技术细节
| 外壳类型 |
Cover case |
| 兼容性 |
iPhone 5 |
| 品牌兼容性 |
Apple |
D30 Special Ops Combat Patrol Case with Holster for iPhone 5 - Black
- High quality construction integrated with patented D3O impact protection material for maximum protection
- Minimalistic look and feel - does not add bulk to your device
- Full functional access to your device
The Special Ops Combat Case for iPhone 5 is the toughest and most rugged 6-layer impact protection case yet and, thanks to Tech21's obsessive research and development, is 100% 'Impactology' approved. The Combat Case incorporates Tech21's Tactical Impact Band with front and back covers constructed from a reinforced, soft-touch polycarbonate shell. The case is made of reinforced TPU to provide additional impact protection, offering a secure fit with a minimalistic design while leaving access to all ports and function buttons.
Tech 21's cases are fully fully integrated with D3O, a patented protective material that combines impact protection and high performance shock absorption to protect your electronic device. D3O is a revolutionary technology used by the Ministry of Defence and US Special Forces, as well as in 'impact' sports such as motorcycling and skiing. The unique structure protects your investment without compromising the functionality and style of your device.
What is D3O?.....D3O is a patented protective material that combines enhanced chemistry with product engineering to produce high performance shock absorption and impact protections solutions. In its' raw state, the D3O material flows freely when moved slowly, but on shock, locks together to absorb and disperse energy, before instantly returning to its flexible state. This, combined with product engineering and enhanced chemistry, results in a number of high performance impact protective solutions.
How it works.....The functionality of the raw material originates from the synergistic effects of the polymer based dilatants. Energy is distributed throughout the synthetic elastomeric polymer and the enhanced chemistry continues to distribute energy on throughout the matrix, significantly reducing the effect of impact.
