A tuilik is an Inuit watertight jacket, used when paddling a kayak. It is sealed at the face, at the wrists and around the cockpit coaming. In this way the paddler can capsize and come back upright (using an Eskimo Rescue or kayak roll) without getting wet, and without getting any water into the kayak.
The air trapped in a tuilik makes rolling easier. If the paddler comes out of their kayak, a tuilik provides considerable initial buoyancy, and the legs may be drawn up into the air pocket. [1] PFDs may be worn over or under a tuilik or tuiliusaq. [2]
In summer months an akuilisaq (a spray skirt or spray deck) may be used instead. [1]
Many kayakers do not use a tuilik, but instead a separate spray skirt and kayaking top (often a drytop, something like a drysuit jacket), which usually seals around the waist, arms, and neck. [3] A tuilik integrates the skirt and top into one piece of clothing, with a hood-edge seal rather than a neck seal. Tuiliks are generally less restrictive of motion, [2] but the fit is finnickier. [4]
The hood must fit snugly, but the arms and body fit loosely to allow free movement and clothing underneath. [2] Rolling requires extra length in the torso. [4] Quick-release suspenders were traditionally used to lift the front and prevent water from pooling in the excess length. [5] [6] The tuilik must seal at the face and kayak cockpit coaming, and usually at the wrists (unless there are integrated mittens, as in the tuilikusaq image above).
Traditional tuiliks are narrower, to fit narrow custom-fitted cockpits; mass-produced kayaks have larger cockpits (including long keyhole cockpits, image comparison) and the tuilik must therefore be wider at the hem. Some tuiliks are made with double decks to fit a range of cockpits. [7]
Commercial tuiliks may be custom-fitted or made in a broad range of off-the-peg shapes and sizes (one manufacturer stocks 15 sizes). [4]
Some kayakkers make tuiliks by sewing or gluing commercial drytops and sprayskirts/spraydecks together, with a permanent waterproof join. [8] [9]
Traditionally, a tuilik can be made from specially-prepared seal-skin, sewn with sinew, with draw-string seals. A sealskin tuilik is soaked, stretched, rubbed, and greased to keep it soft and waterproof. [2]
Garments to seal a person to a kayak coaming can also be made of gut. [11] Gut tuiliks are made of the intestines of sea mammals or bears. [12] The gut is turned inside-out to clean both sides, then inflated to dry. Inflated gut dries quickly. If it is dried in cold, dark, windy weather, it becomes opaque and white, and is known as "winter gut". "Summer gut" is yellowish and transparent, and stiffer. The gut is then slit open lengthwise and the strips are sewn into a garment. [12] The smoother inside of the gut becomes the outside of the garment. [13]
Modern tuiliks made from neoprene are called tuiliusaq (tuilik-like). [2] Neoprene tuiliusaqs provide buoyancy and good insulation against the cold. This makes them feel quite unlike a sealskin tuilik. [14]
Thinner materials feel more like the traditional sealskin. Some tuiliks have been made of cotton canvas. [2] They are also made from waterproof, breathable laminate fabrics similar to those used for rain jackets. [3] Some now use polyurethane laminate fabrics (including fleeces), which are less warm and buoyant than neoprene. [4] However, PUL is somewhat stretchy, less bulky and more durable, [15] and works better over a drysuit. [2] Teflon laminate fabrics are also used. [3]
Seams are avoided in areas where their bulk would make the tuilik stiff or cause water to pool, such as on top of the shoulders. [2] One Greenlandic traditional cut has a front which wraps yoke-like over the shoulder, dropped sleeves, a seam along each sleeve in line with the thumb, two vertical side seams, and a hood seam around the front and side base of the neck (the hood is cut in one piece with the back). [16] See lede illustration.
The tuilik must seal reasonably at the face and kayak cockpit coaming, and usually at the wrists. This is done using smooth, stretchy, grippy materials. Both laminate fabrics and neoprene will seal, but stretchier neoprene often seals better, so some non-neoprene tuiliks have neoprene rands. [5] Stretchier neoprene with one smooth side may grip and seal better, so even neoprene tuilikusaqs may use a different neoprene for the seals. [17] [18] [19]
Elastic cords (including leather thongs), and sometimes velcro straps, [17] are used to keep the seals in place.
