The Frugal Floater (DIY Steadicam)
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- Опубликовано: 31 окт 2011
- Everyone wants a Steadicam! Floating tracking shots can add a unique look to your movie as well as severely cut down on your setup time. This DIY version might be just what you're looking for.
Stuff I use: www.amazon.com/shop/thefrugal...
PARTS LIST:
12" length of 1/2" PVC pipe
7 1/4" length of 1/2" PVC pipe
5" length of 1/2" PVC pipe (shown with optional bicycle grip)
3x 90-degree 1/2" PVC elbows
1x 45-degree 1/2" PVC elbow
3x 1/2" PVC plugs
1x 1/2" PVC end cap
1/2" PVC pipe scrap
3/4" CPVC coupler
Traxxas 5151 universal joint for RC car
www.amazon.com/dp/B000ER8F9C/...
Rollerblade/skateboard bearing (pack of 8)
www.amazon.com/dp/B002BBGTK6/...
tiny washer
tiny machine screw
tiny lock washer
Sima Quickonnect
www.amazon.com/gp/product/B000...
Macro slider rail
Amazon: www.amazon.com/dp/B007L41QZG/r...
eBay: rover.ebay.com/rover/1/711-532...
1 1/2" length of 1/4" threaded rod (or machine screw with head cut off)
hockey tape
2x 1/4-20 machine screws (1 1/4" long)
1x 1/4-20 machine screw (2" long)
1x 1/4-20 machine screw (1 1/2" long)
4x 1/4" hex nuts
2x 1/4" wing nuts
2x 1/4" washers
3x 1/4" lock washers
at least 10x 1/4" fender washers (2" in diameter) - large counterweights
2x 1/4" fender washers (1" in diameter) - small counterweights
electrical tape
For the origin of the gimbal design and much more:
diycamera.com/stabiliser/index... 
Хобби
Thanks for that, it's really helpful. But thanks also for the encouraging comments about practice. Very supportive to those of us who are starting out with this stuff.
*I'm Polish and I do not understand what you say and do not speak good English ... but I saw almost all your movies, and you helped me, thanks
Pure genius - couldn't keep the grin off my face watching this. Thanks for articulating the steps so clearly and for sharing, Scott!
I just made one of your other rigs, and this one is next on my project list! love your videos. thanks!
This is by far the best described video on how to make a steadicam rig. I attempted to make on about a year ago as well and it is in my basement gathering dust. The problem I had was that I couldn't get it balanced. After watching this video, I think I am going to dig it back up again and add the platform you showed here and use the tips you gave on balancing. I had the problem of it swaying. Thanks a bunch for the great video :)
Another great job Frugal!! Really enjoying your videos and fantastic tips and tricks!!
Thanks for posting!!
I can totally appreciate your design. It takes a lot of trial and error to get things right. Very professional video which I appreciate as well. We (at Indicam) know how much work you went through and you are to be commended for it.
Glad you are back, thanks for sharing all of your awesome ideas!
Omg. Double cuteness, I miss our twins when they were little. :) Our grandkids bring us so much happiness now. We have one who is so animated. She will go up to people in stores and just talk to them. She will say "Hi man what are you buying today"? They in return will look at us with huge smiles. Off topic sorry! I love your channel.
mike
Sacramento
I was able to adapt the traxxas and bearing idea to adapt the stem of my tripod into a steadicam handle. Posted it as a video response to show how it is different. Thanks for posting this video. Without it I never would have heard of this great idea!!
You sir and all your videos are simply amazing, thank you.
Wow. Thanks for the best explanation I've seen on diy stabilization. Other vids leave me with unanswered questions. Thanks the realistic expectation setting section, too often glossed over. Also, as a father of 3 daughters, I appreciated the hugga-wuggas at the end. Nicely done!
The smoothness of this footage is AMAZING for the price.
I even subscribed to your channel before wathching your videos. "Utopia Studios" mentioned your channel, then I went to it looking for the most compact DIY Glidecam design and BOOM! Your stuff is very smart. Thank's for making such an interesting channel.
Now this is a Camera stabilizer ! Awesome .. Thank you
I was able to use a 1/2 PVC coup rather than a 3/4 CPVC coup for the bearing. I heated water until it boiled. Holding the coup with pliers. I put what will be the bearing side of the coup into the water just long enough to make the PVC pliable. Once I put the bearing in the coup, I cooled it with ice. It's in there solid and won't pull out. Since I didn't heat the other end, it didn't warp and the scrap piece of PVC I used for the handle fit fine. Thanks to thefrugalfilmmaker for the tutorial.
This is exactly what I was looking for! Thanks for telling me about this thefrugalfilmmaker!
Wow, impressive homemade rig. Well done.
Could be. I've been kicking that idea around for awhile, but haven't tried it out yet. Thanks for the reminder!
I wound up hand-twisting a 1/8" drill bit through the holes, and that opened them up perfectly! Thanks for the reply though. I love your work!
