How to beat wacky wire game

Standard delivery takes 2 - 5 working days. Express and international delivery options available at checkout. Well, that feeling is what this game is all about! Can you bounce 2 balls into 2 cups at the same time using only one hand? How about racing to stack a pyramid of cups using your elbows with your eyes closed?

Age means nothing in this addictively fun party game. Challenges have been designed to level the playing field between the young, old, fit and frail, so it's perfect for family game nights, adult dinner parties, big nights in and Christmas gatherings.

Beat That! A game of Beat That! Start by dealing 10 betting tokens to each player tokens have different point values. Next, pick up a challenge card and read it aloud. All players then place a bet on their own ability to complete the challenge. Once bets are placed, take turns attempting the challenge. Players who succeed bank their points.

The player with the most points at the end of 10 rounds wins! The player with the most points at the end of 10 rounds is the champion! Just added to your cart. Continue shopping. Carefully cut out the rectangle and push the buzzer into the hole. If it feels loose, secure the buzzer with tape. Now comes the tricky part connecting the path wire, the loop wire, the buzzer, and the battery pack, so that when the loop wire touches the path wire, they form a complete circuit that causes the buzzer to sound.

With the game board upside down, identify the buzzer's power lead the red wire and ground lead the black wire. Loosen the nut anchoring the loop wire, wrap the buzzer's power lead around this screw, and retighten the nut. Find the screw that is connected to neither the path wire nor the loop wire, wrap the buzzers ground lead around this screw, and retighten the nut, as shown in Figure.

Secure the battery's power lead to one of the two screws anchoring the path wire. Secure the battery's ground lead to the screw with the buzzer's ground lead, as shown in Figure. Connect the battery leads to the battery pack, making sure to align the red and black wires. Now the fun part: turn on the battery pack and try to move the loop from one end of the path to the other without touching it, as shown in Figure.

Reply 6 years ago. Try adding the led with the correct resistor in parallel to the buzzer positive end of led to positive end of buzzer, negative to negative. And in case you don't already know, the resistor goes on the positive side of the led. I think this should work, of not I'm sorry. Reply 3 years ago.

I'm trying to make a similar project that both buzzes and shocks. Could you, or anyone on this thread point me in the right direction? I'm assuming that the buzzer would use less power than the shock, so this may be out of my electronic knowledge. It would be low amperage though so it would be safe, and also it would only be passing through your hand. Nice graphics on the game.

I made one of these and put in an SCR which, when triggered by one lead, stays on until the current is interrupted. This way you can avoid the inevitable "You touched - the buzzer went" - "No I didn't" arguments! Once you touch , even for a microsecond, the SCR is on until an off-switch is pushed.

I also put in an jack connected to the shaped wire so one could plug in another free wire probe. This way you can use the board to "beep out" various items - ie What kinds of things conduct electricity? Reply 9 years ago on Introduction. It's been a while since this post so hopefully you will be able to respond! How did you wire the SCR into the circuit? Thanks much! Reply 14 years ago on Introduction. This may be evil Muhahahahaha! Just as a curious question, when the wire loop hits the side and the buzzer goes off, would it also be possible to have an LED go off when the buzzer does.

And when the buzzer stops, the LED goes off? Reply 10 years ago on Introduction. All you would need to do is put the LED into the circuit and make sure that you have the proper voltage. I recomend using a resistor the right ones will usually come with the LED before the led and putting the speaker first so that the resistor dosn't mess with the sound. Reply 11 years ago on Introduction. The issue is having to ground the person you're shocking vs using the human's ability to leak charge and act as an effective enough ground.

Introduction: Wire Loop Game. By steven. More by the author:. A non-profit located in Cambridge. More About steven. Attachments Unit 1 - Printable Image.

Did you make this project? Share it with us! I Made It! Lazy Susan 2. Tea-light Lantern by ruths in 3D Printing. Reply Upvote. SimonRob samshim99 Reply 3 years ago. Heres another version I did a while back Windows Guru 10 years ago on Introduction.

I was thinking of adding a shocker pen circuit to this so they get shocked instead of buzzed. T3Hprogrammer 14 years ago on Introduction. James pseudo-geek T3Hprogrammer Reply 14 years ago on Introduction. T3Hprogrammer James pseudo-geek Reply 14 years ago on Introduction.