Protective phone case ESR Cyber Tough HaloLock for iPhone 16 Plus — hard-shell, HaloLock magnets, built-in fold-out stand, black

ESR Cyber Tough (HaloLock) case with stand for iPhone 16 Plus in black provides robust military-grade protection while maintaining a slim, lightweight profile. Designed for iPhone 16 Plus, the cover meets MIL-STD-810H 516.8 standards and can survive drops from heights up to 7 meters. The case integrates strong HaloLock magnets for stable attachment of magnetic accessories and includes a built-in stand for flexible viewing angles.

Advantages

The HaloLock system delivers 25% stronger magnets than standard solutions, ensuring a more secure magnetic connection even under higher loads. The three-layer construction — Poron shock-absorbing padding, a TPU impact layer and a scratch-resistant hard PC shell — combines durability with a comfortable grip and a slim silhouette. The integrated stand supports both portrait and landscape positions, and wireless charging is possible without removing the case.

Key specifications

• Manufacturer: ESR
• Manufacturer code (MPN): 1A7640102
• Compatibility: iPhone 16 Plus
• Color: Black
• Drop protection: up to 7 meters (meets MIL-STD-810H 516.8)
• Magnetic system: HaloLock (25% stronger magnets)
• Construction: Poron shock-absorbing layer + TPU impact layer + hard PC shell
• Features: Built-in stand, wireless charging compatible

How to use

Align the case with your iPhone 16 Plus and press gently until it snaps into place, ensuring all edges and ports fit correctly. Attach HaloLock-compatible magnetic accessories by aligning them with the case’s magnetic area for a secure connection. Use the integrated stand to position the phone in portrait or landscape orientation as needed. For wireless charging, place the phone on a compatible charger without removing the case.

Recommendations

For optimal protection, inspect the case regularly for damage and replace it if the structure is compromised. When using strong magnetic accessories, ensure connectors and ports remain unobstructed. Avoid prolonged exposure to extreme temperatures to preserve material integrity.