NEEWER Battery Grip Power Supply for HS MS HB Series COB Video Lights, 6800mAh/99Wh Type C PD 100W Output D TAP 14.4V/10A, Handheld Photography Light Stand for Travel Outdoor Video Recording, PH99E

On The Go Power for Portable COB Lights This portable handgrip battery is especially suitable for NEEWER HS60B HS60C MS60 MS60B MS60C MS150 MS150B MS150C HB80B HB80C video lights or other compact COB lights, providing a lighter solution for battery powered handheld video lighting. The large capacity of 6800mAh/99Wh ensures a reliable, steady power supply for extended shooting. Powering the 60W HS60B at full capacity for 1.3 hours via USB C or the 68W HS60B for 1.1 hours via D Tap

Two Way USB C PD Fast Charging The USB C interface supports 65W input and 100W output PD fast charging using the included USB C to USB C cable, enabling rapid power delivery to your cameras, LED panel lights, smartphones, tablets, and other USB C devices. It offers adjustable current levels to match the needs of different devices for optimal charging

High Efficiency D TAP Port Supports Output & InputThis rechargeable battery handle features 14.4V/10A D TAP output, a revolution for V Mount batteries, providing stable, high current power for demanding professional studio lighting while supporting up to 16.8V input for fast recharging

1/4" Screw & Threaded Hole The power grip for video light has a 1/4" screw on top for securely attaching your lighting equipment, and a 1/4" threaded hole at the bottom to allow easy mounting on a camera tripod or photography light stand, ensuring a secure setup and releasing your hands. With a slim profile of 1.97"×1.97"×8.35" (50×50×212mm), it also doubles as a portable handheld light stand for stable and convenient handheld shooting

Advanced Protection System The built in multi protection system guards against overcharging, over discharge, overcurrent, overvoltage, overheating, overpower, and short circuits. It ensures safe, efficient power delivery and protects both your battery grip and connected devices from potential damage