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marcdif

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  1. That’s what I figured, just wanted to check if cases went out of stock regularly. Appreciate the insight!
  2. I’ve been considering getting the Fractal Pop Air RGB case for some time for a number of reasons. Upgrading from a completely closed case to one with a side panel, the different color themes are cool, and all that while still having a 5.25” bay! My question is: how long do I have to purchase this? For financial reasons it’d be better if I waited a month or two before purchasing it. But, many times I’ve run into situations where I find a good case for a build and it’s no longer available for sale (on Newegg, Amazon, etc). I know this probably depends on how well the case sells… but should I be worried about it being delisted before I purchase it? Is two months a relatively short time for the life of a SKU? I’d appreciate any tips, thanks!
  3. I think a video focused on the FIRST Robotics Competition (FRC) would be pretty awesome! It's a high school robotics program where students on thousands of teams around the world design, build, wire and program robots. Every year in January a new game is announced. Teams then get to work designing a robot that can play that game. They work for 8-12 weeks until their local competitions where they compete. Winners at these events then compete at a national championship at the end of April. This year's game is called Rapid React - here's the announcement video: The game animation can seem a little cheesy, but the competitions can get intense: Competitions aside, there's a lot of cool technology on the robots. Every robot uses a custom-made controller called the National Instruments roboRIO, and robots are controlled by programs written by the students in Java, C++, or LabVIEW, often with the WPILib Framework. For the first 15 seconds of the match, the robots run autonomously based on those custom programs. Then for 2 minutes 15 seconds a drive team operates it. The robots can use a mix of sensors like encoders, optical sensors, color sensors, potentiometers, ultrasonic sensors, etc. and actuators like CIM motors, brushless motors, servos, pneumatics pistons/solenoids, etc. I was on a team (514!) all through high school and have been mentoring there since I graduated in 2017. It was an amazing way in high school to have a practical way to learn about engineering and programming, and as a mentor it's great to help other students get that same experience. I think there's the potential for at least one video here, if not multiple. Happy to help provide any other info that might be useful!
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