With the arrival of winter, when severe frosts alternate with rain and periods of thaw, one often has to deal with such an unpleasant phenomenon as icy conditions. Slippery roads make movement difficult and increase the likelihood of falling and injury.
To prevent potential troubles, people resort to various measures, one of which is do-it-yourself ice drifts for shoes made from scrap materials. The main advantage of home production devices is significant financial savings.
The cost of the product is low, and the functionality is sometimes not inferior to factory analogues.
Carefully! Slippery! or What are ice accesses?
What are ice accesses?
So unexpectedly cold weather hit the earth, and, as a result, slippery streets and slippery roads.
It would be nice to hang a sign “caution, very slippery” on every dangerous place, but this is simply impossible! Therefore, in order to protect yourself at least a little from falls, you should buy shoes with the right soles. Slippery shoes are a really big problem, especially if your route does not allow you to avoid dangerous places.
And if you have a child, how to protect him from bruises, because slippery children's boots, unfortunately, are not uncommon. But don’t rush to get upset, there is a way out. Thanks to modern technology, we know what to do with slippery soles, but more on that later...
Professional overlays
There are several types of factory-made devices that are attached to the sole and protect against slips and falls. Anti-slip shoe pads are available for boots with heels, UGG boots, and regular boots. They are easy to put on and take off. The most common devices that can be purchased at any hardware store are:
- ice drifts - anti-slip linings on shoes that envelop the lower part of the boots, providing a braking effect on an icy surface;
- ice access devices - devices similar to ice drifts, but additionally equipped with spikes (most often in the toe area) that guarantee stability;
- other devices for ice - anti-slip rubber pads, removable hoops, chains, felt elements.
Such devices have some advantages. This:
- low price;
- wear resistance;
- ease of use;
- good slip protection.
Anti-ice shoe device
Ice is such a nuisance that even the most fit and athletic adult can slip and fall on very hard ice.
Therefore, it is simply necessary for every person, especially the elderly, children, and women, to take measures for safe and comfortable movement on the street during icy conditions.
On sale you can find accessories for shoes that hold well on ice. Home craftsmen and craftsmen can make such an anti-ice device on their own.
The design proposed by the YouTube channel “Alokin AlokinAlokin” uses long self-tapping screws and a piece of thick, dense rubber. Glue. Thin narrow strips of rubber. Other materials and tools.
The idea for protecting shoes and their owner from ice, shown in this video, can be further developed. Instead of self-tapping screws, you can use some other materials that can also cling to slippery ice.
Craftsmen buy inventions from the best Chinese online store.
The longer the self-tapping screw, the better. A piece of thick rubber or plastic glued with rubber to prevent slipping. Soft rubber will migrate along the foot, so the stiffer the better. Drill 1.5 mm. Cotton thread, since synthetics can melt from contact with glue. A long self-tapping screw adds rigidity.
Impregnation with any superglue will protect the thread from water, dirt, salt and abrasion. A strip of rubber from a car inner tube, 1 centimeter wide. Pieces of leather to reinforce the seam. A clasp from a sewing store is sewn onto the leather overlays.
Fasteners can be replaced with half rings. In order not to have to look for where to place wet and dirty ice access shoes, you just need to turn them over on your boot.
The thread of the self-tapping screw holds ice well, and the self-tapping screw itself does not allow it to slide on trampled snow.
DIY electronics in a Chinese store.
The device in the room turns over
The most important thing is that in the device there is friction between the sole and the rubber base. In a perfect design, the base should be corrugated, that is, have a pattern. But a good way is to attach waterproof sandpaper. But here you need rubber glue. Otherwise, the abrasive grains will move across the tile if the ice drift is turned over.
You can use a new sole and attach a self-tapping screw to it. She can also roll over on her shoes to prevent anything from scratching the floor in the room. In this case, you can simply swap the right and left ice drifts. Device on video.
