How oars and rowlocks are built: the ancient art of the Remèr
Venice is a city where water shapes everything — its streets, its culture, and even its most specialized crafts. Among the many artisan figures that have defined Venetian identity over the centuries, the remèr stands out as one of the most fascinating and least known. This skilled craftsman is responsible for building the oars and rowlocks that make gondola navigation possible, transforming raw wood into precisely engineered tools through a process that blends technical mastery with genuine artistic sensitivity.
Understanding how oars and rowlocks are built means stepping into a world where every millimeter matters, where the choice of wood can determine the performance of an entire boat, and where tradition is not just preserved but actively practiced. If you have ever watched a gondolier glide effortlessly through a narrow Venetian canal and wondered what makes that movement so fluid and controlled, the answer begins in the workshop of a remèr.
The remèr: Venice's most overlooked master craftsman
Walk through the streets of Venice and you will encounter gondoliers, glassblowers, and mask makers — artisans whose work has become synonymous with the city's identity. Yet there is one figure who operates quietly in the background, whose craft makes gondola navigation physically possible, and who rarely receives the recognition he deserves: the remèr. This craftsman specializes in building the oars and rowlocks used by gondoliers, working with wood in a way that sits somewhere between engineering and sculpture.
The remèr belongs to a lineage of Venetian artisans that stretches back centuries. Historically, these craftsmen were essential to the functioning of the city itself, since water transport was the only means of moving people and goods through Venice's labyrinthine canal system. Without well-crafted oars and rowlocks, even the most experienced gondolier would struggle to maintain control of his boat. The remèr understood this responsibility deeply, and that awareness shaped the meticulous approach that still defines the profession today.
What makes the remèr particularly interesting is that his work is not standardized. Each oar and each rowlock is made to measure, tailored to the specific gondolier who will use it. Factors such as the gondolier's height, arm length, rowing style, and even the particular canals he navigates regularly all influence the final dimensions and shape of the tools. This level of customization is rare in any craft, and it speaks to the intimate relationship between the craftsman and the person who ultimately relies on his work.
Today, only a handful of active remèr workshops remain in Venice, making this one of the most endangered artisan professions in the city. Those who still practice it do so with a combination of pride and urgency, aware that they are custodians of a knowledge that cannot simply be learned from a book or a video tutorial. It must be passed down through direct experience, through years spent in a workshop handling wood, making mistakes, and gradually developing the intuition that separates a competent craftsman from a true master.
How oars and rowlocks are built, from raw wood to finished tool
The process of building an oar starts from thick wooden boards, typically around 54 millimeters in depth. The craftsman works these boards through a series of manual and semi-mechanical steps, gradually reducing and refining the shape until the oar achieves the precise profile required. This is not a quick process. A single oar can take anywhere from five to ten hours to complete, depending on its complexity and the level of finishing required. Every curve, every taper, every transition between the blade and the shaft is considered carefully, because even a small imbalance can affect how the oar performs in the water.
Rowlocks — the forked wooden supports that hold the oar in place and act as a pivot point during rowing — require an entirely different and considerably longer process. After the initial shaping, a rowlock must be left to season for up to 24 months. This extended resting period allows the wood to stabilize, releasing internal tensions that could otherwise cause cracking or warping under the mechanical stress of regular use. Rushing this stage is not an option; the physics of wood simply do not allow shortcuts.
The key stages in building a rowlock include:
Selecting and inspecting the raw timber for quality and grain consistency
Roughing out the basic shape using traditional hand tools
Allowing the shaped piece to season for the required period
Refining the final form through detailed hand carving and smoothing
Fitting and adjusting the rowlock to the specific gondolier's measurements
Why this profession demands both skill and artistic vision
It would be easy to assume that building an oar is primarily a mechanical task — measure, cut, shape, finish. But anyone who has spent time in a remèr's workshop quickly realizes that the process is far more nuanced than that. The craftsman must develop an almost intuitive understanding of how wood behaves, how slight variations in grain direction affect flexibility, and how the finished tool will interact with water under real rowing conditions. This knowledge cannot be acquired quickly. It accumulates over years of practice, observation, and refinement.
There is also a genuinely artistic dimension to the work. The rowlock in particular, known in Venetian dialect as the forcola, is not simply a functional component — it is a sculptural object with a complex, asymmetrical form that has been refined over generations to optimize the multiple rowing positions a gondolier uses. Each forcola is different, shaped around the individual body mechanics of its owner.
Where craft and water meet
The story of the remèr is ultimately a story about what it means to make something well. Understanding how oars and rowlocks are built reveals a world where speed is irrelevant, where every piece of wood is treated as a unique material with its own character, and where the final product must perform flawlessly in one of the most demanding environments imaginable.
The canals of Venice are unforgiving, and the tools that navigate them must be equally precise. The remèr carries this responsibility with quiet dedication, producing work that is as functional as it is beautiful. If Venice has taught us anything, it is that true craftsmanship never goes out of style — it simply waits for those willing to look closely enough to appreciate it.
