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Nylon is also used in arrestor gear used in stopping military aircraft on shortYes, the only difference is the back cover if looking at the same memory size. Originally the Ballistic Nylon was only in Black and only in 64GB, but now there are 32GB varieties and they're available in blue and apparently red too, yet I've only seen the Ballistic in blue.
I have the Ballistic in 64GB black and it's great. Nylon is among the strongest fibers available and commonly used for climbing ropes by window washers, cliff climbers and mountain climbers as well as tree climbers due to its strength to weight ratio and flexibility in all weather conditions, as well as it's resistance to fraying.
I wouldn't necessarily say that the Nylon is designed to be more shock proof in this application however in comparison with a rigid back cover the flexibility if the nylon back will transfer less of the higher frequency vibrations of a drop to the chassis and motherboard, so although perhaps not intentional it's a benefit none the less.
It's also less slippery IMHO, so using it without a case it will be easier to hold.
I don't see any downside.
Nice input and cool.Nylon is also used in arrestor gear used in stopping military aircraft on short
land-based runways. Yes, very, very strong stuff.
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Yes, I'm going to make the assumption that the ballistic nylon that your bag is made of is virtually the same material that's what is on the back of the phone. And yes, nylon in general is extremely strong as indicated in earlier posts as well. If I would need a strong fiber to catch me from a fall for instance off a building into a net, I'd settle for nothing less nylon as the ropes to create the net. It's also used in parachute ropes and many other high tension strength flexible bending or strapping solutions. DuPont. They're the king of fibers.
Kevlar
Let the debate begin
Well.... Yes....Nylon
One of the original synthetic fibres, nylon has been replaced in many applications by newer fibres. Its combination of good shock absorbing properties, wear resistance and its imperviousness to UV light and chemicals still make it the fibre of choice for anchor warps and dock lines.
Polyester
If one were limited to just one fibre for all uses this would be it. It is strong, resistant to UV light and chemicals, kind on the hands and stretches just moderately when loaded. This is the fibre to choose in any application where ultimate performance or minimum weight is not absolutely essential.
Aramid (Kevlar, Twaron, Technora)
First into the market as a high performance fibre, Aramids were for many years the only viable high performance yarns. Offering about twice the strength of polyester and only half the stretch it found wide application on racing yachts especially in applications where weight saving was important.
Despite their impressive properties, Aramids do not make ideal ropes. Poor resistance to UV light can be overcome with careful construction and ensuring that the core is always covered and never exposed to daylight. Low breaking strength when knotted can also be overcome by always ensuring the ends are terminated in a splice, though this is not always a practical solution in real life. Problems with internal friction in the rope core have, however, proved to be the fibre's downfall. Repeated bending causes the strands of the core to rub together and this in turn causes friction damages. Unseen and undetected the core steadily gets weaker until one day, bang! Without any apparent explanation the rope breaks. Unsurprisingly, Aramids are not any longer widely used in sailboat applications.