Breaking Through the CW Speed Plateau — Annotated Notes & Key Takeaways

Every CW operator hits a wall at some point. You can copy 7 or 8 words per minute comfortably, maybe 10 on a good day, and then progress stops. The characters start blurring together. You miss one, then another, and suddenly you are lost. The material here addresses that exact problem: how to improve CW copying speed when the usual practice seems to stop working. The core topic is CW copying speed, and the advice ranges from structured training methods to software tools to philosophical shifts in how you approach the skill. What follows is a reader's guide to the main techniques, the points of disagreement, and the practical takeaways for anyone stuck at a plateau.
 

The Koch Method and Starting at Target Speed

The most prominent recommendation is the Koch method. The idea is simple but counterintuitive: start learning at the speed you eventually want to achieve, not at a slow speed that feels comfortable. If your goal is 20 words per minute, you begin by copying code sent at 20 words per minute. The character set is limited to just two characters at first. You practice those two until you can copy them with about 90 percent accuracy. Then you add a third character and work back up to 90 percent. You keep adding characters until you have mastered the entire alphabet.
 

The reasoning behind this approach is that it prevents you from counting dots and dashes. If you learn at a slow speed, you have time to think about each character, to translate it from sound to symbol to letter. That habit becomes a ceiling. You cannot copy faster than you can consciously process. The Koch method forces you to associate the sound of each character directly with the letter, bypassing the analytical step. It also provides positive reinforcement. You prove to yourself early on that you can copy at 20 words per minute, because you just did it, even if it was only two characters.
 

The material notes that Peter Hicks N5KD has a thorough page on Morse code that includes mention of the Koch method, and that Ray Goff G4FON wrote software to implement it on Windows. There are other implementations as well. The Koch method is widely respected, but it is not without its critics.
 

One limitation that comes up is that the method becomes less effective as the character pool grows. When you are working with only a few characters, you encounter each one frequently. As you add more, the newer characters appear less often, and you spend more time exercising the ones you already know. One reader describes their progress petering out around eight or ten characters. Their solution was to reorder the Koch list, put ten new characters at the head, start over with just two of those, and work back up. That is a practical adaptation, but it suggests that the standard Koch progression may need tweaking for some learners.
 

Another point is that the Koch method assumes you are copying at full target speed from the beginning. Some implementations allow you to stagger the character speed and the overall code speed, which is a technique called Farnsworth timing. In Farnsworth, the characters are sent at a high speed, but the spacing between them is stretched out. This gives you time to recognize each character without slowing down the characters themselves. The material mentions that 20 words per minute staggered to 15 is a common configuration. That is not pure Koch, but it can be a useful stepping stone.
 

Farnsworth Timing, Whole Words, and the WORDSWORTH Approach

Farnsworth timing is mentioned as a way to separate character speed from word speed. The characters are sent at a rate that is faster than your current copying speed, but the gaps between characters and words are lengthened. This lets you get used to hearing characters at high speed without being overwhelmed by the overall pace. Over time, you reduce the gaps until you are copying at the full speed.
 

A related technique is the WORDSWORTH method, which the material describes from an article in the May 2017 issue of QST. The idea is to learn whole words at a time, not just individual characters. You listen to common words sent at a speed at least 5 words per minute beyond your current capability, with long spacing between words. The tool suggested for this is the software FLDIGI, and the approach uses a list of the 100 most common words. The spacing between words is set to eight characters or more. The claim is that this method can be a "silver bullet" for some learners, though the material acknowledges that no single method works for everyone.
 

This approach makes sense if you think about how we read. We do not read letter by letter; we recognize whole words at a glance. CW can work the same way. If you learn to recognize the sound of common words like "the," "and," "name," "QTH," and "73" as single units, you free up mental bandwidth for the rest of the message. The material does not go into detail about how long it takes to see results with WORDSWORTH, but it presents it as a promising alternative for people who have stalled with character-based methods.
 

One thing I found a bit hard to follow is how WORDSWORTH interacts with the Koch method. Are they complementary, or does one replace the other? The material does not say. It presents them as separate approaches, and it leaves the reader to decide which to try. That is honest, but it would be helpful to have some guidance on when to use one versus the other. Perhaps the answer is simply that different learners respond to different methods, and experimentation is part of the process.
 

Practice, Software, and the Role of Technology

The material includes a wide range of software recommendations, which suggests that technology has become central to CW training. The G4FON Koch trainer is mentioned multiple times. There is also LCWO, or Learn CW Online, which is described as a great site for practicing the techniques. CuteCW is a free program that uses computer-assisted learning to adapt to the user's performance. MorseTest and MorseWords are iOS apps. QRQ and RUFZ are adaptive programs designed for high-speed CW contests, where the speed increases if you get the call sign right and decreases if you get it wrong. FLDIGI is mentioned for the WORDSWORTH method.
 

The variety of tools is both a strength and a potential source of confusion. On one hand, having so many options means there is likely something for every learning style. On the other hand, a beginner might not know where to start. The material does not offer a clear hierarchy of recommendations. It lists tools and describes what they do, but it does not say "start here, then try this." That is a gap, though it is a minor one. Most of these tools are free or inexpensive, so experimentation is not costly.

