
[Magsafe Compatible] [Mars Series] Apple iPhone 16 / iPhone 16 Plus / 16 Pro / 16 Pro Max Shellbox Full Covered Waterproof Heavy Duty Tough Armor Case
Compatible With:
- Apple iPhone 16
- Apple iPhone 16 Plus
- Apple iPhone 16 Pro
- Apple iPhone 16 Pro Max
Product Features:
- Fully sealed waterproof IP68 design
- Military-grade MIL-STD810G-516.6 drop protection
- Powerful magnetic wireless charging
- Skin-friendly TPU eco-material
- High-definition underwater photography
Description:
Expertly crafted with a fully sealed waterproof design, this case offers military-grade drop protection and strong magnetic compatibility for wireless charging. Made with skin-friendly TPU eco-material, it allows for high-definition underwater photography without compromising functionality.
Compatible With:
- Apple iPhone 16
- Apple iPhone 16 Plus
- Apple iPhone 16 Pro
- Apple iPhone 16 Pro Max
Product Features:
- Fully sealed waterproof IP68 design
- Military-grade MIL-STD810G-516.6 drop protection
- Powerful magnetic wireless charging
- Skin-friendly TPU eco-material
- High-definition underwater photography
Description:
Expertly crafted with a fully sealed waterproof design, this case offers military-grade drop protection and strong magnetic compatibility for wireless charging. Made with skin-friendly TPU eco-material, it allows for high-definition underwater photography without compromising functionality.
Original: $31.23
-65%$31.23
$10.93Description
Compatible With:
- Apple iPhone 16
- Apple iPhone 16 Plus
- Apple iPhone 16 Pro
- Apple iPhone 16 Pro Max
Product Features:
- Fully sealed waterproof IP68 design
- Military-grade MIL-STD810G-516.6 drop protection
- Powerful magnetic wireless charging
- Skin-friendly TPU eco-material
- High-definition underwater photography
Description:
Expertly crafted with a fully sealed waterproof design, this case offers military-grade drop protection and strong magnetic compatibility for wireless charging. Made with skin-friendly TPU eco-material, it allows for high-definition underwater photography without compromising functionality.
