Source: https://izobreteniya.net/prisposoblenie-dlya-obuvi-protiv-gololeda/
Purpose
Ice drifts or ice accesses are special elastic attachments with metal spikes that are securely attached to shoes. They are remembered when the weather decided to play a cruel joke and covered the roads with a slippery coating. Ice drifts, due to sharp or abrasive elements, ensure reliable grip of shoes on the ground, preventing the sole from slipping. You can safely walk on ice or icy roads in them.
These attachments are suitable for any shoes, including dress shoes. Attaching to the sole occurs using special loop fasteners. Ice drifts are simply necessary for postmen, military personnel, builders - all those people who have to walk a lot on ice. Fishermen, winter fishing enthusiasts, hunters walking along snow-covered paths and icy slopes, tourists going on a December hike, pregnant women, and elderly people are also often puzzled by the search for de-icing devices. Having paid a lot of money for factory designs, many of them simply do not know that it is quite easy to make ice drifts for shoes with your own hands.
Even when using deicing equipment, you should not walk quickly on ice. Hands should be free, they should be balanced when moving, and not kept in pockets.
How to make ice access?
There are not enough wipers for all areas, they do not work at the same time and not in the same style, and it turns out to be a checkerboard pattern - an area with ice, an area without ice, an area with spots of ice. This is the worst thing because vigilance is lost. We thought about it and got confused. It is at the beginning of the icy section.
Black sidewalks do not guarantee safety, they are only misleading. And the harm is immeasurable. The main harm is strategic. We'll just die. No kidding. The trees are holding on with all their strength, and the spring of 16th may be the last time they try to open buds. The consequences are obvious.
If you need to explain, then there is no need to explain, this is already a clinic.
So no reagents. At all. No moderate use. It’s like drinking in moderation, which is also the main cause of alcoholism. One must break with vice once and for all, once making a firm, irrevocable decision.
We don’t discuss the benefits of reagents, but we’ll talk in detail about how to make ice packs.
We need speakers, also known as ice shoes, ice drifts, anti-slip shoes, non-skates, running ice shoes, horseshoes, tumblers, spikes, hedgehogs, half-boots, icecovers, anti-slippers and something else.
The most common name is ice drifts. In our everyday life, each type of ice access has its own name, and before leaving we often hear a reminder about hedgehogs.
Not about hedgehogs, but about hedgehogs, this is the rule of declension in the accusative case.
The thorns sold on the street are good, but indoors they damage the floor and make noise; they are not suitable for those running around institutions. Nothing prevents you from attaching sandpaper to the sole and, if desired, adding spikes to it for a long walk.
Sandpaper (no. 3 or 4 coarse grit) is glued to the sole and heel. It holds up well, lasts a long time, and prevents slipping perfectly. I have never been covered in snow or frozen, but they say that this is possible in some special weather.
So it is very advisable to have thorns with you. At least for companions to whom winter came unexpectedly.
Spikes can be easily and quickly made with your own hands. We take a tin and a large nail with a square tip, fill the holes, and the teeth come out from the back side.
We tie the spike to the sole with a lace, wrapping a long lace not only around the foot, but also around the ankle. The bad thing about a tin can is that the spines can get crushed under our weight, but the good thing is that it is accessible.
There are strong, thick cans, but not every home gets them. And not everyone can find metal scissors, and ordinary ones are only suitable for aluminum cans.
You can make anti-slip pads from bottle caps. Perhaps such lids will soon become a rarity, but they still exist. We pierce several covers on the fold, thread the lace through a button with two holes and tie it across the sole. The sharp edge down, of course, and not so that the lids dig into the sole.
A very interesting option is one with a folding file, which can be tucked under the heel with one movement of the foot or folded back into a working position on the street, but this is a task for craftsmen, and is not suitable for women’s shoes.
An ordinary chain helps a lot. A chain wrapped one or two or more times around the foot looks unexpected and works like full-fledged spikes. It is not enough to use a hook for fastening; in this case, the chain falls off when walking; in addition, an elastic band is needed. There can be many designs of a finished device with a chain, the design is very diverse.