The hood edge must seal to the face, and usually has a draw-cord that wraps 1.3 times around the hood opening, with the cord doubled at the top and exiting the casing through holes near the ends of the wearer's eyebrows before tying adjustably behind the head. [17] The entire hood may be made of stretchier materials for a closer fit. [4]
Any cuffs must be at least fairly water-tight. Cuffs may therefore may be made of neoprene (like the hood edge) or dry-suit wrist seals (which can be made of silicone rubber, or latex rubber similar to that used in bicycle inner tubes).
A kayak is a small, narrow human-powered watercraft typically propelled by means of a long, double-bladed paddle. The word kayak originates from the Greenlandic word qajaq.
A parka or anorak is a type of coat with a hood, often lined with fur or faux fur. This kind of garment is a staple of Inuit clothing, traditionally made from caribou or seal skin, for hunting and kayaking in the frigid Arctic. Some Inuit anoraks require regular coating with fish oil to retain their water resistance.
A wetsuit is a garment worn to provide thermal protection while wet. It is usually made of foamed neoprene, and is worn by surfers, divers, windsurfers, canoeists, and others engaged in water sports and other activities in or on water. Its purpose is to provide thermal insulation and protection from abrasion, ultraviolet exposure, and stings from marine organisms. It also contributes extra buoyancy. The insulation properties of neoprene foam depend mainly on bubbles of gas enclosed within the material, which reduce its ability to conduct heat. The bubbles also give the wetsuit a low density, providing buoyancy in water.
A dry suit or drysuit provides the wearer with environmental protection by way of thermal insulation and exclusion of water, and is worn by divers, boaters, water sports enthusiasts, and others who work or play in or near cold or contaminated water. A dry suit normally protects the whole body except the head, hands, and possibly the feet. In hazmat configurations, however, all of these are covered as well.
A raincoat is a waterproof or water-resistant garment worn on the upper body to shield the wearer from rain. The term rain jacket is sometimes used to refer to raincoats with long sleeves that are waist-length. A rain jacket may be combined with a pair of rain pants to make a rainsuit. Rain clothing may also be in one piece, like a boilersuit. Raincoats, like rain ponchos, offer the wearer hands-free protection from the rain and elements; unlike the umbrella.
A diving suit is a garment or device designed to protect a diver from the underwater environment. A diving suit may also incorporate a breathing gas supply, but in most cases the term applies only to the environmental protective covering worn by the diver. The breathing gas supply is usually referred to separately. There is no generic term for the combination of suit and breathing apparatus alone. It is generally referred to as diving equipment or dive gear along with any other equipment necessary for the dive.
A spraydeck is a flexible waterproof cover for a boat with holes for the passengers' waists. Spraydecks are used to prevent water from entering the boat while allowing passengers to paddle or row.
A sea sock is a piece of safety equipment used in sea kayaking. It is a large waterproof bag, fitting the lower body of a kayaker, that is placed inside the kayak and attached tightly all around the rim of the cockpit. The paddler sits inside the sea sock and fits the sprayskirt over the sea sock and cockpit coaming as usual.
Mukluks or kamik are a soft boot, traditionally made of reindeer (caribou) skin or sealskin, and worn by Arctic aboriginal people, including the Inuit, Iñupiat, and Yup'ik.
Oilskin is a waterproof cloth used for making garments typically worn by sailors and by others in wet areas. The modern oilskin garment was developed by a New Zealander, Edward Le Roy, in 1898. Le Roy used worn-out sailcloth painted with a mixture of linseed oil and wax to produce a waterproof garment suitable to be worn on deck in foul-weather conditions. Oilskins are part of the range of protective clothing also known as foul weather gear.
The umiak, umialak, umiaq, umiac, oomiac, oomiak, ongiuk, or anyak is a type of open skin boat, used by both Yupik and Inuit, and was originally found in all coastal areas from Siberia to Greenland. First used in Thule times, it has traditionally been used in summer, for moving people and possessions to seasonal hunting grounds, and for hunting whales and walrus. Although the umiak was usually propelled by oars (women) or paddles (men), sails—sometimes made from seal intestines—were also used, and, in the 20th century, outboard motors. Because the umiak has no keel, the sails cannot be used for tacking.
