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Santiago Nguyen
Santiago Nguyen

What Kind Of Ski Boots Should I Buy



You ski the entire mountain in all conditions with confidence. You easily make the transition from designated trails to off-piste in a variety of snow conditions including deep powder, crud, ice and moguls. You should be looking for a boot with a stiff to very stiff flex and a very precise fit. Expert level skiers sometimes intentionally downsize both in length and volume, then work with a bootfitter to make the boots comfortable. Note: Expert park and pipe skiers often prefer a roomier fit and softer flex in their boots compared to "traditional" experts.




what kind of ski boots should i buy



Average lasted boots have a forefoot width of around 100 mm (give or take a millimeter). These boots fit average feet well out of the box, and have a more relaxed fit through the midfoot and heel than narrow lasted boots.


Matching the cuff to the size and shape of your calf is an important part of your ski boot fit. The shape and height of both the shell and liner cuff can be a big consideration for women (whose calves are generally lower and proportionately larger than men) or those with very large calves. If the upper buckles on a boot are extremely tight out of the box, most boots have upper buckle ladders that can be moved to several different positions, sometimes with a screwdriver or allen wrench, to give you more adjustment range.


Alpine ski boots normally have a fixed forward lean of between 11 degrees and 18 degrees from vertical. Most modern boot designs reflect the shift in ski technique toward a more upright style and have less forward lean than boots of a few years ago, but the forward lean that works best for each skier is highly personal, and most boots have some adjustment capability. Often this involves installing or removing a spoiler or shim in back of the calf. Alpine touring boots commonly come with two forward lean options.


Salomon (Custom Shell) and Atomic (Memory Fit) offer outer shells that can be heated in a convection oven and custom molded to your foot. This process works very well to change the shape of a boot shell that is just a bit too tight. The heat molding process should be performed by a qualified shop.


This is the velcro strap at the top of the cuff of your ski boot (some boots use a mechanical cinching buckle). When tightened, the power strap increases energy transmission and control. It acts as an additional buckle with a large range of adjustability and aids in reducing the gap between leg and boot. Power strap tightness is a matter of personal preference, so feel free to experiment.


Most adult ski boots have moveable buckle ladders (the piece with the notches that the buckle wire attaches to). These normally can be moved using an allen wrench to allow the user a tighter or looser range of settings. You may need to drill a hole in the plastic buckle strap to move the ladder.


Many boots offer the skier the ability to adjust the upper cuff angle to match the angle of the leg; this adjustability may be important if your natural alignment causes you to weight either your inside or outside ski edges disproportionately. Cuff alignment is normally done by adjusting the rivets attaching the boot cuff to the shell with an allen wrench.


Grippy rubber soles aid in the ability to walk and hike on rocks, ice, and pavement. Many alpine touring boots have a rockered (curved) sole in front of the forefoot for a more natural walking movement. Freeride boots with a grippy sole offer traction for added security while booting and scrambling on rock. Not all traction soles will work with all bindings, so ask your shop if you are unsure about compatibility.


Some boots offer the user the option of swapping soles, usually from an alpine sole to an alpine touring sole or the reverse. Changing soles may limit your choice of binding, so ask your shop about compatibility if you have any doubts.


Bootboards (also called "Zeppas") are the removable platforms that the liner sits on top of in the shell. Rigid bootboards provide the most efficient transfer of energy to your skis. Some bootboards are made out of rubber or have padding to soften harsh landings. These are typically seen in park and pipe boots and big mountain boots.


There are other padded features often seen on park-specific boots. Look for padded spoilers, tongues, heels, and toes. All of these help in reducing shock commonly referred to as toe, shin, and calf-bang.


Ski boot construction consists of a hard outer shell for support and soft liner for cushioning and warmth. Most adult boots are "front-entry overlap" designs, meaning that they open in the front like hiking boots and are secured by three or four buckles. Some kids' boots are "rear-entry" style. These models open in the back, which makes them more comfortable and user-friendly for beginners.


REI's online specs include a flex rating, however, determining boot flexibility is largely a subjective evaluation by each brand. Not all "soft" boots, for instance, exhibit the same degree of softness.


