Pega magnética para telefone Logilink AA0173 com luz de preenchimento LED, preta, recarregável, compatível com MagSafe, 3 modos de luz

The Logilink AA0173 Magnetic Phone Grip with LED Fill Light transforms your smartphone into a versatile tool for selfies, video calls, and hands-free viewing. This compact accessory combines a secure magnetic grip, an adjustable kickstand, and a built-in rechargeable LED light – all in one sleek black unit.

Advantages

This phone grip offers three lighting modes (warm, cold, and mixed), each with three brightness levels, giving you nine total settings to match any environment. The integrated 300 mAh battery provides up to two hours of continuous light on a single charge, and the USB-C port ensures fast and convenient recharging. With 360° rotation and 180° tilt, you can easily position your phone at the perfect angle for photography or hands-free watching. Made from durable ABS, PC, and magnets, it is built to last while maintaining a slim profile.

Suitable for

• iPhone 12 series and later with built-in MagSafe magnets
• Any smartphone when using the included metal ring for universal magnetic attachment
• Content creators needing portable fill lighting for videos and selfies
• Everyday users wanting a secure loop grip and stand for media consumption

Key specifications

• Magnetic phone grip with integrated LED fill light
• 3 light modes: warm, cold, mixed
• 3 brightness levels per mode (9 total settings)
• Rechargeable 300 mAh Li-Polymer battery
• Charging via USB-C (5V / 0.5A)
• Charging time: approximately 1 hour
• Operating time: approximately 1.5–2 hours
• 360° rotation and 180° tilt for flexible positioning
• Compatible with MagSafe iPhones and universal smartphones via included metal ring
• Colour: Black
• Material: ABS, PC, magnets

Recommendations

For best results, attach the included metal ring to your phone if it does not have built-in MagSafe. Charge the grip regularly to ensure the LED light is always ready for use. Use the mixed light mode for a natural balance in low-light conditions.