I just saw this in my vimeo home page and I think it is really a nice gear. I might check with drapes to work on something similar (DIY version). The idea is clever:
What do you think?
I just saw this in my vimeo home page and I think it is really a nice gear. I might check with drapes to work on something similar (DIY version). The idea is clever:
What do you think?
Clever: it's the word. Sure I'm about to start working on something like that it's just genious and simple as hell at the same time. I already figured out how to make a longer slider without it to bend due to the weight. I'll share it when done for sure.
Thanks charlie! that a nice found!
Just thought of a concept, slightly different from the original from JuicedLink:
Having 4 different parts with one rod holding a bearing, one in front of the other and fully adjustable: so you could have bigger rails or smaller ones, and it could fit on pretty much everything. Having each rod on a separate piece would also lead to have each bearing spaced in a minimum of 1inch, allowing the slider more stability: the bearing on the each front and rear part would hold on 4-5 inches on the rails. It might not be very clear to explain it, but I'll draw something and I'll post it later tonight. The way I visualize the concept would be very stable and fully adjustable.
Here's this one too. Looks like a nice alternative too, and it's probably less complicated to do:
ss%20on%20tripod.jpgsilent%20slider%20block2.jpg
Here's what I've done today:
It's a rough version, but I plan to work a bit more on it next week. Actually it gave interesting results for the price. I'm uploading a test video now, I'll post it later.
Here's the video. Basic, no work in post, just the fades between the clips:
Not bad, but I'll work on something else later this week to make it even better.
Well, well, well, these look sweet and nicely made. I must confess some of us dont have the DIY skill that some ooze with. Should i say a brown thumb or a drill thumb- hahaha.
Can anyone make some of these so we could buy from them?
Here's the laster version I've slightly modified from the original. Simpler and works better with the aluminium right angles than the pvc pipes:
(Album here)
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Normally people use urethane wheels, and not just the plain bearings. Is it noisy?
"beautiful girls are the cheapest special effect"
- Roger Corman
Like skate or rollerblade wheels, yeah it's usually what people does. But it makes the whole thing a lot bigger. As for the noise, I guess you won't go over 15mph so it should be ok! No seriously, if you push it fast enough, yeah the metal-on-metal becomes noisy, but as the rails I've been using wasn't longer than 3 feet...I plan to use it for slow camera movement, and I usually do the sound in post and not on-camera so it doesn't really matters if it makes a bit of noise. I had a set of cheap skate wheels and they were too much plastic so it didn't really cut on the noise due to the "friction" on the rails. That being said, the "bare" bearings on the PVC pipes were way more silent. But the PVC pipes are a bit more flexible which leads to a little curve during the movement. On the opposite, the aluminium angle doesn't move at all and provides a great smooth movement, but there's a bit of noise if you push it too fast. Something I can live with.
Yeah, but it requires a very flat surface in order to produce very nice and stable results. The model I'm working on right now use rails, which are way more stable.
But this one is easy to do and can gives very decent results on a flat surface
Skateboard wheels. here on amazon.
Seems like I have a project this summer.![]()
Locally, at a bearing store (that simple!)
You can try McMaster-Carr on the web. They have almost anything. www.mcmaster.com
Here's the last news guys, *almost* finished, I'll have to work on the rails again, but so far it's adjustable and it can fully be dissassembled:
Video is rendering, I'll post it tomorow morning. Running time 4:00;20 so you'll see it in action at different speeds, in different location and I even tried some different angles.