Rowing Machines

Indoor rower, or rowing machines, are used to simulate the action of watercraft rowing for the purpose of exercise or training for rowing. Indoor rowing has become established as a sport in its own right. The term also refers to a participant in this sport.

rowing machine
  1. an exercise machine with oars and a sliding seat, for exercising the muscles used in rowing.

Modern indoor rowers are often known as ergometers (colloquially erg or ergo), an ergometer being a device which measures the amount of work performed. The indoor rower is calibrated to measure the amount of energy the rower is using through their use of the equipment.

Damper type

  • Piston resistance

Comes from hydraulic cylinders that are attached to the handles of the rowing machine. The length of the rower handles on this class of rower is typically adjustable, however, during the row the handle length is fixed which in turn fixes the trajectory that the hands must take on the stroke and return, thus making the stroke less accurate than is possible on the other types of resistance models where it is possible to emulate the difference in hand height on the stroke and return. Furthermore, many models in this class have a fixed seat position that eliminates the leg drive which is the foundation of competitive on water rowing technique. Because of the compact size of the pistons and mechanical simplicity of design, these models are typically not as large or as expensive as the others types.

  • Braked flywheel resistance

Models comprise magnetic, air and water resistance rowers. These machines are mechanically similar since all three types use a handle connected to a flywheel by rope, chain, or strap to provide resistance to the user – the types differ only in braking mechanism. Because the handle is attached to the resistance source by rope or similarly flexible media, the trajectory of the hands in the vertical plane is free making it possible for the rower to emulate the hand height difference between the stroke and the return. Most of these models have the characteristic sliding seat typical of competitive on-the-water boats.

  • Magnetic resistance

Resistance controlled by means of electromagnets that engage a mechanical brake with the flywheel. The magnetic braking system is quieter than the other braked flywheel types. The braking resistance is adjustable and energy can be accurately measured on this type of rower. The drawback of this type of resistance mechanism is that the resistance is constant; rowers using air or water resistance more accurately simulate actual rowing, where the resistance increases the harder the handle is pulled.

  • Air resistance

Fanlike air-fins on the flywheel provide the flywheel braking needed to generate resistance. As the flywheel is spun faster, the air resistance increases. A vent can be used to adjust the airflow to the air fins and thus increase or decrease the 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 sports rowers (particularly during the offseason and inclement weather) and competitive indoor rowers.

  • Water resistance

Models consist of a paddle revolving in an enclosed tank of water. The mass and drag of the moving water creates the resistance. Proponents claim that this approach results in a more realistic action than possible with air or magnetic type machines. Rowing machines with monitors calculate performance using an algorithm unique to the individual manufacturer; it will be affected by the type of resistance used and other factors.

Our Range of Rowing Machines

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