A cuff is a layer of fabric at the lower edge of the sleeve of a garment at the wrist, or at the ankle end of a trouser leg. The function of turned-back cuffs is to protect the cloth of the garment from fraying, and, when frayed, to allow the cuffs to be readily repaired or replaced, without changing the garment. Cuffs are made by turning back (folding) the material, or a separate band of material can be sewn on, or worn separately, attached either by buttons or studs. A cuff may display an ornamental border or have lace or some other trimming. In US usage, the word trouser cuffs refers to the folded, finished bottoms of the legs of a pair of trousers. In the UK, while this usage is now sometimes followed, the traditional term for the turned up trouser hem is 'turnup'.
Waterproof fabrics are fabrics that are, inherently, or have been treated to become, resistant to penetration by water and wetting. The term "waterproof" refers to conformance to a governing specification and specific conditions of a laboratory test method. They are usually natural or synthetic fabrics that are laminated or coated with a waterproofing material such as rubber, polyvinyl chloride (PVC), polyurethane (PU), silicone elastomer, fluoropolymers, and wax. Treatment could be either of the fabric during manufacture or of completed products after manufacture, for instance by a waterproofing spray. Examples include the rubberized fabric used in Mackintosh jackets, sauna suits and inflatable boats.
A survival suit, more accurately and currently referred to as an immersion suit, is a type of waterproof dry suit intended to protect the wearer from hypothermia if immersed in cold water or otherwise exposed after abandoning a vessel, especially in the open ocean. Immersion suits usually have integral footwear, and a hood, and either built-in gloves or watertight wrist seals. Suits manufactured by several manufacturers also include an inflatable pillow which is permanently attached high on the back, or an inflatable tube that is attached with zippers at two points on the chest, each side of the main zipper, and circles the back. When inflated, both of these devices provide enhanced stability to the wearer, which, if conscious, allows them to keep the head above water, and to keep wind and seas from striking the face. The inflation tube is routed from the inflatable pillow over the left shoulder of the user, and secured in a loop on the chest.
The Extended Cold Weather Clothing System is a protective clothing system developed in the 1980s by the United States Army Natick Soldier Research, Development and Engineering Center, Natick, Massachusetts. The first generation ECWCS consisted of parka and trousers plus 20 other individual clothing, handwear, headwear and footwear items which are used in various combinations to meet the cold weather environmental requirements of the US military. The Extended Climate Warfighter Clothing System, or Gen III ECWCS, is designed to maintain adequate environmental protection in temperatures ranging between -60 and +40 Fahrenheit
A kamleika is an Aleut robe made from sea mammal intestine, which was light and waterproof. They also sometimes had robes to protect against threats such as heavy wind and rain. They were sewn with grass, and each took around a month to make.
A blind stitch in sewing is a method of joining two pieces of fabric so that the stitch thread is invisible, or nearly invisible. Blind stitching hides stitching under folded edges; therefore, this type of stitch can be used to create a blind hem or to join two folded edges together.
Yup'ik clothing refers to the traditional Eskimo-style clothing worn by the Yupik people of southwestern Alaska.
Traditional Inuit clothing is a complex system of cold-weather garments historically made from animal hide and fur, worn by Inuit, a group of culturally related indigenous peoples inhabiting the Arctic areas of Canada, Greenland, and the United States. The basic outfit consisted of a parka, pants, mittens, inner footwear, and outer boots. The most common sources of hide were caribou, seals, and seabirds, although other animals were used when available. The production of warm, durable clothing was an essential survival skill which was passed down from women to girls, and which could take years to master. Preparation of clothing was an intensive, weeks-long process that occurred on a yearly cycle following established hunting seasons. The creation and use of skin clothing was strongly intertwined with Inuit religious beliefs.
Archaeological evidence indicates that the history of Inuit clothing extends far back into prehistory, with significant evidence to indicate that the basic structure of Inuit clothing has changed little since. The clothing systems of all Arctic peoples are similar, and evidence in the form of tools and carved figurines indicates that these systems may have originated in Siberia as early as 22,000 BCE, and in northern Canada and Greenland as early as 2500 BCE. Pieces of garments found at archaeological sites, dated to approximately 1000 to 1600 CE, are very similar to garments from the 17th to mid-20th centuries, which confirms consistency in the construction of Inuit clothing over centuries.
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