Thanks for ruining a good thing, or TRYING to!
posted Mar 31st 2011 3:24pm by Kevin Dadyfiled under: misc hacks
It seems that there has been some shenanigans happening with the OSHW logo voting page as some are using scripts to game the system for their favorite design. Why? Who knows… How? Well one of the advocates of OSHW [Bill Porter] set about figuring that out, and things should be patched up now, though that still leaves 3,122 faulty votes to weed out on the final day (April 5th).
While it is hard to imagine how someone would be so attached to a logo to write a script just to game votes, its not that surprising considering that we can be a pretty outgoing bunch when it comes to certain topics. Organizers are asking if you’re one of the listed IP addresses, and had good intentions to fess up, and tell which logo(s) you voted for to make the process easier. If not, well, “this is not going to stop everyone’s good efforts.”
If you’re just now getting wind of the OSHW logo voting check out our previous article highlighting this event, and to get more details.
DIY camera stabilizer keeps your video shake free on the cheap
posted Mar 31st 2011 2:22pm by Mike Nathanfiled under: digital cameras hacks, tool hacks
Commercial vest-based camera stabilizer systems are quite expensive, sometimes bearing price tags in the $700-$800 dollar range. Photographer [Miguel Vicente] has a pretty well-stocked workshop and decided there was no way he would shell out that much cash for a rig, so he simply built his own.
“Simply” is a bit of a misstatement, to be honest. The system looks relatively complex, judging by the build videos embedded below. Constructed of steel tubing, custom-built springs, and a really snazzy vest, the rig is adjustable in almost every direction. He has tested its capacity up to 2.5 Kg (roughly 5.5 pounds), though he says it’s pretty unruly to manage at that weight. [Miguel] says that 1.5 Kg (3.3 pounds) is a far more reasonable limit, and that the stabilizer works quite well at or below that weight.
While it looks pretty good to us, he says that there are plans to improve the design even further. One particular point that he wants to address is the ability for the stabilizer to accept asymmetric camera setups, i.e. cameras with attached lighting and microphones.
Stick around to see a short “highlight” film of the build process, as well as a video featuring a more thorough documentation of the stabilizer’s construction.
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