One point that comes through clearly is that the method matters more than the tool. The Koch method, Farnsworth timing, and WORDSWORTH are techniques that can be implemented in various ways. Software makes them easier to practice, but the underlying principles are what drive progress. A learner who understands why the Koch method works is better equipped to adapt it than one who simply follows a program without understanding the rationale.
 

The material also mentions the ARRL code practice files, which are available to members and non-members alike. These files are described as one of the reasons to be a member. They provide code at various speeds, with text files to check your accuracy. The ARRL also broadcasts code practice on W1AW at scheduled times. That is a resource worth noting for anyone who prefers structured practice material over random text.
 

The Debate: Structured Methods vs. Just Listening

One of the most interesting tensions in the material is between structured training methods and the simpler advice to "just listen and copy." One perspective is that you should tune into areas of the band populated by higher-level licensees and start copying. Do not dwell on missed letters. Just skip them, leave a blank, and focus on the next one. Eventually, you will start picking up words and phrases instead of just individual letters. The material notes that the best way to improve speed is to work stations that are just a little beyond your current speed. The ARRL code practice broadcasts are recommended for this.
 

This approach is appealing because it is simple. You do not need special software or a structured curriculum. You just need a radio and some patience. It also mirrors how many people learned before computer-based training existed. The downside is that it can be frustrating. If you are copying at 10 words per minute and the station is sending at 15, you will miss a lot. The advice to "let it go" is easier said than done. The material acknowledges that this was the hardest part for one contributor: letting go of missed characters instead of getting stuck on them.
 

Another perspective emphasizes that practice alone is not enough. You need to practice the right way. If you practice at a slow speed, you reinforce the habit of counting dots and dashes. If you practice at a speed that is too fast, you get discouraged and learn nothing. The structured methods are designed to keep you in the zone where progress happens: fast enough to prevent bad habits, slow enough to allow success. The material does not declare one approach the winner. It presents both and lets the reader decide.
 

I found this part of the material somewhat unsatisfying. The question of whether structured methods are better than unstructured practice is not answered. The evidence is anecdotal. Different people report success with different approaches. The material reflects that diversity, but it does not synthesize it into a clear recommendation. That is probably realistic, but it leaves a reader looking for a definitive answer without one.
 

There is also a disagreement about whether to write down what you copy. One perspective says you should put down your pencil and just listen. The argument is that Morse is not a written language, and writing everything down slows you down. The only things worth writing are the call sign and the name. Another perspective implicitly assumes that copying involves writing, since it talks about accuracy rates and text files for checking. The material does not resolve this tension. It is possible that both approaches work at different stages. Beginners may need to write to track their accuracy, while more advanced operators can copy in their heads. But the material does not say that explicitly.
 

What the Material Leaves Unsettled

The biggest open question is why people plateau in the first place. The material describes the plateau at 7 to 10 words per minute, and it offers methods to break through it, but it does not explain the underlying cause. Is it a cognitive limit? A habit of counting? A lack of practice time? The material implies that it is the counting habit, which is why starting at high speed helps. But it does not present evidence for that explanation. It is a plausible theory, but it remains a theory.
 

Another unanswered question is how long it takes to see results. The material does not give timelines. It says you add characters as you reach 90 percent accuracy, but it does not say how many practice sessions that typically takes. It says CuteCW adapts to your performance, but it does not say how quickly users improve. A beginner reading this material would have no idea whether to expect progress in days, weeks, or months. That is a significant gap for someone trying to stay motivated.
 

The material also does not address the role of sending practice in improving copying speed. One contributor mentions that sending more helps build a sense of words rather than letters, and that this can improve receiving speed. That is an interesting insight, but it is a single data point. The material does not explore it further. Does sending practice actually transfer to copying speed? If so, how much and for whom? Those questions are left open.
 

There is also a practical limitation that the material does not discuss: the availability of practice partners. Working stations just beyond your speed requires finding stations that are transmitting at that speed. Not all bands have activity at all times. Not all operators are willing to slow down for a beginner. The material mentions that most operators will gladly slow down, but it does not address what to do when they will not. That is a real-world obstacle that a beginner will likely encounter.
 

Finally, the material does not discuss the emotional side of the plateau. It offers techniques, but it does not acknowledge how discouraging it can be to feel stuck. The joke about Carnegie Hall and "practice, man, practice" is included, but it is presented as an anecdote, not as advice. A reader who is frustrated might benefit from hearing that plateaus are normal and that many people have broken through them. The material implies this, but it does not say it directly.
 

What I take away from all this is that improving CW copying speed is not a single problem with a single solution. The Koch method, Farnsworth timing, WORDSWORTH, and unstructured listening practice are all tools. Different tools work for different people at different stages. The key is to experiment, to practice consistently, and to avoid the trap of counting dots and dashes. The material does not offer a magic bullet, but it offers a range of approaches that have worked for others. That is useful, even if it is not definitive.
 

If you are stuck at 7 to 10 words per minute, the material suggests you are not alone. Many operators have been where you are. The methods described here have helped some of them break through. Whether they will help you depends on your learning style, your practice habits, and your patience. The material does not promise success. It gives you options. And for many people, that is enough. The CW copying speed plateau is not a permanent wall. It is a challenge, and there are ways through it. The material is a map of those ways, drawn by people who have made the journey. It is not a complete map, but it is a useful one. That is the most you can ask for from any guide.