Technically, the rowing cycle is based on four strokes:
1. entry into the water: the legs are bent while the arms are well extended, with the body slightly stretched forward. The boat touches the point of greatest instability. The oars enter the water when the legs touch the maximum compression. This favours the initial thrust of the boat by exploiting the muscle contraction.
2. passed: at this point, the legs can be stretched out, while the rest of the body maintains the position. This is where the legs are pushed and the palate is accelerated. The bust is returned to the natural position (retro-positioning) and then the arms are closed.
3. final: lower the fists to let the blades out of the water, keeping the trunk backwards.
4. recovery: prepare again for the next palate to avoid a drop in speed.
All these movements, which we have only mentioned here, but which are actually much more complex, lead the rower to move intermittently forward and backward. Every single passage must however take place in a fluid and delicate way, avoiding abrupt shots and discontinuity.
This is done by considering the whole cycle as a combination of positive and negative forces.
Positive forces are produced when the oar enters the water and therefore correspond to the phase of speed and movement.
Negative forces, on the other hand, arise during the recovery phase and can therefore slow down the boat.
To ensure that the entire rowing cycle runs smoothly, it is therefore advisable to counteract negative forces.
This is achieved with a homogeneous recovery phase and a rapid entry of the blade into the water, ready for the next cycle.