what you were talking about and it wasnt a question.....but i was just stating that someones not the only one that knows about metal working

:P

 

I should rename my thread "size shifting explained". The mass changes with an extreme and fast ingestion of millions of Big Macs (ordered in subspace) by said robot. To return to alternate mode, said robot pukes and craps violently, and then changes size.

said robot pukes and craps violently

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...and Armada was created?

said robot pukes and craps violently

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...and Armada was created?

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Yes my friend. Why do you think Hot Shot is yellow? :)

No, I say that's how Universe was created.. especially Universe Depth Charge. :P

No, I say that's how Universe was created.. especially Universe Depth Charge. :P

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That's a big 'bot to pass through either end!!!  :guh

Apparently, you know nothing about metalworking. Metal, plastic, glass, it can be stretched and shaped to form at high temperatures and then cooled down. How to do that internally and so quick without inflicting self-damages, it doesn't depend on human technology, it depends on Transformers technology, who are a gazillion years ahead of humans in that domain.

 

You can stretch and cool down metal in a lab. Can you simulate subspace now? I doubt it.

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I know a few things about metalwork.  One of them is, no matter how much you stretch something, you still have the same mass.  So, your theory fails right there.

 

Second, metal doesn't shape itself.  It needs something to shape it.  According to you theory there isn't anything to shape it.

 

Third, the super-fast heating and cooling is, to my knowledge, pretty close to impossible .  At the very least you would need huge amounts of energy to accomplish both tasks.  And you just melted your energy supply.

 

So please, don't assume I know nothing about any of this.  If you wanted this theory taken seriously, it's gotta come under serious scrutiny.  "Their technology is a bajillion years ahead of ours" isn't going to cut it.

 

 

PS : Retcon still sucks.