Okay, let's break down how to achieve 33G (which I'll assume means 33 grams, a common unit for camera weight) delay shooting with a long take, using only one battery. This is a challenging setup, primarily because the delay itself consumes significant power, and long takes drain batteries quickly, especially when the camera is active.
This assumes you're using a camera capable of time-lapse or interval shooting (like a GoPro, DJI Osmo Action, or similar action cameras), though the principles can apply to DSLRs or mirrorless if they have the right features.
"Understanding the Challenge:"
1. "High Delay Power Consumption:" The camera needs to stay awake and process data for the entire delay period before taking the shot. This uses more power than just recording continuously.
2. "Long Recording Duration:" Recording for an extended period, especially if you're also using video, drains the battery rapidly.
3. "33G Camera Weight:" While not directly related to battery life, it implies a compact camera, which might have smaller battery capacities.
"Core Concept: The "Pump" Method"
The key idea is to use a separate, high-capacity "pump" battery pack to provide power to the camera during the delay periods. The main battery pack powers the camera only during the short exposure/shooting intervals.
"Steps to Set Up 1-Battery Operation for 33G
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我保证文件夹里并没有放小电影
这里是《玩机实录》第二期
我用一块Mavic电池拍了33.43G的文件
作为勤俭省电的节能青年
我很想知道一块Mavic电池能干些啥
于是我用1.5格电拍下了这个画面⤵️
用1格电拍下了这个画面⤵️
用0.5格电拍下了这个画面⤵️
最后用33.43G素材中的一部分剪了
一个1分30秒的小短片
小短片7秒gif版
完整版及拍摄全过程见⤵️
《玩机实录》第二期
视频加载中...