The books recommend such methods of protection against ice as lubricating the soles with half a potato or sticking sand on them. They don't work well, although starch does reduce friction, and glued sand can be little different from sandpaper.
Why? Yes, because we have forgotten how to walk on ice. Sliding friction is much less than static friction, and the friction force directly depends on the area of the rubbing surface. If we immediately stand firmly on our full feet, then our legs will not move apart, like a cow’s on ice.
What is needed is something like a soldier's marching step. How are we going? We almost jump from foot to foot, and both the leg that remains behind and the one that is thrown forward can slip out of its place.
And if a slide, even the smallest one, has begun, then it will easily turn into a sweeping slide, turning into flight with a painful landing.
The main rule is that the weight of the body should be on a firmly standing, motionless leg. First they set it up, then they moved it. This can be done very quickly when a habit develops. And ice, no matter how slippery it may be, is not dangerous.
The gait does not change much for outsiders. There is no pushing off with the tips of the toes, which gives an inappropriate effect of a flying gait in winter; there is increased flexibility in the ankle, a “sharp heel”.
Walking safely in winter for the rest of your life is worth taking a few minutes to focus on and develop into a solid skill.
Closer to old age, a developed habit will protect against such a disaster as a hip fracture, after which old people often end their life’s journey. Agree that in your youth you should take care of skills that can extend your life by ten to twenty years.
Walking skill is one side of the issue, adaptations are another. Ice drifts, ice climbers, thorns, hedgehogs - this is a good gift for the New Year, if you design it wittily. I hope that this season it will become an urgent need in all cities.
We must do everything possible to preserve the main condition for our health - living urban nature. This means that the reagents must be banned immediately, completely and completely.
Manufacturing and fastening stages
Making non-slip accessories for shoes does not require any special skills or abilities. The process will also take a little time. Having prepared the necessary materials and tools, you can proceed to practice. Below we will discuss how to make various types of ice access.
From a bicycle camera
The manufacturing algorithm is as follows:
- Thin rings are cut from an old bicycle tube with scissors. They should be 5-7 mm wide. You will need about 80 rings for both feet - the exact number depends on your shoe size.
- Two long strips of 60-70 cm each are cut out from the remaining rubber.
- Turning the shoes upside down, they begin the process of weaving anti-icing “lace”. In places where the base comes into contact with the ground, nuts are threaded onto the rings. For convenience and speed when weaving, you can use round-nose or long-nose pliers.
- Having weaved the rubber protection according to the size of the sole, one of the cut out long strips is threaded into the loops sticking out at the edges. The ends are tightened so that the resulting structure holds securely on the shoe, and tied neatly above the heel.
For the second leg, exactly the same ice drift is made - and you can safely set off on a slippery road.
From a can lid
Every home has a couple of old metal screw-on can lids that have already begun to rust. They can be used to make excellent ice protection. The procedure is as follows:
- Make small holes on the inside of the lid using a corkscrew or a large nail. It will be more convenient to do the work if you put something soft under the lid: a rag folded in several layers, a piece of foam plastic, foamed polyurethane insulation for pipes.
- Four more holes are made on the side walls of the lid.
- An elastic band is threaded through them, with the help of which the structure is attached to the shoe.
Ice drifts can be made more durable. Instead of a lid, a metal plate or piece of plywood is used as a base. If you are wondering how spikes are made for shoes, you can try using 3 mm screws secured with lock washers. It will turn out perfect: your feet won’t slip and it’s comfortable to walk.
From bottle caps
Another idea on how to make ice drifts from improvised materials is the use of ordinary bottle caps. Perhaps in the near future they will become a rarity, but for now, resourceful and skillful people can safely put them into use. A detailed algorithm for making shoe spikes from the specified material:
- Several covers need to be slightly bent in half and holes made on the fold.
- Thread a lace through them, like through a button with two holes. String 3-4 caps.
- Attach the resulting “beads” with a cord across the sole with the sharp edges of the caps facing down.
