Crazy Machines Tips

• "Crazy Machines" requires precise positioning of equipment. controller image by Thommi from Fotolia.com

  "Crazy Machines" is a puzzle video game in which players use physics and engineering systems to complete a variety of mini-games. Players are given a set of mechanical tools that they must use to construct different levers, gears, cranks and machines, which are then used to solve puzzles. The game is a mix of science and conundrums, but players can find success more quickly by sticking to a number of tips and strategies.

Organization

• When you begin a new level, organize your pieces by transferring them all from the left side of the screen to the main working area. Having them all arranged this way will help you understand and visualize the concept before beginning construction. As with any puzzle, it is first important to analyze the entire set of components, figuring out what you will need and what is unnecessary. The game can give you many variations for success, but the machine itself has to be precise. Do not give up if it does not work, try numerous times to get the combination right. The game encourages repetitiveness because that will make you learn the various processes faster, allowing you to become instinctive in your tool selections further in.

Tools

• Think outside the box when it comes to tools. If an item is used specifically for one thing usually, it does not mean you can't use it for something else. Try and utilize different items for as many tasks as possible. However, if you have some items left over after completing a puzzle, such as a set of ropes and a hammer, do not worry: on most levels you will receive more equipment than you need. This is only done so that you have variation in how you decide to complete the task. Use balloons, they can be helpful in lifting things such as weights on the later level. Just tie two balloons to the item by a rope.

Useful Information

• Keep in mind that when you are using a solar cell battery to power any kind of electric motor, the distance becomes vital: the further the cell is from the light source, the less energy the motor will receive. Often, to solve the task, you simply need to move the power source closer to the motor or light bulb. If you think something is done correctly, but it still does not work, try moving the bits of equipment to slightly different positions. The game can be very precise about where things need to be situated.