Carina C2 Battery Pack for Meta RayBan Glasses Wayfarer Standard 50-22-150 Battery Extender, Wearable Design, Gen1 & Gen2 Support, Portable Power Pod, Up to 3.6 Full Charges

[Snap-and-Go Magnetic Link] Ditch the bulky charging case. The Carina C2 features a self-aligning magnetic "snap-and-go" connection that stays secure during active use. Swap batteries instantly to extend your smart glasses' runtime by up to 14 extra hours for Gen 1 and 19 hours for Gen 2never run out of power mid-capture or mid-call. [Innovative 1100mAh Battery System] Engineered specifically as a power accessory compatible with Ray-Ban Meta smart glasses, the all-new C2 system includes two hot-swappable batteries and a portable charging case delivering a combined 1100mAh capacity. It provides up to 3.6 full charges for Gen 1 and 2.4 full charges for Gen 2.

[Phantom Comfort & Ultra-Lightweight] Designed for ultimate, all-day comfort without compromising your style. Featuring a 1mm ultra-slim LDS circuit, the discrete mounts weigh just 3.9 g and sit completely flush against the frame. Each battery weighs a mere 7.6 g, delivering seamless, invisible power that feels completely weightless. [Precision Fit & Model Verification] IMPORTANT SIZE CHECK: Precision-engineered for specific contours. Please check your inner frame measurements before purchasing: Select "for Wayfarer Standard" for size 50-22-150, or "for Wayfarer Large" for size 53-22-155.
(Note: Not compatible with Ray-Ban Meta Headliner, Skyler, Oakley Meta, or Meta Display models). [Seamless Compatibility & Complete Kit] Fits perfectly into your daily lifestylecharge your glasses normally in the original case or on the Carina S1 stand without removing the mounts.
What You Get: Detachable Battery x2, Charging Case x1, Nose Mount x1, Temple Mount x1, USB-C Cable x1, and Cleaning Wipe x1. [Compatible with Replacement Lenses] Designed for versatility, it is fully compatible with replacement sunglass lenses for RayBan Meta, allowing you to easily swap styles or prescriptive options without interfering with power delivery