NEEWER 3 Pack 2400mAh LP-E6P/LP-E6NH/LP-E6N Replacement Battery & USB Triple Charger, Compatible with Canon EOS R5 Mark II EOS R5 EOS R6 EOS R7 EOS R 5D II III IV 6D 6D II 7D 7D II 60D 70D 80D 90D

【Fully Compatible with Canon Cameras Powered by LP-E6P Battery】 NEEWER newly upgraded LP-E6P replacement battery is fully decoded as a professional alternative to the original LP-E6P/LP-E6NH/LP-E6N/LP-E6 models. It features an impressive 6A max continuous discharge current, effortlessly powering the latest EOS R5 Mark II, seamlessly compatible with Canon EOS R5 Mark II EOS R5 EOS R6 EOS R7 EOS R EOS 5D Mark II/III/IV EOS 6D EOS 6D Mark II EOS 7D EOS 7D Mark II EOS 60D EOS 70D EOS 80D EOS 90D 【3Pcs 2200mAh Replacement Batteries】 3 pack 2200mAh replacement batteries for LP-E6P with higher capacity than the original give sufficient power to support extended shooting, as reliable backup power supply on the go. Compact and lightweight, easily slip into a bag's pocket for transport. NOTE: For optimal battery longevity, please fully charge the battery before first use 【Triple Slot USB Charger】 The USB charger can simultaneously charge 3 batteries to full capacity in just 6.25 hours, significantly improving your shooting efficiency. It features Micro USB and Type C dual input ports, allowing charging from a portable charger, car charger, or computer using the included USB A to USB C cable. An LCD display provides real time charging status 【Manufactured to Original Standards】 Our battery is fully decoded to match the original LP-E6P battery specifications, sharing the same size and offering reliable power support with real time battery level display on the camera. It fits the compartment perfectly, avoiding issues such as jamming or bulging that could potentially damage the camera (camera NOT included) 【Reassuring Quality & Safety】 Owing to fireproof ABS+PC casing and selective premium core chips, this battery & USB charger set provides a comprehensive protection system preventing overheating, overcharging, over discharge, short circuits, overcurrent, and overvoltage to avoid potential hazards during charging/use