Contest Rates: How to Read and Improve Your QSO/Hour

October 23, 20268 min readContest statistics
Contest Rates: How to Read and Improve Your QSO/Hour

Short answer: A contest rate is the number of QSOs you log per hour, usually measured over a short window (the last 10 minutes, the last 100 QSOs) or a full clock hour. Short windows tell you what is happening right now; hourly totals tell you how the contest actually went. Read both, split them by band and by run versus search-and-pounce, and the places where you lose QSOs become easy to find.

What a rate is, and what it is not

Every logger shows you a rate figure, and every contester watches it. But a rate is only a number derived from timestamps: how many contacts fall into a given period of time. It says nothing about whether those contacts were worth much, whether the calls were copied correctly, or whether the multipliers you needed arrived. That is why a high rate is a means, not a goal. Score in most contests is roughly QSO points multiplied by multipliers, so rate drives the first factor while band choice and timing drive the second.

It also helps to separate two ideas that are often mixed up. The instantaneous rate is a projection: “I logged 20 QSOs in the last 10 minutes, so I am on a 120/hour pace”. The actual rate is what you can only know afterwards: how many QSOs ended up in each clock hour of the contest. The projection feels exciting, the actual figure is the one that decides your result.

The common rate windows

Most contest loggers display several rate figures at once. They answer slightly different questions.

WindowWhat it tells youBest used for
Last 10 minutesThe current pace, extrapolated to one hourDeciding whether to stay on a frequency
Last 60 minutesA stable recent averageDeciding whether to change band
Last 100 QSOsPace over a fixed number of contacts, independent of clock timeJudging a run when the rate varies a lot
Clock hourThe real total for each hour of the contestPost-contest analysis and comparison

The 10-minute figure is noisy. Two big pileups in a row can show 200/hour for a few minutes and then fall to half of that. Do not make strategic decisions from it alone. The 60-minute figure is calmer but lags: it will still look healthy five minutes after a band has died. Use the short window to react and the longer one to confirm.

Run rate versus search-and-pounce rate

Running means sitting on a frequency, calling CQ and letting stations come to you. Search-and-pounce (S&P) means tuning across the band and calling stations that are already running. For most operators and most of the contest, a good run frequency produces a clearly higher rate than S&P, because you log a contact every few seconds instead of spending time tuning, waiting and calling.

But S&P is not a mistake. It is the main way to pick up multipliers, because the new country or zone is rarely sitting on your run frequency. A sensible plan is to run when the rate is good, and to tune up the band for needed multipliers when the run slows down. If you can, make the run/S&P distinction visible in your own habits: many operators note it as they go, and some loggers record it with each QSO. Then you can answer the question that matters after the contest: how many QSOs did my runs produce per hour, and how many did my S&P hours produce?

QSOs per hour by band

Hourly totals become much more useful when you split them by band. A single average rate hides the fact that a contest is really several small contests, one per band, each with its own opening and closing time. The questions to ask are practical:

The last question matters because rate and multipliers pull against each other. A band with a poor rate can still be the right place to be for ten minutes if it holds three new zones. The raw QSO count by band does not show that, so look at QSOs and multipliers together. A statistics report that lists QSOs by hour and band, countries, continents and zones side by side makes this comparison fast; doing it by hand from a log is possible but slow.

Reading the hour-by-hour picture

Plot or list your QSOs for every clock hour of the contest. A healthy curve for a worldwide HF contest usually has several peaks, one for each major opening on your best bands, and valleys between them. Look for three patterns:

  1. A sudden hole. An hour with a few QSOs between two busy hours is either a planned break, a band change that did not work out, or a technical problem. Compare it with your memory and notes. If you do not remember it, it is the first thing to investigate.
  2. A flat, low plateau. Many hours at the same modest rate suggest you were mostly in S&P mode or that you stayed on a band that had little to offer.
  3. Rate collapse after a peak. After a strong hour the rate falls because you ran out of stations that could hear you, or because the band changed. This is the signal to move, not to try harder on the same frequency.

Breaks show up here too. Planned rest is part of the game in most categories, but long gaps need to be intentional, and in some contests the rules define how off time is counted. We cover that in the guide to off time and breaks.

Practical ways to improve your rate

Most rate gains come from a small number of habits rather than from a bigger amplifier.

Rate is not the only number to watch

It is easy to chase a bigger rate at the expense of everything else. Remember that a QSO with a badly copied call can be removed and may carry a penalty, so speed gained by guessing is usually lost again. A faster rate is only valuable when the contacts hold up when the log is checked. After the contest, put your rates next to your multipliers and your error count, and you will see whether you are balanced.

Using statistics after the contest

Everything above can be done by hand, but it is much quicker with a report. Contest Analyzer reads the Cabrillo from N1MM Logger+, DXLog or Win-Test and gives you full statistics: rates, QSOs by hour and band, countries, continents, CQ and ITU zones, WPX prefixes, distance, beam heading, breaks and off time, and callsign length and structure. It also shows the few QSOs worth a second look, and it lets you compare the result with your own earlier logs. You can see the 22 supported contests on the contests page.

Related reading

The bottom line

Use the short windows to react, the hourly totals to learn, and always read your rate band by band and run against S&P. Look for holes and plateaus in the hour-by-hour picture, fix the habits that cost seconds on each QSO, and keep an eye on multipliers and accuracy so that the rate you build is a rate that survives log checking.

FAQ

What is a good contest rate?

There is no universal figure. It depends on the contest, mode, band, your antennas and propagation. The useful comparison is with your own earlier results in the same contest and category.

Should I trust the 10-minute rate?

Treat it as a quick indicator only. It swings with every pileup, so use the 60-minute figure or the last-100 rate before you decide to change band or frequency.

Is search-and-pounce always slower than running?

Usually, because you spend time tuning and waiting. But it is often the only efficient way to find multipliers, so a mix of both is normal.

Do duplicate QSOs affect my rate?

They inflate the raw count but give no points. In Contest Analyzer dupes are not treated as errors, but for your own analysis it is wise to know how many contacts were actually new.

Can I see my rate by band after the contest?

Yes. Upload your Cabrillo file and the report lists QSOs by hour and band, together with countries, continents and zones, so you can compare each band on its own.

#Contest Logging#Contest Statistics#Rates
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