If you run in the dark, whether roads or trails, the Night Runner 270 Degree Shoe Lights might be perfect for you. The lights are designed by athletes.
The lights attach to the shoelaces with multi-position adjustable brackets and weigh only 1.5 ounces. The lights give off a combined total of 150 lumens to light up the road, sidewalk, or trail in front of you. With white LEDs pointing forward and a red LED on the outside facing backwards, you are covered with 270 degrees of visibility – and you get 30+ meters in beam distance. The units are made with high-impact water-resistant casings for durability. The lights are powered by rechargeable Li-ion batteries with 4-8 hours of battery light. A supplied micro-port USB cable with a Y connection charges both units at the same time. A pair of lights sells for $59.95 and a two pair set for $109.95.
If you have carried hand-held lights or a headlamp, the Night Runner 270 Degree Shoe Lights are worth considering. They could also be used for cycling. The Night Runner lights started as a Kickstarter project.
This past week I read about two new high technology running shoes. They are very different from what we have seen in the past. The shoes show how far researchers and athletic industry innovators are going in the search to find the perfect running shoe. When I first started running, in the late 80’s, there were about nine shoe companies. Today there are more than 30 and the list is growing.
I’d be willing to try both of these shows – given the opportunity. They peak my interest. We need to be open minded about new shoes coming into the shoe marketplace, because we all remember what people first thought about the Vibram Five-Finger shoes, the minimalist shoes, the maximum cushioned Hokas, and more.
The Enko Running Shoe
The first shoe I saw was simply called Enko Running. It comes in five colors. You select your size and a body weight range. It is the most futuristic shoe I have seen in years. You can see the shoe in the image. The forefoot is fixed while the back heel and mid-foot parts of the shoe are controlled by a platform with springs running from mid-shoe to under the heel. The “studs” in the outersole are replaceable. The springs act as shock absorbers, and are delivered to you based on your weight. Enko claims impact is deadened, your stride is smooth and their system conserves all the energy stored in each stride. The springs are interchangeable.
The Enko Running shoe won a CES Innovation Award in 2016. The shoe is in a fundraising campaign at IndiGoGo.com where you can fund a pair for $330, $60 off the advertised price on their website. They are 153% funded.
The Ampla Fly Running Shoe
The second shoe I saw was the Ampla Fly from AmplaSport.com. Ampla is founded by a “world-renowned sports scientist and athletic industry innovators.” Dr. Marcus Elliott has trained elite athletes through his P3 Sports Science Institute in California.
The Ampla Fly shoe is unique with its split outersole, as you can see in the image. It claims to “… empower the efficient use of force. Encourage better mechanics, which provides a platform to help you run faster, run farther…” Their carbon fiber powerforce plate “… glides the foot to a better ground contact position, gather force at mid-stance, and maximizes force application at big toe push-off.” Two videos on the website shows the technology in action. My guess is that the split outersole, with the gap in the forefoot mid-foot, acts as a flex point with the carbon fiber powerforce plate. The shoes come in two colors, in both men’s and women’s sizes. The advertised price is $180.
What do you think about these two new shoe? Does the design intrigue you enough to plunk down your cold hard cash?
Filed under: blister care, Foot Care, Foot Care Products, Footwear, Footwear Products, Health
This second version of a toe separator is a more complicated to make and apply. It uses a large or small ENGO oval, depending on the size of the toes. The idea is to pinch the patch into an upside down T where the base of the T goes between the two problem toes. The patch is stuck to your insole in a position where it keeps the two toes apart. The slippery surface of the ENGO patch will prevent rubbing and the upward base of the upside down T will keep one toe from going under the other toe.
How to Make Your Own Toe Separator # 2
Using a utility knife, score two cuts, about one inch apart on the backside of the patch. Make them only deep enough to cut through the paper backing – do not cut through the patch itself. Try to have the one-inch wide space in the middle of the patch. Make the width of the cuts wide enough so the folded separator will be tall enough to match the height of the toes it will go between. This is important – a separator used between middle toes will have to be taller than ones used for pinky toes. Men’s toes may also require taller separators. Using the tip of the knife, remove the one-inch strip. Fold the patch in half so the sticky sides match to each other. The two end of the cut backing should meet in the middle. You can now open the two ends and cut the patch into the needed shape based on where the patch will go on the insole and the length of your toes.
