Just a few hours ago , we commence hearingreports that a small sampling of iPhone 6 Plus owners have experienced a slight bendto their phone after putting the gadget in their front pockets . And now , here ’s what looks like video proof that — yep , this smartphone surely can bow . Although it sure as shooting take some feat .
Loufrom Unbox Therapyputs the rumor to the mental testing with his simple deal , and though it clearly takes quite a chip of force , he is able-bodied to give that handset one hell of an slant . The trash hangs in there , so it ’s still functional . And while it ’s clearly not something that will bump with normal use , the fact that it could happen at all is a piece pertain .
consort to expert , though , it probably should n’t be surprising . As Jeremy Irons , a Design Engineer atCreative Engineeringexplained :
From an engineering standpoint , the iPhone is an amazingly small and delicately build gadget . The only thing really contributing to the structural integrity of the iPhone 6 Plus is the thin atomic number 13 frame of reference that comprehend the back and reaches around the sides . There is also another very thin patch of steel behind the Methedrine , but we are not working with much as far as bending intensity .
Here ’s that oh - so - fragile piece of brand fromiFixit ’s iPhone 6 Plus teardown :
But harmonize to Irons , that ’s not going to be quite enough to make up for the strength lost to sparseness :
Previous iPhones were loggerheaded and not as long . In material bending , larger cross sectioned areas ( thickness x width ) and light lengths make things stronger ( You ca n’t easily crouch a cube ) , while the opposite makes things very easy to flex ( paper is easy folded ) . The increase length and decreased heaviness contribute to the weakness of the novel iPhone . Strength is proportionally related to length , but strength is affected much more by changes in heaviness .
All other affair being adequate , this 0.5 mm modification in thickness greatly affects the bending strength . While the iPhone 5S was only 7 % thicker than the iPhone 6 Plus , it was actually 22 % strong in bending . When you make something long , it scram proportionately more bendable , when you make it thin , it gets a caboodle more bendable .
Still , it ’s important to take note that , though extreme in this case , a slim bending with manipulation is n’t all that rare , as smoothing iron emphasizes :
As a disclaimer , we know nothing about the elaborateness of the iPhone and this is just meditation based on our engineering knowledge . I read that phones often become bent during use and the picture that are surface may only be from utmost cases , and not an actual defect in the product .
We ’ve attain out to Apple for gossip on the yield and will update as presently as we hear back . [ Thanks Lewis ! ]
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