The resulting devices will be reliably protected from falls on slippery road surfaces. If desired, you can place two rows of covers on each leg. Do-it-yourself ice access bars will serve no worse than store-bought ones.
Rubber pads
Ice drifts with removable rubber pads are not difficult to make, but they have significant advantages - they are easy to use and effective in protection. The material you can use is an old car inner tube or a piece of thicker rubber (2-3 mm thick). Procedure:
- The base is cut out of rubber to fit the shoe. If the material chosen is a camera from a car, 2-3 layers should be taken at the places where the spikes are attached.
- Use any sharp instrument, such as a leather punch, to make holes in the rubber.
- Screw 6-8 mm bolts into the resulting recesses and secure them with washers (preferably lockers) and nuts, self-locking for reliability.
The resulting “spike” is attached to the boot using rubber bands. When using thin automotive rubber, the clamps are cut out immediately with the base. It turns out to be a stylish winter accessory.
From sandpaper
Perhaps the simplest are ice drifts made from sandpaper. Additionally, to make them you will need a tube of “Moment” type glue.
Sandpaper should be fabric-based; this type is moisture resistant.
Shoes that will be given non-slip properties must first be thoroughly washed and completely dried. Then glue is applied in strips to the sole, where it touches the ground, and sandpaper is attached to the top. Please note that the sandpaper must be coarse-grained (No. 3 or No. 4), otherwise the desired effect will not be achieved. It is recommended to wait a day until the glue dries completely, and then you can safely use the shoes.
The choice of the type of ice drift depends on personal tastes, the availability of materials for their manufacture and financial capabilities - everyone can find a suitable option for themselves. A do-it-yourself device is, of course, inferior in aesthetic parameters to store-bought analogues, but it will serve for a long time and reliably.
How to make spikes for shoes with your own hands?
When purchasing winter shoes, men and women, as a rule, pay attention to external characteristics - material, model, how the shoes sit on the foot. Of course, the sole is also examined for practicality and maximum comfort of the terrain.
But minimal attention is paid to the non-slip qualities of the base of shoes or boots, and in vain - when there is heavy ice, it is precisely this quality of footwear that becomes most in demand.
But what to do when there are a lot of people on the street, because not everyone can afford shoes with special soles? In this article we will tell you how to make spikes for your shoes with your own hands so that your shoes do not slip on ice.
Shoe cleat options
Studded anti-slip shoes are very popular in the winter season. How to stud your shoes yourself? In winter, ice is a common occurrence, so it is necessary to carry out preparatory actions for this time of year. There are so many ways to deal with slipping on ice.
Important! Many people use pads that are made from sandpaper or coat the sole of their shoes with a mixture of sand and glue. But these methods are not very practical in solving this issue, although they are also suitable if there is no time or opportunity to create anything else.
The most reliable methods for solving this problem at home are:
- Using self-tapping screws.
- Removable rubber pads.
- Purchasing ice drifts in a store.
Ice drifts using self-tapping screws
To make screw-in shoe spikes with your own hands:
- You will need to take self-tapping screws and shoes or boots with thick enough soles.
- Next, you need to screw the screws inside the shoes and carefully secure them with nuts.
In this case, the most important role is played by the length of the screws and the thickness of the base of the shoe.
Important! If you decide to use this method, it will no longer be possible to wear this pair of boots without such protection. Therefore, it is best for this method to choose a pair that will be worn as ice drifts.
Ice drifts with voluminous rubber pads
The process of making ice drifts with removable rubber pads will not take much effort and time. To make such an ice drift:
- Take rubber about 5 mm thick.
- Then prepare the sharp tool that you will need to use to cut out the overlay later. And the most important thing is the spikes, which must first be properly secured in the rubber pad.
Important! Be sure to choose rubber that is resistant to temperature changes. It should tolerate low temperatures well and should not freeze.
- When creating a rubber overlay, you should carefully consider how this overlay will be attached to the base of the boots.
Important! The spikes should be approximately 0.6mm high and should not wobble and be comfortable to walk on.
