Don’t Be So Sure!

There are also downsides to rowing machines. The biggest downside is that it is no substitute to actual rowing. The fresh air, the sun shining overhead and those splashes of water - you cannot get that experience on a rowing machine. You cannot get bored while rowing in real life, but in the case of rowing machines, people get really bored, really quickly. The reason is that rowing entertains the whole body and mind. While rowing in a lake you can enjoy the beautiful surrounding, but when on a rowing machine you are stuck inside and you can’t even read.

Apart from that, all the types individually have downsides. The piston resistance models though cheap and portable shouldn’t even be referred to as rowing machines as rowing requires a sort of elliptical path for the hands to move, which they don’t provide. Also, piston resistance models of rowing machines are mostly fixed. So your legs don’t really do anything, another reason these contraptions should not be called rowing machines. Let’s talk about the brake fly wheel resistance models of rowing machines. They have earned the right to be called rowing machines. But they cost a lot. In the brake flywheel resistance rowing machines, the individual braking types have unique problems. The Air Resistance models of rowing machines are first of all very noisy. I personally do not like noise during my workout. It’s hard enough setting the hell out of me. These require a lot of space. After those there are Water Resistance models of rowing machines that make less noise, but they use water for brakes. As you might imagine, they would need a whole lot of space for the tank, but they do a good job simulating the rowing experience, too bad they require a little lake of their own. The final rowing machine models that use Magnetic Resistance ones have electromagnet in brakes. They are quiet but they are still very expensive and as compared to Water resistance models, they aren’t that good.

So every type has its own problems. Consider yourself warned.

Rowing Machines

Rowing is not only a good sport but also a very good exercise. But it is not possible to practice on water all the time. And practice on water is not measurable either. Rowing machines or indoor rowers are mechanical contraptions that simulate rowing. Rowing machines have come a long way. Around 1900 rowing machines’ design was pretty primitive. They used linear pneumatic resistance. In the 1950’s and 60’s, their design was altered and they pretty much consisted of a large heavy wheel with brake. That was like torture to rowers. In these models, the means of power measurements were provided. Around 1980, they introduced air resistance rowing machines. Later in 1988, they introduced a new system that followed a hydraulic flywheel rowing machine design. In many of the current rowing machines, this basic design is adopted. These days, rowing machines consist of a handle and a flywheel inter connected with a chain. When the rower pulls the handle using his legs to push himself and the flywheel apart, the flywheel rotates. The fly wheel has brakes that are applied by a magnet damper, pneumatic brakes or a hydraulic brake. The brakes are installed to bring the experience closer to the original thing. When the rower’s paddle comes off the water, the row boat or kayak decelerates. And the rower and the flywheel move apart. In some rowing machines, the rower is stationary and in some the flywheel is stationary. The measuring mechanism works with the flywheel. Some machines calculate the power of a rower stroke by measuring the speed of the flywheel. Then the machine monitors the rate at which the fly wheel decelerates during the rower’s recovery. Using such techniques, the rowing machine calculates other things.

The rowing machine is a very good simulator not only for people who are rowers and wish to improve, but also for people who would like to start as practice on the rowing machine will give them a strong base and an idea of what the real thing is like.