The manual controls are good, but can't match the precision of programmable movements, which are unfortunately limited to within their ZY Play smartphone app. As someone who is a little ambidextrous and likes to swap the gimbal from hand to hand, I did not enjoy using the Weebill 3 with my left hand. The offset joystick feels more ergonomic than gimbals with central controls, but if you're left-handed, it's going to feel very awkward to use. The joystick is angled on the left side of the gimbal, which makes the Weebill 3 ideal for right-handed users. I tend to push my gimbals pretty hard with my fast movements, so that probably adds stress to the motors and reduces battery life, however, I can't imagine a practical application where the Weebill 3 is able to get 21 hours total. I was not using pass-through charging to my camera, so this did not affect my results. Starting a 6-hour wedding shoot with 100% battery, I was able to end the day with approximately 50-60% charge left. But I found I was getting nowhere close to 21 hours with my setup. It also supports pass-through charging to cameras which helps keep your camera fully charged at all times. The PD fast charging supports from zero to full in an impressive two hours. This isn't possible with the Weebill 3, but with its fast charging, you can reliably power the gimbal off a power bank or quickly charge it with a wall outlet. I've never needed to swap out batteries, but I understand some operators like the ability to bring extra fully charged batteries. The Weebill 3 has a 7,800mAh internal (non-removable) battery in its grip, which now provides up to a claimed 21 hours of use. When pushing the Weebill 3 to the extremes, although I was still technically well below its max payload, these are still applications where a bigger gimbal will be the better choice. Results even walking slowly or even panning in place were shakier compared to the RS2. The Weebill 3 is significantly slower, and at some angles wasn't powerful enough to spin the camera at all.Īdditionally, while the Weebill 3 is capable of supporting my longer and heavier Tamron 35-150, at 150mm it throws the center of gravity off, causing the gimbal to struggle far more. This is especially apparent as well with the inception spinning mode that rotates the camera continuously. When following fast-moving subjects while I was running, I felt more confident with the RS2 as I could tell that Weebill 3 was not keeping up as quickly. A point I like to stress about gimbals and their max payloads is that it's one thing for the gimbal to be able to smoothly move your camera setup, but that doesn't always tell the full story. Where the RS2 and its stronger motors still have an edge is in keeping up with faster and more jerky movements. With the Sony a7siii and the Sigma 24-70, I think the Weebill 3 is mostly on par with the DJI RS2 for general use. Kudos to "Nginx with dynamic upstreams" (tenzer.Whether you're walking, running, or just standing in place, the Zhiyun Weebill 3 can help you capture great videos even if you're not the most steady or don't have the best technique yet. If not found, is determined using a resolver. In this case, if an address is specifiedĪs a domain name, the name is searched among the described server groups, and, The docs on proxy_pass explain why this trick works: # use google dns to resolve host after IP cached expires You can tell nginx to use a name server to re-resolve the domain once the cached The problem is that nginx will resolve the IP address once, and keep it cachedįor subsequent requests until the configuration is reloaded. Its IP address changes (e.g.: your upstream points to an AWS Elastic Load You can also face this situation if your upstream server uses a domain name, and Proxy_set_header X-Forwarded-For $proxy_add_x_forwarded_for Īnd the output from my Nginx error log: 7 13:10:58 31406#0: *1 upstream timed out (110: Connection timed out) while connecting to upstream, client: xxx.xx.xxx.xxx, server: mywebsite.example, request: "GET / HTTP/1.1", upstream: "", host: "mywebsite.example" Root /home/user/public_html/mywebsite.example/public Īccess_log /home/user/public_html/mywebsite.example/log/access.log upstreamlog Įrror_log /home/user/public_html/mywebsite.example/log/error.log So something is preventing Nginx from communicating with the upstream server.Īll this started after my hosting company reset the machine my stuff was running on, prior to that no issues whatsoever. However, if I load mywebsite.example:8001, the application loads as expected! If I go to mywebsite.example or do a wget, I get a 504 Gateway Timeout after 60 seconds. I am using Nginx as a reverse proxy that takes requests then does a proxy_pass to get the actual web application from the upstream server running on port 8001.
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