Integrating pause and continuous movement to build biomechanically correct technique, efficiency, rhythm, and crew control
The value of the debate
The discussion about pausing at the finish versus using continuous movement is currently one of the most relevant in rowing. It is not just a technical choice, but a real movement philosophy. Every experienced coach knows that the finish of the stroke is not only the end of one action, but also the beginning of the next. Understanding whether to maintain a brief pause or let the movement flow uninterrupted means learning how to manage biomechanically correct technique, rhythm, crew synchronisation, and the feeling of the boat “running” under the athletes.
In recent years, thanks to biomechanical analysis and direct on-water observation, this debate has been enriched with new perspectives. Above all, the Australian and New Zealand schools have popularised a visible pause at the end of the drive, while the European and North American traditions have continued to prefer a smoother, more continuous movement. Both solutions, if understood in their underlying logic, can be valuable tools for improving rowing technique and, as a consequence, boat performance.
The pause at the finish: a tool for control and connection
In my view, the pause at the finish is a technical and educational tool of great value. It allows the crew to regroup, to better perceive the “togetherness” and the run of the boat, and to complete the drive fully and with attention. It teaches athletes not to “cut” the stroke, but to carry it all the way through, focusing on a clean vertical extraction of the blade, the connection between feet, trunk and handles, and postural stability.
From a biomechanical perspective, this micro-pause helps reduce reactive movements and allows the boat to continue its natural run. Several studies and field observations have shown that a short pause, if well synchronised and used at low stroke rates (below 25–26 strokes per minute), does not slow the average speed of the shell; in fact, it can help to maintain a more stable stroke rate and better coordination among crew members, while also improving force per stroke.
In training, the pause is also a way to teach movement awareness. It is also worth remembering that, from the outside, an untrained eye may perceive as a “pause” something that is in reality a careful, vertical extraction of the blade: a technically correct finish can look like a slight delay, when in fact it is simply good execution at the finish. At low stroke rates, the feeling of run that is created during the pause helps athletes understand the relationship between force, time, and relaxation. The crew learns to “listen to the boat”, to perceive its movement, and to let it run before resuming motion.
Continuous movement: rhythm and fluidity
Continuous movement, on the other hand, represents the most direct and natural form of the racing stroke. A smooth recovery without interruptions helps maintain inertia and reduce fluctuations in boat speed. This pattern is particularly effective at high stroke rates, where a quick transition between the finish and the catch helps preserve the speed that has been generated. Not stopping at the finish and quickly swinging the arms-and-trunk mass towards the catch in fact increases the acceleration of the boat, contributing to a more effective and continuous stroke. Moreover, a rapid transition from one stroke to the next helps fully exploit the speed achieved and supports maintaining the desired stroke rate.
A dynamic, continuous finish also improves reactivity at the catch: the fast extension of the arms, followed by anterior rotation of the pelvis and a controlled return on the slide, creates a fluid sequence that keeps the body active without stiffening. A coach who favours this approach works to reduce dead time, which becomes critical at higher rates.
From an energetic point of view, continuous movement helps distribute effort more evenly and avoid peaks of acceleration and deceleration of the body. The result is a boat in which speed fluctuations are reduced, inertia is managed more stably, and the ratio between drive and recovery remains biomechanically more efficient.
Two languages, one single sensitivity
In my experience, pausing and continuous movement are not opposing alternatives, but two languages serving the same objective. Every crew has its own way of perceiving rhythm, and the coach must be able to recognise and enhance what best fits its internal dynamics.
At certain points in the season, or in technical development phases, insisting on the pause can be useful. In my view, however, with younger crews it is important not to overuse the pause at the finish: it is preferable that they learn continuity and agility of movement from the outset, so they can build solid technical foundations and a natural rhythm from the earliest stages of learning. In these cases, the pause can help create order, teach specific technical details, and promote a shared perception of the movement. At other times, when the goal is efficiency and sharpness of the stroke, continuous movement becomes the priority. The coach’s role is to teach athletes to listen to the boat, to recognise when the pause helps and when instead the movement must remain uninterrupted.
Experience has taught me that the best coaches, as well as the best crews, never apply a model rigidly: they observe the boat, read its response, and adjust the movement accordingly. I myself, in my daily work with crews, follow this principle: I do so because it is what actually works on the water. Knowing how to modulate the pause at the finish – emphasising it when needed, reducing it when it becomes superfluous, removing it when it disrupts continuity – allows the stroke to remain fluid, effective, and technically coherent. The real skill lies in recognising the right moment: when the pause creates order and when instead it breaks the rhythm; when continuity frees the run and when instead it leads to rush and loss of control. It is this ability to read the situation, rather than adherence to a fixed rule, that leads the crew towards maximum technical efficiency.
Biomechanics and rhythm sensitivity
From a biomechanical standpoint, both solutions can be efficient, and this conclusion comes not only from theory or literature, but also from direct observation and repeated experimentation in training and racing that I have conducted over the years. The difference lies in how the internal timing of the stroke is managed. The pause emphasises the end of the drive, the maintenance of correct body posture, and highlights muscular release; continuity optimises force distribution, gives coherence to the overall stroke pattern that we want in racing, and reduces variations in the velocity of the rower-boat system.
Modern analyses show that, for the same power, a boat can maintain the same average speed with different rowing styles, provided that the technical sequence is correct and the overall rhythm remains coherent. In this sense, biomechanical data are not an end in themselves, but a support to the coach’s eye: knowing how to interpret what the instrumentation confirms and/or challenges is what distinguishes the expert coach.
For me, the key lies in managing these two aspects of movement, knowing when to use one or the other, and this awareness comes from extensive practical work of observation and experimentation on the water: I have tested both approaches in different phases of the season and with crews of different levels, verifying how each can improve the boat’s response in specific conditions.
Conclusion: the competence of integration
Coaching the finish does not mean choosing between stopping and maintaining continuity, also because, in my rowing-technique philosophy, the finish is not the last 10 centimetres of the drive. It is about recognising which solution the crew needs at that specific moment, and which one helps it take another step forward at that point in its development. The pause and continuous movement are different tools serving the same objective: making the boat faster.
The modern coach must be able to use both competently, reading the crew’s response and adapting the method to the context. A boat that can alternate control and continuity is a self-aware boat, able to maintain speed, agility, and precision. But what happens immediately after stopping or not stopping is just as important: it is in that moment that the quality of the next stroke is decided. I have seen this transition neglected too often, when in fact it is precisely there that the quality of rhythm and the crew’s ability to maintain efficiency over time are decided.
Ultimately, in my experience, true technical mastery does not lie in choosing and imposing one single style, but in knowing how to integrate both. The coach’s task is to guide athletes towards this awareness: learning to feel when it is time to pause and when to insist on continuity. Only in this way does the boat find its natural rhythm, and the crew becomes a single organism that moves with the same intention, at maximum efficiency.