Accordingly, shopping for ski boots in a store has advantages over shopping online. If possible, visit an REI store to examine boots in person and try on several pairs to gauge what best suits you. If that's not possible, call us at 800-426-4840 and consult with one of our experts.


Ski boot manufacturers rate boots on a flex index: the higher the number, the stiffer the boot. The more rigid your boot, the more power transfers to your ski's inside edge. (REI.com product pages list the flex index under the "specs" tab.)


Medium-flex boots are geared to intermediate skiers and deliver increased responsiveness for improved turn-carving skills and higher speeds. They're ideal for those who can comfortably ski blues and easier black runs and are ready to tackle steeper terrain, moguls and ungroomed snow.


Stiff-flex boots are highly responsive and designed for those who ski with confidence, speed and aggressiveness on the steepest and most challenging terrain. Some boots offer features such as shock absorption for landing jumps or slamming bumps. Most advanced-level boots combine multi-density materials to make boots stiff in critical areas of energy transfer, but soft in other areas. Very stiff racing boots can be uncomfortably rigid for general use.


Note: Flex index ratings are comparable only within a manufacturer's line, so the best way to compare when shopping is to put a boot on each foot, lean forward and flex them. Be aware that boots will have a softer flex at a warm indoor temperature than they will out on the ski hill.


Most boots come with some amount of heat-moldable material in the liners. Typically, more expensive boots will feature more heat-moldable material. Some liners have down-filled toe boxes for added warmth.


Ski/Walk Mode: Do your ski days include hikes up sidecountry ridges to find untracked powder? Many medium- to high-end boots let you separate the upper shell from the lower boot for more comfortable walking. When you're ready to ski the descent, you can lock the upper and lower shell together to maximize power transmission.


Flex Adjustment: Some ski boots have a switch so you can adjust the boots' stiffness to match a particular type of skiing, like powder, groomers or bumps. It is usually located on the back of the boot, around ankle height.


Buying a pair of ski boots can be an overwhelming process. There are many reputable brands on the market, each selling several different models that suit different needs. Some boots have more features than others, and sorting out the most useful for you can make choices difficult. To make matters worse, each model may have variations in flex and width. How do you choose which boot will suit your needs the best?


Ski boots are a highly personal piece of equipment. Their performance, comfort, and warmth depend mostly on fit, your skiing style and needs, and your taste. To ensure the best fit, we recommend seeking the advice and services of a professional boot fitter. A boot fitter can measure your foot, ask you questions, and make initial recommendations based on their experience and knowledge of particular products.


If you are purchasing ski boots from an online retailer, consider the ease of returning the product to the seller if you need to exchange them for another size or model. If possible, try on a couple of different sizes from different brands so that you can compare them and decide which shape and size are most suitable for your foot and skiing ability.


These boots consist of a traditional two-piece shell and cuff design. Both the lower shell of the boot and the cuff overlap to provide increased stiffness in the front of the boot and keep out snow and water. Examples of traditional models from this test include the Tecnica Mach1 130 and the Lange RX 120.


Ski boots are relatively simple contraptions. They are meant to provide a positive connection between your body and your skis. Materials and features of boots may vary across manufacturers and models, but there are universal components that make up a modern alpine ski boot.


Before trying boots on, you should have an idea of the general shape of your foot, the length and width of your foot, your skiing ability, and the application of the boot. With this information, you can look for a boot in the correct size, last width, and with an appropriate flex rating for your ability or preference.


Some brands design a boot with three shell sizes or volumes under the same name. Tecnica offers the Mach 1 in a high volume (103-millimeter last), medium volume (100-millimeter last), and low volume (98-millimeter last). Other brands offer similar boot performance in different last widths under different names. For example, Nordica alpine boots are comparable in performance, but the high volume and wide last boot is called the Sportmachine (103 millimeters), the medium volume and last is called the Speedmachine (100 millimeters), and the low volume and last boot is called the Promachine (98 millimeters).


These boots are comparable in performance, but generally, manufacturers offer higher flex ratings and better performance in their low and medium volume boots, while larger boots are usually for intermediate skiers. The idea behind this is that to achieve optimal performance out of a boot, it should be snug, even if you have large feet. This can make shopping for the right boot a little confusing. 041b061a72


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