Nice steady cam. I've used my lightweight tripod with the neck extended up and the legs spread, but not extended. You can grab the neck and run with it. This vid shows how well it works - it took a friend about 30 seconds to figure it out. Very easy.
I went to look up the macro rail slider on Amazon, and under the 'frequently bought together' section were the Traxxas Shaft and skateboard bearings. Quite a testament to your rig! I can't wait to build it!
Hey Port, this guy spends his time and passes along his ideas to us, that's pretty honorable if you ask me. Yes, time is money and he spends his free time being creative and helping us.
Thanks for all of your videos!! They give me great ideas and are fun to watch, keep it up :-)
This looks like a great build and it's exciting to see a cheap glidecam. I love your steadicam build and I use it almost all the time.
Very steady..... Good work!
Phenomenal vid and ingenious execution. Thanks.
Really nice- Thanks for sharing this!
As always, great work!
Just amazing. Great job!
Thank you ! The focusing rail is a good idea ! Just ordered twice on ebay !
I only have one word, for your work.... wow....
This is great! I will start mine asap but I think I will add a screw through the center of the middle elbow to balance it up or down with a tad more accuracy. Thanks for this vid!
Thanks for sharing, awesome job!
I'm gathering all the parts now. I'm very thankfull for this video.
So I subbed!
good..now i have all winter to try and come up with this,which looks light enough to take on a wilderness canoe trip.
Awesome diy steadicam vid, should try this for my next filming.Thanks from Japan.
This is brilliant! I love it. Thank you for the ideas and tips.
Nice! I need to make one of these! Very excited. Good Job Thanks.
Great one, i just made this one for my JVC HD Everio cam and works well! :) Thanks for the video!
Great,
You are defiantly bad ass,,, I worked for many years at Pro Camera Repair in NYC. This mount made of simple materials is genius. My shop in the earlier 70s created some of the world 1st under water housings, the first helmet camera mount, as well as 1st ski mount hang glider mount on and on… of course I'm speaking of tye one and only Marty Forsher’s Pro Camera Repair shot 37 west 47th st. Skills like yours would have been greatly appreciated. Keep creating….
Nice. Congratulations!
Two Thumbs Up, from Brazil!
Hi! thanks a lot for the fine film. I have ordered the parts now and I going to build my first Frugal Floater! I got some nice tips from WSClater using two ballbearings for the pan. Thanks!
Thanks man! I'll have to try this!
built one...love it
I made an instant glidecam by taking the center post out of a broken tripod for my Panasonic AG-HVX200. I bolted the top of the mount down to prevent any wiggling which allowed me to still use the pan and tilt on the mount. The bottom of the post had a cap on it so I took the cap off and slide on a 2.5 lb. dumbell plate as a counter weight then put the cap back on. Took less than 5 minutes to make an it works perfectly.
Very practical and interesting video!
Great video Scott, thanks - gave me all the inspiration I think I need. I am preparing for a build with some material modifications once all bits gathered. I got a sliding macro rail - excellent piece of kit, and am waiting on the quick attach head for camera. Also waiting on a universal joint to come - then have a ball joint to use instead of bearing. Plan to use 1/8 x 3/4 Al bar for 'frame' as I have some. In fullness of time hope to post this project and will let you know. Chris.
Thanks for the great work
Thanks. nice build.
Yep. Totally.
Can't get end caps or plugs in the UK, so have had to use bottle tops instead. Managed to scrounge an old bearing from the skateboard shop at no charge. Cleaned & oiled it - seems ok.
Thanks for the inspiration.
Based on how popular floating rigs are, I think the need is still there. Using image stabilization is an option for handheld use, but doesn't create the same look or give you the freedom (like running and still being smooth) that a decent steadying rig does.
YESSS! i've been waiting for scott's take on the merlin, can't wait to give this a try.
love the subtitles!
Beautiful daughters you have ! :) I will be a happy father next month too! :)
Thx for sharing, I will try to make it! Thanks!
GREAT VIDEO
heyy mann, you are incredible. bravo for your works :D
AMAZING...YOU JUST SAVED US ALL A TON OF MONEY!!!
Great work.... Thanks....
@thefrugalfilmmaker: Love the vids! Easier way to whittle down the male end of the Traxxas joint: a course metal file available at your local dollar store, and your vice to hold it while you smooth it out.
That's how I plan to do it when I build this. I just ordered the Traxxas joints and the slider rail
With the Traxxis joints, I found using the "can opener" side of a Swiss Army knife to work great for separating and placing the whole joint together.
awesome bro! thanks so much!
Whenever some one posts a DIY steadycam rig I turn off the sound and watch my cursor on the screen to see how steady the video is. Your example in the beginning of your video was about as good as it gets. The video example at the end of your video was a bit shaky but the first example rocked! I also thought your explanation of the construction was excellent, close up with good sound and lighting. better than the majority of youtube DIY videos. Thanks for sharing.
