A well-fitted and properly installed paddle mount is not just a comfort element, but a critical safety feature that is often underestimated by beginners. In an emergency, motor failure or strong wind, it is the safety of the switch that determines whether you can row confidently while maintaining your course, or whether you will be helplessly chatting with oars at the risk of overturning. Many boat owners make the mistake of relying on standard solutions or temporary fixers that may not be able to withstand the load.
The modern market of accessories for boating technology offers a wide range of solutions: from classic metal plugs for a rigid hull to specialized holders for PVC inflatable boats. The choice of a specific type depends on the material of the hull, operating conditions and personal preferences of the owner. There is no universal solution.What works perfectly on an aluminum "cossack" may be completely unacceptable for a lightweight inflatable boat.
In this article, we will take a look at the nuances of choice, compare the different types of fasteners, and provide step-by-step instructions for installing them. You will learn how to avoid common installation errors that can lead to depressurization of cylinders or deformation of the board. Proper organization of the rower’s workplace is the key to successful fishing or safe rest on the water.
Types of fasteners for fun: classification and features
The first thing that a boat owner encounters when choosing accessories is the variety of design solutions. All mounts can be divided into two large groups: fixed and removable. Stationary options are usually metal or plastic plugs that are rigidly fixed on board. They provide maximum reliability and rigidity, which is critical when rowing against the current or wind.
Removable mounts are most commonly used on inflatable boats, where mobility and the ability to disassemble quickly are important, such as plastic holders that are pasted into a cylinder or metal brackets that are mounted on a transom or board using bolts. Turning switch This is a popular type of removable mount, allowing you to remove the paddle to a vertical position when it is not in use, freeing up space in the cockpit.
Separately, combined systems that allow both paddles and trolling stops are also a feature of the PVC tuning system, which requires more complex installation but gives the wearer maximum flexibility, depending on how often you plan to use the fun move as the main one.
- 🚣♂️ Classical exceptions: Metal or plastic horns, rigidly fixed on the sides, provide a reliable support.
- 🔩 Rotary holders: Allows you to fix the paddle in a vertical or horizontal position, convenient for transportation.
- 🛶 Pluted glasses: Plastic elements mounted directly into the PVC fabric do not interfere with the assembly of the boat.
- ⚓ transom anchorages: They are mounted on the back of the boat, suitable for short oars or as an additional storage place.
⚠️ Warning: When choosing plastic holders, make sure the material is UV resistant: Cheap plastic becomes brittle quickly when exposed to the sun and can burst at the most inopportune moment.
Fastenings for PVC boats: the specifics of installation and choice
Polyvinyl chloride (PVC) inflatable boats require a special approach to installing additional equipment, the main objective here is to ensure reliable fixation without violating the tightness of the cylinders. The most common solution is glued elements, which are plastic glasses or sites that are glued to the surface of the cylinder with a special two-part glue, and already they insert a metal or plastic pin of an oar.
The pasting process requires careful surface preparation. PVC fabric must be degreased, cleaned (if required by the glue instructions) and warmed. Quality of gluing A direct effect on safety: a poorly glued holder under load can come off, damaging the balloon itself. For this procedure, it is recommended to use specialized adhesives, such as polyurethane formulations, designed specifically for PVC materials.
Alternatives to sticking are overhead mounts, which are fixed on the sides with belts or Velcro straps. However, such solutions are considered less reliable and are more suitable for cruising operation in calm weather. For serious fishing or going out into large water, it is preferable to use rigidly fixed elements. Also popular mounts installed on the beams (if the design of the boat allows), which allows you not to drill or glue anything on the cylinders themselves.
When mounting on an overhead boat, it is important to observe symmetry. The distance from the switch to the water (landing height) should be optimal: too high - the arm will tire quickly, too low - the blade will sink deeply, losing efficiency. Standard height The installation is usually 15-20 cm above the water level when the boat is fully loaded.
Installation of switches on metal and plywood boats
Unlike inflatable boats, rigid boats (aluminum, steel, plywood) allow for more powerful and massive mounts, where the main method of fixation is a bolt joint, which provides a dead grip that can withstand any load when rowing, but when drilling holes in the metal case, you must strictly adhere to the technology of anti-corrosion treatment.
The installation process begins with the mounting points marking, and it is important to determine the exact location where the stroke will be most effective, and after drilling the holes, the edges of the corrosion-resistant components must be treated, and when installing the bolts, use a sealant. Hermetization in this case, it performs a dual function: it prevents water from entering the housing and protects the metal from electrochemical corrosion at the point of contact with the fastener.
For plywood boats that are covered in fiberglass or paint, the technology is similar, but it requires care not to break the wood. Often, these boats are not just fitted with nozzles, but with whole slats attached to the sides, which allow the mounting points to be spread wider, which improves the stability of the boat and makes it easier to row.
- 🛠️ Preparation: Marking the center of the holes, the choice of a drill of the appropriate diameter.
- 🧴 Processing: Deposition of anticores on the ends of the metal and bolt threads.
- 🔧 Fixing: Installation of bolts using washers and growers, smearing joints with sealant.
- 🌊 Check: Control the absence of leaks after the first water.
⚠️ Warning: Never use conventional black screws to attach the switches to a metal boat. They will quickly rust and can break the metal around the hole. Use only stainless steel or galvanized fasteners.
Comparison of materials: metal, plastic or composite?
The choice of material for the paddle mounting itself is as important as the design type, with stainless steel, aluminum, various plastics and composites on the market, each with its own advantages and disadvantages to consider when buying.
Stainless steel is the standard of strength and durability. These are almost impossible to break, they are not afraid of hitting the side or stones. However, they have two significant disadvantages: high weight and high thermal conductivity (in the sun they are hot, in the cold they are frozen to their fingers), and steel is often more expensive than other materials.
Plastic and composites are the lot of modern light boats. They don't rust, they don't heat up in the sun, and they weigh almost nothing. Quality engineering plastics (like reinforced plastics) are as tough as metal when used on oars. But cheap plastic can crack when hit hard or bend. Aluminum is in between: it's light and strong, but it requires high-quality anodizing, otherwise it will oxidize.
| Materials | Strength | Weight. | Corrosion | Price. |
|---|---|---|---|---|
| Stainless steel | Very high. | Heavy. | Not subject to | High. |
| aluminum | High. | Light. | Oxidize | Medium |
| Engineering plastic | Medium/High | Very light. | Not subject to | Low/Medium |
| brass | Medium | Heavy. | Patinating. | High. |
Ergonomics: how to properly position the fasteners
The right location of the switches is not only a matter of convenience, but also of the efficiency of the rowing. If the mounts are installed too close to the nose or stern, the amplitude of the oar movement will be limited.