Maya Ellison
Plastic gear puzzles are a unique and mesmerizing type of puzzle that combines the challenge of solving a traditional puzzle with the added complexity of rotating gears and mechanisms. These puzzles can vary in shape, from cubes to balls, and offer an engaging and exciting solving experience. The goal is often to align colours, borders, and gears on multiple sides or faces, requiring spatial reasoning and logical thinking. With their sturdy mechanisms and intriguing designs, plastic gear puzzles provide an excellent way to enhance mental abilities and offer a fun challenge for puzzle enthusiasts of all skill levels.
| Characteristics | Values |
|---|---|
| Puzzle Type | Gear Ball |
| Difficulty Level | Less complex than a Rubik's Cube |
| Number of Sides | 6 |
| Number of Colours | 6 |
| Strategy | Defined strategy works better than random attempts |
| Solving Technique | Understanding of spatial relationships and manipulation of pieces |
| Solving Steps | Identify a favourite colour corner and its two adjacent corner colours, create 2 matching pairs from 4 adjacent corners |
| Additional Features | Smooth spinning action |
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What You'll Learn
- Identify a favourite colour corner and its adjacent colours
- Create 2 matching pairs from 4 adjacent corners
- Hold the cube with thumbs and middle fingers in the centre
- Gently pull the cube apart and rotate each half separately
- Pull the cube apart and spin it in the direction of the cube you are trying to solve
Identify a favourite colour corner and its adjacent colours
Solving a gear puzzle can be a challenging task. The first step to solving a gear puzzle, such as the Gear Ball, is to identify a "favourite colour" corner and its two adjacent corner colours. Each corner of each side of the Gear Ball is next to corners from two other sides. So, once you pick out a colour to start with, you will notice that it is next to two corners with different colours.
For example, if you choose a red corner, it might be next to a yellow and a green corner. It does not matter which colour you choose as your "favourite colour" corner, but it may be easier to start with the same colour each time.
Next, you want to create two matching pairs from four adjacent corners. The goal here is to have two corners of a face be the same colour (e.g. red) and the two adjacent corners of the adjacent face be another single colour (e.g. yellow).
If your two starting corners (e.g. red) are to your left and facing you, the other two corners of your "favourite colour" may be to your right and facing away from you. In this case, you would need to rotate the right side of the ball either up or down by 180 degrees to bring all four corners of your "favourite colour" into alignment on the same face.
Overall, solving a gear puzzle is a fun and challenging task that requires understanding spatial relationships and manipulating pieces to achieve a solved state.
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Create 2 matching pairs from 4 adjacent corners
To create two matching pairs from four adjacent corners, first, identify a "favourite colour" corner and its two adjacent corner colours. Each corner of each side of the Gear Ball is next to corners from two other sides. For example, if you pick a red corner, you will see that it is next to two corners with different colours, such as yellow and green.
The goal here is to have two corners (separated only by one side piece) of a face be the same colour (e.g. red), and the two adjacent corners of an adjacent face be another single colour (e.g. yellow). For instance, if you are holding the Gear Ball so that there is a red corner on top of a yellow corner to the left, rotate the right side of the ball up or down until you have a red corner on top of a yellow corner to the right as well. With practice, you will be able to quickly identify which pairs will be the easiest to match.
Once you've completed the R-U-R-U-R-U algorithm, all the centres, corners, and interior pieces will be matched in colour within each face. Now, you just need to rotate some of the gear pieces into the correct orientation, and you’ll be all finished!
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Hold the cube with thumbs and middle fingers in the centre
Holding the cube with your thumbs and middle fingers in the centre is a common way to get a grip on the puzzle. This is known as a
The "home grip" is achieved by placing your thumbs on the front edge pieces and your index, middle, and ring fingers on the back. You can turn the top layer either way by pulling an index finger towards you, and the bottom layer by pulling a ring finger towards you.
Another way to hold the cube is with your thumbs and middle fingers in the centre of the front and rear faces, with your index fingers placed on the top layer. This allows you to gently pull the cube apart and rotate each half separately.
Some cubers suggest holding the cube with one hand on the F and B faces, and the other hand on the U and D faces. This gives you easy access to all layers, but you only have one hand to turn U and D.
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Gently pull the cube apart and rotate each half separately
To solve a Gear Shift puzzle, you need to gently pull the cube apart and rotate each half separately. This is how you do it:
First, hold the puzzle in both hands with your thumbs and middle fingers in the centre of the front and rear face of the cube. Place your index fingers on the top layer and gently pull apart. Now, you can rotate each half separately.
Next, figure out what colour that side will be. To do this, find out what colour all four corners share. Each corner of the face will have three colours, and one colour will appear on all four corners. This is the colour of the face.
Now, pull the cube apart to the right and spin it until both right corners have that colour on top. Do the same on the left side so that you have one complete side. Then, push the cube back together.
Repeat the process, holding the solved face on the left side (facing left) and pulling apart from the right. Spin this half of the cube until the whole top face is complete. You may have solved the puzzle by now.
Additionally, you can pull the cube apart from the front and use the cube you are trying to solve as a rotator. Spin it in the direction decided above (anti-clockwise for this tutorial) until the cog above makes a full 360-degree rotation. Pop the front face back in and, without twisting the cube, pull the right face outwards. Perform the same move as before (twisting the small cog in an anti-clockwise manner until the big cog above it has made a full rotation). Your Gear Shift puzzle should now be solved.
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Pull the cube apart and spin it in the direction of the cube you are trying to solve
To solve a Gear Shift Twisty Puzzle, you need to pull the cube apart and spin it in the direction of the cube you are trying to solve. Here is a step-by-step guide to doing this:
First, hold the cube in any orientation and figure out what colour that side will be. To do this, find out what colour all four corners share. All corners on that face will have three colours, and one colour will appear on all four corners. This is the colour of the face.
Next, pull the cube apart to the right and spin until both right corners have that colour on top. Then, do the same on the left side so that you have one complete side. Push the cube back together.
Now, repeat the process, but this time, hold the solved face on the left-hand side (facing left) and pull the cube apart from the right. Spin this half of the cube until the whole top face is complete.
At this point, you may have solved the puzzle. If not, continue with the following steps. Hold the solved face on the right-hand side (facing right) and pull the left face outwards. Twist the small cog in an anti-clockwise manner until the big cog above it has made one full rotation. Pop the left face back in and, without twisting the cube, pull the front face outwards. Again, twist the small cog in an anti-clockwise manner until the big cog above it has made one full rotation. Your Gear Shift puzzle should now be solved.
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Frequently asked questions
The solution depends on the type of gear puzzle. For a Gear Ball, you need to twist and turn the ball to form six solid faces of colour, correctly aligning the colours, borders, and gears. For a Gear Shift puzzle, you can hold the cube in any orientation and figure out what colour that side will be. Pull it apart and spin it until both right corners have that colour on top. Do the same on the left side.
Both puzzles require an understanding of spatial relationships and the manipulation of pieces to achieve a solved state.
The main difference lies in their shapes, with one being a circle (the Gear Ball) and the other a square (the Rubik's Cube). The Gear Ball's spherical body and geared pieces make it more difficult to keep track of your place on the puzzle.