Just completed my rig. In the process of balancing -___- but i'll get it. Nice ending, I think we all need more hugs :) THANK YOU.
now this is what im talkin about. cant wait to hit up home depot and get all the parts to build this thing
That's a Commodore 1701 Monitor behind you...
Resourceful on the parts. Don't know I would spend $40 as there are even cheaper solutions, but you've done a good job at creating a solution.
One thing I would find important to integrate would be a tension knob to control the pivoting, like a drag setting if you will. This may also come in handy if you wanted to maintain a forward angle while the left/right is still 'active steady' Then again, you could add a base place that functions like a rocking horse for the fixed pitch just the same.
Thanks so much! This rig has amazing results and looks rather inexpensive.
The back weight is very important for the side-to-side adustment, though DSLR users have had trouble using one with this rig.
hugga wugga bugga hugga. lol good stuff Scott!
I actually stop, take off my hat, and salute when your intro music kicks in :)
great vid as usual, very helpful and inspiring ;)
Hmmm...intriguing!
That's where I get mine. I usually try Home Depot, Lowe's and ACE (in that order, according to frugal-ness).
@cashimirs Haven't had a lot of running tests (wind was a problem during testing), so I'll have to try it out.
@shaolonbros I usually never glue my PVC builds since I'll have to disassemble them for the show. If I need them to be sturdy, I'll often put a small piece of gaffter's tape on the end of the pipe to increase the friction when assembled.
Not sure if anyone has already said it, but at 8:05, the easiest way to do this is to put the u-joint part in a lathe and cut it down. Of course, that means you need to have access to a lathe ;) You can probably get away with mounting the part in a drill chuck to spin it, then use a knife/file to remove the material.
Either way, spinning the part while removing material will ensure concentricity and make the whole process easier.
Thanks for noticing that. I've updated it in the parts list.
I've had great luck with the Jonny Lee designed steady cam.
I can only confirm that it works with lighter cams. For a larger camera, it definitely needs a redesign to work properly.
Now we're talking! Looks like a lot of work and I don't really have the tools to make it XD but we'll see what happens.
After a quick search of other options and reviews of different stabilizers, I'd almost say it's worth $65 (free shipping) to get a Roxant Pro, which seems to have amazing reviews and pretty good results. But I have to say, out of all the DIY videos I scanned, yours is the best looking one because it looks like a real stabilizer (also not many gimbal-based DIY videos).
My goal is to use a stabilizer while cycling, mtn biking, or just hiking. (And I'd be pretty careful with the equipment.)
Found Friction Tape at Ace Hardware, part number 90382. In fact, the package states it's for wrapping hockey sticks. It works great!!
nice green stick with the ruby at the end
PLLEEEAAASSEEE make a glidecam style stabilizer! I've seriously been waiting soooo long for you to make one!
Thanks, man!
@Woodenarrows Roller blade and skateboard bearings are standard sizes so pretty much anything will work.
If using CPVC you will need to increase the diameter of the bearing just a bit, I used a few wraps of yellow teflon tape (yellow is thicker than white, but white works too). Bearings can also be pressed into standard 1/2' PVC fittings using a bench vise, but it distorts the end and it can't be removed.
Had a thought - may try and use ball joint on its own first - then maybe add a bearing to that config. I think ball joint and universal might be too unstable. Thanks again for your superb video.
very useful, helped a lot
very cool
Cool, I've made the WSCLATER's version about 6 months ago and it's awesome. Your version is easier to do so thumb up : )
Thanks!
As I learned recently, *how you run greatly affects how much bounce is in your step. Point being, don't walk/run heel to toe. Toe to heel is how we're meant to walk anyway and this minor change in habit almost completely eliminates how much you move up and down. I tried this with a Fig rig and it worked nicely.
No glue. Friction holds it together. Some PVC parts can do this, but I've noticed that some brands slip right off of each other, causing me to add little tabs of gaffer's tape to make the connection more solid.
great vid
good mind spirit .....
the frugal floater
very good branding lol
I use the Canon VIXIA HFS100 (shots of me and rig construction) and when you see that camera on the rig I'm using the Sanyo XACTI VPC-CG10.
great vids
Just finished the "Frugal Floater" works great! Just need to get in some practice time to perfect the technique. I posted a video response. Thanks very much.
I'm going to build it exactly this way:)
I think that is a nice design and I am going to try it with a lighter version for the GoPro. I would like something that I can make extreme movements with and I can see adapting a longer pole to it. Having the pole slightly forward so you don't hit the front balance, then I could drop it down fast in front or move it side to side. It would track faster than your body can move.
This is awesome. Thanks for doing such great work. I have been looking up tons of designs for video stabilization, but none are quite as successful as the Movi BTS. The design is awesome and the shots look really incredible. Maybe you could up up with a diy design because the movi bts is around $15,000 and is way out of my budget by about $14,980.
Thanks and great work.
I just finished making this and I mounted my cell phone on it. The results are a heck of a lot more stable and less shaky than handheld shots, if they are a bit wobbly. I'm interested to try it with a full sized camera.
Results can be seen on my youtube channel.