Rowing technique on the erg broadly follows the same pattern as that of a normal rowing stroke on water, but with minor modifications: it is not necessary to "tap down" at the finish, since there are no blades to extract from water; but many who also row on water do this anyway. Also, the rigid, single-piece handle enables neither a sweep nor a sculling stroke. The oar handle during a sweep stroke follows a long arc, while the oar handles during a sculling stroke follow two arcs. The standard handle does neither. But regardless of this, to reduce the chance of injury, an exercise machine should enable a bio-mechanically correct movement of the user. The handle is the interface between the human and the machine, and should adapt to the natural movement of the user, not the user to the machine, as is now the case. During competitions an exaggerated finish is often used, whereby the hands are pulled further up the chest than would be possible on the water, resulting in a steep angulation of the wrists - but even with a normal stroke, stop-action images show wrist angulation at the finish, evidence that the standard rigid, single-piece handle does not allow the user to maintain a bio-mechanically correct alignment of hands, wrists, and forearms in the direction of applied force. On the Concept 2 website "Forum", many regular users of the indoor rower have complained of chronic wrist pain. Some have rigged handgrips with flexible straps to enable their hands, wrists, and forearms to maintain proper alignment, and thereby reduce the possibility of repetitive strain injury. Rowing machine manufacturers have ignored this problem.
While true that indoor rowing competitions use only new machines in an effort to ensure all elastic cord tensions are identical, this cannot be confirmed because tensions are never measured or adjusted at these competitions. Further, since ambient temperature affects cord elasticity, the results of races in different locations with different ambient temperatures are not comparable. Fairness is particularly problematic with on-line racing in which new machines and worn-in machines with elastic cords of differing strengths and tension can be used by competitors.
On a rowing machine, you don’t want to be wearing clothes that are too baggy as the fabric can get caught between the seat and the beam it slides on.  It’s not a disaster if that happens, but it can get annoying if your shorts keep getting caught there while you’re trying to get a serious workout.   It’s better to wear shorter, tighter-fitting shorts (nothing ridiculous), but just enough to ensure it doesn’t the material doesn’t hang down.
Concept2 is full of athletes. Some of these athletes come from the core sports of our business like rowing, Nordic skiing and cycling. Others are CrossFitters, runners, equestrians, golfers, snowboarders and tennis players. For the employees who haven’t spent much time in a boat, we make sure to offer the opportunity each summer. This year, we headed up to Craftsbury Sculling Center so that our employees with less experience behind the oar could try rowing.
I was introduced to this rower when I joined Orange Theory Fitness four months ago. Since I started using the rower during my OTF sessions I have grown to love the overall workout this thing gives me. In fact, I loved it so much that I purchased the Waterrower Club for my home gym. The overall quality and construction is superb and I'm very satisfied with my purchase. I would highly recommend over any other home gym equipment available. One of the best features is how its so easy to stand up and move out of the way for storage. You can't do that with any treadmill or elliptical. This thing is amazing and worth every penny. Assembly was straightforward and took about 30-45 minutes. Solid, quality construction.
Air resistance models use vanes on the flywheel to provide the flywheel braking needed to generate resistance.[6] As the flywheel is spun faster, the air resistance increases. An adjustable vent can be used to control the volume of air moved by the vanes of the rotating flywheel, therefore a larger vent opening results in a higher resistance, and a smaller vent opening results in a lower resistance. The energy dissipated can be accurately calculated given the known moment of inertia of the flywheel and a tachometer to measure the deceleration of the flywheel. Air resistance rowing machines are most often used by sport rowers (particularly during the off season and inclement weather) and competitive indoor rowers. RowPerfect, Oartec, and Concept 2, are three manufacturers of this type of rowing machine.
The Verified Sustainable Hardwoods used for the WaterRower are sourced from the Appalachian Mountain region of the eastern United States, where planting rates exceed harvest rates by an average multiple of 2.29. The Appalachian Hardwood Timber resource includes more than 65.4 million acres in the eastern United States and provides the world with a bounty of the finest hardwood species.

One of the underrated advantages of treadmills and bikes is that they attempt to replicate something with which most people are already familiar—walking, running, or biking. The barriers to entry are low, and the task of planning and completing a workout is a little more intuitive, since most people know what those activities feel like. Those heuristics are out the door with a rowing machine, though. Do you just... pull? How far? How hard? And why does it insist on measuring distance in meters? We asked Caley Crawford, the Director of Education at Row House, for tips on getting started so that, hopefully, your experience doesn't end with you throwing your hands up in frustration and crawling back to the elliptical room.

The International Rowing Federation (French: Fédération Internationale des Sociétés d'Aviron, abbreviated FISA), responsible for international governance of rowing, was founded in 1892 to provide regulation at a time when the sport was gaining popularity. Across six continents, 150 countries now have rowing federations that participate in the sport.[3]