What thickness wetsuit for winter?
A 6mm surfing wetsuit is designed for use during the coldest winter months. This thickness is one of the thickest offered by the well-known brands and these suits commonly include a hood for additional warmth. Thin summer wetsuits range between 1mm and 3mm. Spring or autumn wetsuits are normally made with 4mm and 3mm panels. You’ll find winter wetsuits in 5/4mm or 6/4mm.Unlike thicker wetsuits, which are better suited for colder water temperatures, 1mm springsuits are ideal for more mild conditions. A key feature of 1mm springsuits is their flexibility. The thin neoprene material allows for a full range of motion, enabling water sports enthusiasts to move freely in the water.Is a 5mm wetsuit too warm? A 5mm neoprene thickness is ideal for water temperatures between 10°C and 15°C, offering warmth and a fair amount of flexibility for activities like surfing or diving. In warmer waters above 15°C, it may feel too warm, and a thinner wetsuit (3mm or 2mm) is a better choice.We’d suggest a 5mm and a 3mm would be suitable for most of the year, and if you are ever too warm you can always let in some cold water at the neck to cool down. Adding wetsuit boots, neoprene caps, and wetsuit gloves can help when it’s cold, but keeping your core warm is the most important thing to focus on.Water temperatures between 64-77°F (18-24°C): A shorty wetsuit with a thickness of at least 2mm is recommended. Water temperatures above 77°F (25°C): A shorty wetsuit with a thickness of at least 1. Expensive wetsuits are typically made with higher-quality materials that will last longer. They also usually have added features, such as a built-in hood or different types of closures. An entry-level system with superior design, quality, flexibility, durability, and neoprene will always make a wetsuit more expensive.The main disadvantage of wetsuits is that they can still be quite cold in colder water temperatures, as they allow water to enter and then warm up against the body. They also require more frequent replacement than drysuits, as the neoprene material can degrade over time.Wetsuit Thickness Guide Thin, light and stretchy, 1-2mm neoprene protects you from UV rays and provides a little extra warmth in water temperatures of 17°C and above.You are correct in that the elasticity of a wetsuit will change. A suit that is used daily will stretch out over time, whereas in contrast, a suit that is never used will begin to harden and seem to have “shrunk” when put on.
How cold is too cold for a wetsuit?
When the water temperature measures between 50 and 65 degrees, wetsuits are strongly encouraged, and some races may require their use. Between 65 and 78 degrees, it’s typically the athlete’s choice of whether to wear a wetsuit. Wetsuits are designed to provide thermal protection from the cold water by securing your body’s heat. Unlike dry suits, which use air and multiple under-layers to retain heat (more on that in a minute), wetsuits insulate our body’s natural heat via a thin layer of water and the suit’s material.Reading the temperature guide Generally, you’ll find yourself using wetsuits that fall in the middle of the spectrum. For instance, a 3mm shortie or steamer is perfect for water temperatures between 18° and 24°C (65° – 75°F) and serves as an ideal high summer suit for the UK and other parts of Europe.Unfortunately, a wetsuit that is too thick does have a few downsides. It doesn’t allow you to lose excess heat and can make you feel too hot. Additionally, the thick neoprene fabric on the arms and legs can limit your range of movement, which is not what you want when surfing, swimming, windsurfing or kitesurfing.A wetsuit may not be necessary if the water temperature at your surfing location is around 65°F (18°C) or above. But many surfers prefer to wear a wetsuit or black suit—even in warm water—as the body can still feel chilly after a while, especially during technical or deep scuba diving.
Do winter wetsuits keep you warm?
Yes, a wetsuit is designed to keep you warm in cold water. It does this by providing insulation through the neoprene material, which traps a thin layer of water between the suit and your skin. Your body warms this water, creating a barrier that helps retain heat. A drysuit is looser fitting and uses air to insulate instead of water, which reduces heat loss more than a wetsuit. With the addition of thermal clothing, you’ll feel warmer during dives.A 1mm wetsuit top or a 2mm shorty springsuit will certainly add warmth while you’re out there adventuring in the water. But those thicknesses will only keep you comfortably warm in as low as 68 degrees F water, depending on your cold tolerance.Coaching-wise, I was kept super warm and it was comfy enough to wear in all my lessons through the summer. I’ve been really impressed with the wetsuit, just as I have been with every other C Skins wetsuit that I’ve had. How has it performed both in the water and out? The performance has been great!Frequency and intensity of use, the type of water activity, care and maintenance practices, quality of materials, and fit all play significant roles. While some wetsuits may last only a couple of years with regular use, others, especially those of higher quality and better maintenance, can endure for a decade or more.A wetsuit dryer speeds up the drying process. It keeps the suit fresh and ready for use. These dryers remove moisture. It also prevents the growth of bacteria.
How to pick a wetsuit?
A wetsuit should fit like a second skin with no sagging in the back or excessive bunching in the arms or legs. It should fit tight in order to keep only a thin layer of water between your body and your suit. A wetsuit should fit as tightly as you can comfortably get into. What you need to avoid are slack areas where water can pool, or loose seals around the ankles, wrists, and neck. If your wetsuit is too loose, cold water will enter the suit freely or “flush through”.If you struggle to get into a wetsuit, or it’s your first time putting one on, keep your socks on, or wrap your feet in a plastic bag. This makes it much easier for your feet to slide through the leg cuffs. Important notice: Never use fingernails to pull on your wetsuit, you will damage the neoprene instantly.No sunblock: Avoid putting sunscreen on your body right before donning a wetsuit since it will eventually harm the neoprene material. Apply sunscreen far in advance if you need to protect yourself from the sun so it has time to seep into your skin.We don’t recommend folding or stuffing your wetsuit into cramped spaces as this can cause creases and damage to the suit. It’s also best to avoid leaving your wetsuit in direct sunlight as much as possible, as the UV rays can affect the neoprene, deteriorating the integrity of your suit.Yes, a wetsuit will do a much better job keeping you warm in cold water temperatures. This is because when you first enter the water, the wetsuit fills with water. Your body heat warms that thin layer of water, which is trapped by the thick neoprene of the wetsuit, and that keeps you warm.
Should I get a 3mm or 5mm wetsuit?
If you’re primarily in warmer waters, a 3mm suit should be sufficient, if you’re primarily in waters where temperatures hover around the mid-teens, a 4mm suit should be more than enough. But if you plan to tackle cold waters or winter waves, a 5mm wetsuit will keep you toasty and ready for anything. If you see numbers like 3/2, 4/3 etc… this is it.A safe open water wetsuit should be a 3:3 thickness for women and a 3:5 thickness for men. This means 3mm of neoprene around the chest and legs for women, and 3mm of neoprene around the chest for men and 5mm of neoprene around the legs for men.A winter wetsuit, or steamer, refers to a full wetsuit with waterproof seams. Winter wetsuit neoprene thicknesses range between 4, 5, 6 and sometimes even 7mm. Make sure to choose the most flexible wetsuit with the best seam construction for your budget. This way you’ll remain mobile and stay comfortable.Cons of Using Wetsuits While wetsuits offer great insulation, they are bulkier and restrict mobility more compared to spring suits. The thicker neoprene material limits flexibility, making paddling and maneuvering slightly more challenging.