Hair driers are not designed for static pressure especially if you are ever planning to use the heat mode. It'll end up frying itself. If you are just blowing cold air, grab cheap static-pressure style PC fans.
Actually, the hair dryer has been working flawlessly without issue for the past 10 months. Not even close to “frying” itself. I never use the heat mode only cold.
@@Armenian Actually, anecdotes are still anecdotes. I've never personally seen a car accident in 10 months so they must not exist. My car is clearly working flawlessly. Hair driers use axial fans precisely because they provide high volume at low pressure (ala bernoulli principle). The entire goal of a hair drier is to move as much air out the end as possible specifically because there's no resistance to the air coming out. On the flip side - there's a good reason that when you want to move a lot of air THROUGH something like ducts and conduits and pipes where you encounter fluid dynamics and back pressure - you might want a high static pressure device to move that air. That's why you go with centrifugal blowers like in your furnace, or your car, or your clothes dryer, or pretty much any other boot dryer on the market. You know, all those crazy things that are specifically engineered to move air through ducts and pipes. Don't take my word for it. Feel free to check out any exploded diagram of any common air movers, you'll see what I mean. I'm not sure why you're taking it so personally. I'm not attacking your design. I actually like your pipe design with the caps and the way you created the vents. My goal was providing insight you may not have as well as to others who see this design and DOES try to use the heat mode or a lower quality hair dryer, which could be quite catastrophic. You, personally, may have no issues forever. Who knows. That wasn't the point.
A few minutes on heat, 1st thing in the morning and they're not only dry but toasty too!😁
Awesome! Im going to build this for my season of treeplanting in BC
at least he told us the angles and lengths of the elbows and tubes
Amazing
Can buy a timer so you can turn it on and walk away too!
Hair driers are not designed for static pressure especially if you are ever planning to use the heat mode. It'll end up frying itself. If you are just blowing cold air, grab cheap static-pressure style PC fans.
Actually, the hair dryer has been working flawlessly without issue for the past 10 months. Not even close to “frying” itself. I never use the heat mode only cold.
@@Armenian Actually, anecdotes are still anecdotes. I've never personally seen a car accident in 10 months so they must not exist. My car is clearly working flawlessly.
Hair driers use axial fans precisely because they provide high volume at low pressure (ala bernoulli principle). The entire goal of a hair drier is to move as much air out the end as possible specifically because there's no resistance to the air coming out. On the flip side - there's a good reason that when you want to move a lot of air THROUGH something like ducts and conduits and pipes where you encounter fluid dynamics and back pressure - you might want a high static pressure device to move that air. That's why you go with centrifugal blowers like in your furnace, or your car, or your clothes dryer, or pretty much any other boot dryer on the market. You know, all those crazy things that are specifically engineered to move air through ducts and pipes.
Don't take my word for it. Feel free to check out any exploded diagram of any common air movers, you'll see what I mean.
I'm not sure why you're taking it so personally. I'm not attacking your design. I actually like your pipe design with the caps and the way you created the vents. My goal was providing insight you may not have as well as to others who see this design and DOES try to use the heat mode or a lower quality hair dryer, which could be quite catastrophic.
You, personally, may have no issues forever. Who knows. That wasn't the point.