How Long Should It Take to Row 1,000 m?

Your 500 m split, doubled. That is the complete answer and it is arithmetic rather than opinion: a 1,000 m piece is two 500 m pieces, so whatever pace your monitor is showing, double it and you have your finish time. Hold 2:30 and you finish in 5:00. Hold 2:15 and you finish in 4:30. Hold 3:00 and you finish in 6:00. The conversion needs no source because it is not a claim.

For scale at the far end: Concept2 reported that the men’s 1,000 m world record fell twice in February 2026, with Logan Ullrich of New Zealand setting 2:38.1 and Andrea Panizza of Italy taking it to 2:38.0 eight days later. That is a 1:19 pace per 500 m, held for the whole piece. It is a useful number precisely because it is so far away from everyone reading this — it tells you the floor of what is physically possible on the machine.

What we are not going to give you is an “average” 1,000 m time, or a table of times by age and sex presented as a standard. Nobody publishes a verified average for this distance, so every such table on the internet is either somebody’s estimate or a number copied from somebody else’s estimate, and we would be adding a fourth generation of the same guess. What does exist is Concept2’s own public rankings database, where logged 1,000 m pieces are listed by year, age band and weight class. If you want to know where you sit, that is a real population rather than an invented one, and you can look yourself up in it.

The split-to-time conversion, written out

Every figure below is simply the split doubled, for the pace range most people on a home machine will actually see:

• 1:45 per 500 m → 3:30 for 1,000 m
• 2:00 per 500 m → 4:00
• 2:15 per 500 m → 4:30
• 2:30 per 500 m → 5:00
• 2:45 per 500 m → 5:30
• 3:00 per 500 m → 6:00
• 3:30 per 500 m → 7:00

Run it the other way to set a target. If you want to break five minutes, you need to average 2:29 or better, which means starting at about 2:27 rather than at 2:10 and hoping. What a split actually measures, and why it is the only number on the console worth pacing from, is in 500 m split explained.

Why 1,000 m is the awkward distance

A 1,000 m piece sits in the worst possible place: long enough that you cannot sprint it, short enough that it feels as though you should be able to. Almost everyone makes the same mistake on their first attempt, which is to go out at a pace they could hold for 500 m and then lose thirty seconds in the second half. The piece is usually won or lost in the third 250 m, where the pace is uncomfortable and there is still a quarter of the work left.

The practical fix is to choose a target split before you start, set the monitor to count down from 1,000 m, and hold that split for the first 300 m even though it feels easy. A piece rowed within two or three seconds of even pace will almost always beat the same person going out hard, and it hurts less. The same logic at twice the distance is in how to row a faster 2k, and the wider benchmark question is answered in what is a good 2k time.

Two things worth knowing before you treat any 1,000 m number as a fitness measure. First, times do not transfer between machine types: a water rower and an air rower produce different numbers for the same effort, and neither is calibrated against the other. Second, the damper or resistance setting changes how the stroke feels, not how hard you are working, so a time set at damper 10 is not inherently better than one set at damper 4 — see damper setting explained. And this is general fitness information rather than medical advice: a maximal effort is a maximal effort, and if there is any reason to be careful about that, ask a doctor rather than a web page.

What the monitor has to do

None of this is possible on a console that does not show a 500 m split. If your monitor shows elapsed time, stroke count and a calorie estimate, you can row 1,000 m but you cannot pace it, because you have no live feedback on whether you are ahead of or behind your target. This is the single clearest dividing line in the whole category, and it is almost never the thing people shop on.

The honest note on that table: Concept2 is the only manufacturer we track that publishes what its monitor displays in enough detail to confirm a live split, and its PM5 documentation also states that completed work is stored on the monitor. Everyone else publishes a monitor name. That is why two of the three machines below carry the same monitor, and why the third is here as the affordable alternative rather than as an equal.