BaR2D2 is a radio-controlled, mobile bar that features a motorized beer elevator, motorized ice/mixer drawer, six-bottle shot dispenser, and sound activated neon lighting. The robot is driveable so you can take the party on the road! It was created in my garage using standard hand/power tools and readily available parts and materials.
The concept for BaR2D2 was born when a friend showed up to an event with a radio-controlled cooler. We joked about taking the idea to the next level and in the Spring of 2008, construction began.
If you enjoy BaR2D2 as much as we have, be sure to rate this Instructable a 5 and vote for it in The Craftsman Workshop of the Future Contest!
Just a quick note about me - I am a regular DIY'r and don't have any formal robotics, electronics, or mechanical training. I have picked up most of my skills from various hobbies and projects, as well as my father who is a skilled woodworker. If you have a basic knowledge of woodworking and working with low voltage power, then you can build a mobile bar! Enjoy!
The concept for BaR2D2 was born when a friend showed up to an event with a radio-controlled cooler. We joked about taking the idea to the next level and in the Spring of 2008, construction began.
If you enjoy BaR2D2 as much as we have, be sure to rate this Instructable a 5 and vote for it in The Craftsman Workshop of the Future Contest!
Just a quick note about me - I am a regular DIY'r and don't have any formal robotics, electronics, or mechanical training. I have picked up most of my skills from various hobbies and projects, as well as my father who is a skilled woodworker. If you have a basic knowledge of woodworking and working with low voltage power, then you can build a mobile bar! Enjoy!
Remove these ads by
Signing UpStep 1: Creating the Framework
As far as tooling for this project, here is a pretty good idea of what you'll need:
Drill Press
Table Saw
Router/table
Hand Drill
Screwdrivers
Pliers
Wire Strippers
Soldering iron
Voltmeter
Various Clamps
Vise
Hammer
Dremel Tool
Utility Knife
Heat gun (hairdryer will work)
Welder
Air Compressor
Air Stapler/nailer
Socket Set
Belt Sander
First, purchase a sheet of 4ft x 8ft x 3/4 inch plywood. I used the flooring grade as it will be covered later.
Cut the sheet into 8 2ft x 2ft squares and mark their center points by drawing an X across the middle from the corners. Drill a 1/4 inch hole in the middle of them.
Using a router table, measure out 9 inches from the edge of the cutting bit and bolt your wood square loosely to it. Turn the router on and plunge it slowly upwards until it goes through the wood. Lock the router in place and proceed to rotate the squares until you complete the circle. Repeat eight times. This will give you 18 inch circles. Why 18 inches? I am using an off-the-shelf plastic dome that is that size. Specifically, it is a clear dome from Aspects used for bird feeders. This was purchased from a bird store for $35. The shot dispenser we are using is available on ebay new for $30.
Three of the circles will be cut into rings. To cut out the centers, I made a quick jig as pictured to be able to rotate the circles against it. Two of the finished rings should be 1.75 inches thick and one will be 1 inch thick.
Take one of the circles and setup the router to create a groove about 3/4 through the thickness for the dome to sit in.
Drill Press
Table Saw
Router/table
Hand Drill
Screwdrivers
Pliers
Wire Strippers
Soldering iron
Voltmeter
Various Clamps
Vise
Hammer
Dremel Tool
Utility Knife
Heat gun (hairdryer will work)
Welder
Air Compressor
Air Stapler/nailer
Socket Set
Belt Sander
First, purchase a sheet of 4ft x 8ft x 3/4 inch plywood. I used the flooring grade as it will be covered later.
Cut the sheet into 8 2ft x 2ft squares and mark their center points by drawing an X across the middle from the corners. Drill a 1/4 inch hole in the middle of them.
Using a router table, measure out 9 inches from the edge of the cutting bit and bolt your wood square loosely to it. Turn the router on and plunge it slowly upwards until it goes through the wood. Lock the router in place and proceed to rotate the squares until you complete the circle. Repeat eight times. This will give you 18 inch circles. Why 18 inches? I am using an off-the-shelf plastic dome that is that size. Specifically, it is a clear dome from Aspects used for bird feeders. This was purchased from a bird store for $35. The shot dispenser we are using is available on ebay new for $30.
Three of the circles will be cut into rings. To cut out the centers, I made a quick jig as pictured to be able to rotate the circles against it. Two of the finished rings should be 1.75 inches thick and one will be 1 inch thick.
Take one of the circles and setup the router to create a groove about 3/4 through the thickness for the dome to sit in.
![[funny] How to Act in a Bar: Bar Etiquette No-No's #6 - Challenging the Bartender](http://www.instructables.com/files/deriv/FWY/71GM/GNSNIW25/FWY71GMGNSNIW25.SQUARE.jpg)
![[funny] How to Act in a Bar: Bar Etiquette No-No's #7 -](http://www.instructables.com/files/deriv/FF1/47T4/GNSNIW3B/FF147T4GNSNIW3B.SQUARE.jpg)
Visit Our Store »
Go Pro Today »
I also want to say that the vibrant blue lights that are in EVERYTHING (not just your awesome robot) are very bright and irritating, could v2 have a different color?
i read about this in popular science
didnt know waz on instructables!!!!!!