The world record for the pyraminx stands at 0.860 seconds, set by Dominik Gorny from Poland in 2023. This makes the pyraminx one of the fastest puzzles in the competitive speedcubing world. In this article, we answer the most frequently asked questions about pyraminx times, methods, and equipment.
Who holds the pyraminx world record and when was it set?
The official world record for the pyraminx is 0.860 seconds, achieved by Polish speedcuber Dominik Gorny in 2023. This record is registered by the World Cube Association (WCA), the international organization that oversees all official speedcubing competitions and validates times.
A sub-second time sounds almost impossible, but for the pyraminx it is reality. Compared to the classic 3×3 cube, the puzzle requires relatively few moves for a complete solution, making extreme speeds achievable for top competitors. The record has been broken multiple times in recent years, demonstrating just how rapidly the sport is evolving.
In addition to the single record, there is also a world record for the average of five attempts, with the fastest and slowest times discarded. This average sits around 1.5 to 2 seconds for the absolute world elite, giving a better indication of a top solver’s consistent level of performance.
How fast do average speedcubers solve a pyraminx?
The average speedcuber solves a pyraminx in 5 to 15 seconds. Beginners who have just learned a method typically fall between 20 and 40 seconds. Intermediate hobbyists achieve averages of 5 to 10 seconds, while competitive solvers who train regularly can push into the 3 to 5 second range.
The pyraminx is one of the more accessible puzzles for beginners, partly because the basic solution can be learned quickly. Even so, the journey from beginner to competitive level is demanding: it requires internalizing intuitive tip rotations, efficient finger tricks, and a sharp eye for pattern recognition. Anyone looking to improve consistently would benefit from practicing daily and automating solving sequences.
Why is the pyraminx faster to solve than a 3×3 cube?
The pyraminx is faster to solve than a 3×3 cube because the puzzle is structurally simpler. A pyraminx has only four corner pieces and six edge pieces, whereas a 3×3 cube has twenty movable pieces. As a result, the maximum number of moves needed for a solution is considerably lower.
The four tips of the pyraminx can also be rotated independently from the rest of the puzzle and can always be solved in at most one move. This means a large portion of the puzzle can already be “solved” before a solver consciously begins. In the competitive world, the tips are therefore treated separately from the rest of the solution.
Another difference is inspection time. At WCA competitions, solvers are given 15 seconds to inspect the puzzle before the timer starts. With a pyraminx, the entire solution can be fully planned during that time — something only achievable on a 3×3 cube for the absolute world elite. This makes the pyraminx ideal for solvers who want to post fast times quickly.
What methods do top solvers use for the pyraminx?
The most widely used method among top solvers is the L4E method (Last 4 Edges), combined with intuitive recognition of the first layer. This involves solving the tips and the bottom layer first, then placing the four remaining edge pieces in one efficient step.
L4E: the standard for advanced solvers
With L4E, the solver intuitively solves the three edge pieces of the bottom layer along with the four tips. This is followed by recognition of the four top edge pieces, for which a limited set of algorithms is required. The strength of this method lies in its low move count and the ability to plan many steps simultaneously during inspection.
Intuitive methods for beginners
Beginners typically start with a layer-by-layer approach: building the bottom layer first, then solving the middle layer, and finally finishing the top. This is slower but easier to learn. As a solver progresses, they transition to faster, more integrated methods such as L4E or even fully intuitive approaches based on pattern recognition.
Which pyraminx is best for competitive speedcubing?
For competitive speedcubing, magnetic pyraminxes from brands such as MoYu, X-Man, and QiYi are the most popular choices. These puzzles combine a lightweight construction with smooth, precise turning and built-in magnets that keep the pieces in place during fast rotations.
Magnets make a significant difference with the pyraminx. Because the puzzle has a triangular shape and the pieces can move in multiple directions, stability is crucial. A magnetic pyraminx prevents overshooting, where a layer turns just slightly too far and requires additional correction moves. This saves valuable tenths of a second per solve.
When choosing a pyraminx for competition, it is worth paying attention to the following characteristics:
- Magnetic strength: light to medium magnets work best for fast solvers
- Weight: a lighter puzzle causes less finger fatigue during long training sessions
- Turning feel: the puzzle should turn smoothly but with control
- Durability: quality plastic holds up better under intensive use
Looking to choose a great pyraminx alongside other puzzles like a speedcube, megaminx, or mirror cube? It is smart to start with an entry-level model from a reputable brand and upgrade to a competition model later once you find yourself training more seriously. The price differences are relatively small, but the impact on your times can be significant.
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How long does it take to learn the L4E method as a beginner?
Most beginners need a few weeks to a couple of months to apply L4E comfortably, depending on how often they practice. It is advisable to fully master the intuitive layer-by-layer method first so that you already know the basic patterns before switching. Practicing 15 to 30 minutes daily significantly speeds up the learning process.
What are the most common mistakes when training for faster pyraminx times?
A common mistake is focusing on speed too early instead of on efficiency and correct finger technique. Solvers who turn fast but sloppily develop bad habits that are difficult to unlearn later. Focus first on smooth, controlled movements and let speed develop naturally as a result of automation.
Can I compete in an official WCA competition as a complete beginner?
Yes, WCA competitions are open to everyone, regardless of experience level. There is no minimum time required to participate, and beginners are warmly welcome. It is helpful to read through the WCA regulations beforehand — such as how to correctly start and stop the timer — so you do not have to worry about procedural errors during your attempts.
Does lubricating a pyraminx help improve times?
Yes, lubricating a pyraminx can noticeably improve the turning speed and feel of the puzzle. Use speedcube-specific silicone spray or oil, such as products from brands like Traxxas or DNM-37. Apply the lubricant sparingly, as too much will make the puzzle feel loose and difficult to control.
What is a realistic target time for someone who starts training seriously?
For someone who trains consistently with the right method and practices daily, achieving an average of under 10 seconds within a few months is realistic. An average of 5 seconds is an attainable goal after six months to a year of consistent training. Further improvement toward the 3-second mark requires intensive focus on pattern recognition, finger technique, and making full use of inspection time.
Does the color or color scheme of a pyraminx affect solving speed?
The color scheme itself has no effect on the mechanical speed of the puzzle, but it does affect how quickly you recognize patterns. Some solvers prefer bright, high-contrast colors because they are easier to distinguish during inspection and solving. Stickers or colored plastic tiles of good quality also ensure that colors remain vivid even after intensive use.
Is it worth owning multiple pyraminxes for training?
It can be useful to have at least two pyraminxes: one for daily training and one as a backup or competition puzzle. This keeps your competition puzzle in optimal condition and prevents problems if a puzzle gets damaged shortly before a competition. Some advanced solvers also deliberately practice with different models to adapt to variations in turning feel.