MENU

Fun & Interesting

DIY ORBIT CAMERA RIG - super simple, super cheap, super strong.

Bestboy Adam 166,149 2 years ago
Video Not Working? Fix It Now

Guys, in this episode I wanted to show you how you can build a super durable and super smooth orbit camera rig for about $100. You can put on it any camera, any gimbal with any lens because its maximum payload capacity is over 150 kg . What's more, you don't need any complicated tools to build it, and all the components are generally available in online stores. Lis 1. aluminum pipes - you can find at your local dealer 2. two aluminum plates - you can find at your local dealer 3. two kipp connectors - a. 30 mm plastic version (https://www.kippusa.com/us/en/Products/Additional-Products/Tube-connectors-profile-connectors/K0477-Tube-clamps-base-plastic.html) b. 50mm aluminum version (https://www.kippusa.com/us/en/Products/Additional-Products/Tube-connectors-profile-connectors/K0499-Linear-actuator-connector-clamps-base.html) 4. flange bearings (https://pgnbearings.com/products/ucf210-32-pillow-block-square-flange-mounted-bearing-2-inch-bore) 5. steel or aluminum shaft 50 mm - you can find at your local dealer 6. two kipp cross connectors a. 30mm plastic version (https://www.kippusa.com/us/en/Products/Additional-Products/Tube-connectors-profile-connectors/K0475-Tube-clamps-T-angle-plastic.html) b. 50 mm aluminum version (https://www.kippusa.com/us/en/Products/Tube-Connectors/K0475-Tube-Clamps-T-angle-aluminum/K0475-Metric-Tube-clamps-T-angle-aluminium-metric.html) 7. 50 mm aluminum clamps (https://eu.duratruss.com/en/dt-mini-360-wing-black.html?___from_store=pl) 8. cheapest steel double clamps for 50mm pipe (https://www.layher.co.nz/scaffolding-systems-equipment/accessories-system-free/fittings-couplers-knuckles/) 9. aluminum double clamps (https://www.thomannmusic.com/search_GK_lihwzucp_BF_duratruss.html?reload=1) 0:00 - Intro 0:30 - overview 1:34 - Who is this equipment for ? 2:23 - what do we need 3:13 - setup 5:50 - counterweight 7:12 - improvements 9:38 - Camera setup 10:34 - conclusions

Comment