Akumulator Telesin for GoPro Hero 13
Telesin battery for GoPro Hero 13Meet the high-performance Telesin battery created with GoPro Hero 13 camera users in mind. With full compatibility with the original chargers and camera, the battery works without any messages or interference. What's more, its ability to run the camera smoothly even at -20°C or 40°C makes it an excellent choice for anyone filming in harsh weather conditions - from snowy slopes to hot deserts.
Longer operation, full reliabilityThe Telesin battery offers performance comparable to the original GoPro Hero 13 battery, while providing up to 15% more runtime than other models. On a single charge, you can record up to 72 minutes in 4K/120 fps, 85 minutes in 4K/60 fps or up to 136 minutes in 1080p/30 fps. It's ideal for vloggers, athletes and all creators who want longer running time without interruption.
Ready for cold and heat - always in actionThe battery works stably even at -20°C, making it indispensable for winter expeditions or mountain descents. In tests at -15°C, it guaranteed uninterrupted recording for 1.25 hours. Thanks to the use of advanced lithium cells, it also performs well in high temperatures (up to 40°C), guaranteeing stable power supply in all conditions.
Quality and safety confirmed by standardsThe device uses original manufacturing standards and rigorous quality control. Each battery undergoes at least 200 commissioning tests, guaranteeing no pop-up messages and the ability to check the charge level in real time. The cells are GB31241-2022 compliant and offer a capacity of 1900 mAh, allowing you to take about 280 photos or as much as 4.5 hours of recording.
Maximum safety with multi-layer protectionThe battery is equipped with a triple protection system - a Class V fireproof material, an anti-explosion layer and a protective PC coating. The device's housing made of durable plastic is resistant to impact and abrasion, and the 1:1 design guarantees a perfect fit for the camera. Protection systems includeamong others. protection against overheating, overcharging, short circuit, overvoltage, over-discharge, and electromagnetic field protection.
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