Advantages of self-made ice drifts
Of course, if you don’t want to do this yourself, you can simply buy ice drifts at the store. Today, many retail outlets offer a large assortment of a wide variety of models, which are made of different materials. But you must admit that making your own shoe spikes has a number of advantages:
- Comfortable.
- Practical.
- Save your money.
- They take little time to manufacture.
Video material
Ice drifts can protect you in bad weather from serious injuries, the risk of which is high on ice. For winter, try to buy the most comfortable shoes possible. We wish you to travel extremely safely during the winter season. And by making spikes on your shoes with your own hands, you can feel more confident during icy conditions.
Source: https://serviceyard.net/sovetyi/kak-sdelat-shipyi-na-obuv-svoimi-rukami.html
Materials and tools
To make anti-slip elements yourself, you can use a variety of available tools. The main thing is to show a little imagination. For ice drifts of various designs the following will be useful:
- old bicycle inner tube, nuts (20 pieces), scissors;
- can screw caps, corkscrew or nail, rubber bands;
- a piece of thick rubber or inner tube, bolts, washers, nuts;
- sandpaper, glue;
- bottle caps, rope or laces.
The type of anti-ice protection should be selected taking into account the weight of the person who will wear it: ice access devices made from can lids may bend the spikes under pressure from a large mass. You also need to remember the specifics of the slippery surface on which the route passes: pure ice or partially covered with snow. For example, sandpaper quickly becomes clogged with snow, and the effectiveness of such ice drifts is reduced to zero.
When choosing a material for ice drift, its resistance to temperature changes must be taken into account.
Car camera
Bicycle camera
Bottle caps
Canning screw caps
Sandpaper
Difficulty of choice
First of all, you should pay attention to the basic basis of the purchased device. It must be strong, elastic, frost-resistant and impervious to the action of deicing agents, which, alas, continue to be used by public utilities. Most often, bases are made of rubber or thermopolyurethane (or TPE). Both materials meet the above requirements. The difference in performance characteristics is minimal - plastic is better able to resist aggressive chemicals, and rubber is more elastic, which makes the process of putting on and removing the pad easier. Checking the quality of the base is quite easy. It is enough to put on and then remove the ice access. If it has returned to its original shape, its strength and elasticity are at the proper level. If it is stretched, you should look at another model.
The second component of ice access is spikes. They must be made of high-quality steel and securely riveted to the base. An adhesive connection, for obvious reasons, is unacceptable. The minimum number of studs on one ice access pad is 6. The more there are, the more reliably the anti-slip pad will adhere to the icy surface. The height of the spike usually varies between 3-5 millimeters, although there are models with centimeter steel teeth. But there is no need to buy these for hiking around your summer cottage or city streets. “Toothy” ice access shoes are designed for extreme travel. On the other hand, there are specimens that have no spines at all. A layer of sandpaper with coarse abrasive grain is responsible for the anti-slip properties. How well they protect against falls is debatable. But we can say for sure that these devices wear out much faster than studded ones.
And finally, the fastenings. In the vast majority of cases, these are simply loops that hold the lining due to elasticity. However, there are also models with adjustable straps and even chains that provide the most secure fit. The price of such models varies from 1500 to 4000 rubles.
The average service life of high-quality ice access is 5-7 years. All-metal horseshoe models will last even longer, but keep in mind that they can damage the sole of the shoe.
A competent choice of manufacturer is a guarantee of long service life, safety of movement and wearing comfort. The best manufacturers of shoe and ice protection pads are the Swedish “BackGrip” and “SteadyGrip”, the Finnish “Devisys”, the English “CrossCountry”, as well as Russian models from. The products offered by the companies satisfy the consumer demand of a wide range of users, from civilian, everyday models to specialized devices for fishermen, climbers, and hunters.
It should be noted that ice access devices should be selected depending on the intended conditions of their use, special attention is paid to high-quality materials for the manufacture of all elements. Thanks to the rational arrangement of fastenings, they are intended to be used together with a person’s favorite shoes.
