QUOTE(dares @ Dec 23 2014, 11:14 PM)
If we're talking about ambient temperature affecting the engine itself, remember during normal driving the engine temperature is regulated at 80c-90c via water cooling, this is the most optimum operating temperature for the engine.
Therefore,ambient temperature will have little to no effect on the engine itself.
Engine oil temperature is different and is indicative of the engine's internal temperature, nothing to do with ambient temperature.
The gaga's intake is designed to suck in whatever air in front of it. It is definitely not a cold air intake.
But then, does the insulation/wrap cool the air down in the intake funnel/airbox?
Like I was asking, isn't the air passing the intake system too fast to be affected by the temperature of the materials?
There is also the question of where is the ambient temp sensor located.
Yep, I think this would be much more effective than insulating the intake system.
Cooler air has a higher density, thus containing more oxygen per volume unit than warmer air(from WIKI). If the intake air is already HOT, given enough time to chill the air, the density wouldn't increase because that's the amount of air taken into the intake funnel

So, basically you nailed it

Heat wrapping doesn't change the combustion, but actual air intake temperature before the intake funnel does. In other word, make the atmosphere cold before you drive out, or plonk NOS

To answer on behalf of cikgu CLASS OF tigabelas, water coolant is meant for cooling the engine down, has nothing to do with intake temperature. Older vehicle has a intake design of directing a funnel to exhaust manifold to suck hot air in the winter, whereas another intake funnel pointed between headlamp and radiator for cooler air intake during the summer

On a general consensus, cooler the better but NOT freezing cold.
Have answered
Quazacolt with honeycomb philosophy, not sure whether that will help. The trouble is, honeycomb structure will create more air restriction.
This post has been edited by davidke20: Dec 23 2014, 11:35 PM