Separator # 2 Height and Length
Separators for pinky toes need to be shorter in height and length than ones for the middle toes. You may have to make more than one separator based on the size you need to find the right fit.
How to Use the Separator # 2
To use the separator in your shoe, remove the insole for the foot with the overlapping toes. The smoother the insole the better the patch will stick. Clean the surface of the insole of all lint, dust or other things that could interfere with the patch adhering. Make sure the insoles are dry. Put the insole on the floor and stand on it so your foot falls into any indentations. Usually, an insole will have indentations under the heel, ball of the foot, and some of the toes. Using a pen, make a mark between the two affected toes. Put on a pair of Injinji socks and make sure the marking is still in the right place.
Once the placement has been confirmed, with sock on, place the separator between the two toes to make sure it fits. The best way to do this is with your foot on the insole. The height should come up to the top of the toes with sock on. If the height is too high, trim it with a scissors. If it’s too low, make another separator where the pinched section is higher.
The length needs to be long enough to cover the body of the toe – without hitting the crease between the toes. If the separator touches the crease, it could rub and cause problems, especially if the foot moves forward in the shoe. If it’s too long, trim it with a scissors.
Once the fit has been checked, you can place the separator on the insole. Line it up so the upward part is in the correct place. Then remove the protective backing to expose the adhesive and place the patch on the insole with the upward part over the line on the insole. Rub the separator to make sure it is firmly secured to the insole. Use a scissors to trim any part that extends over the sides of the insole. Use a blow dryer for a few
If the patch does not stick, you probably have an insole with a surface that is not smooth enough or too soft with too much fabric that does not allow the adhesive to hold. In this case, you may want to try another insole with a better surface. They can be peeled off the insole if they are placed wrong, but will probably not stick as well if you try to reattach them. The patches will not stick to a wet insole. For easier removal, use a blow dryer or heat gun to heat the patch.
If the Separator # 2 is Too Weak
It’s possible that the pinched section of the ENGO patch will be too weak or thin to keep the toe from going under the next toe. If you can tell the toe is going under, here’s an idea to make it stronger. Take another ENGO Patch and cut a strip the width of the top of the separator, remove the adhesive backing, and pinch it over the existing separator so it reinforces the upward part of the separator and extends onto the base. This will strengthen the part between the toes and make it stiffer and better able to keep one toe from going under the other.
Filed under: blister care, Foot Care, Foot Care Products, Footwear, Health
This is part one of a two-part blog post.
Over the past few years, I have seen many athletes with a common toe problem – overlapping toes. Some people may call then underlapping toes or call them some other name. When a pinky toe goes under the 4th toe, both toes can be negatively affected. Skin is pinched. Hot spots and then blisters form. Often callus develops as the skin is constantly under pressure from the overlapping toe.
While most common to the 4th toe and pinky toe, overlapping toes can affect any two toes. This is not necessarily a problem limited to running shoes or hiking footwear. It can happen in everyday footwear too. The cause of over-lapping is unknown. Many experts suspect that they are caused by an imbalance in the small muscles of the foot.
There are some easy solutions, which may or may not help, because toes are different. You can switch to Injinji toe socks, giving each toe it’s own little sock and some degree of protection. You can cut out a portion of the insole under the toe that goes under the other toe, giving the toe some extra space. Another option is to tape around the toe or toes to give some protection too.
This is an idea to help runners, adventure racers, and hikers with the problem of overlapping toes. You will need Injinji toe socks, ENGO Blister Prevention Patches (large ovals), and removable insoles. There are two types of separators you can make. This post will cover the first of the two.
Toe Separator Number 1
I use an ENGO Blister Prevention Patch as the toe separators. They make a small and large oval, but I like the large because of its size.
The first toe separator is easy to make and use – and it uses one large ENGO patch. Take a scissors and cut a long oval into a strip, about ¾ inch wide and 1¾ inches long. If you are cutting this for a middle toe or for large toes, it may have to be 1 to 1 ¼ inches wide and a bit longer. Round all corners. Cut one of the remaining sections into a small strip, ¼ inch wide and 1¼ inch long. Take the large oval and remove half the backing from one end. Wearing Injinji socks, put the large oval between the two affected toes. Put the end of the large oval with the exposed adhesive over the toe next to the toe that goes under it. The blue side will go from the top of one toe, run between the toes, and under the toe that normally goes under the other one. What you have is an S shaped patch from the top of one toe, between them, and then under the next toe. Take the small strip and remove the backing, and put one end of the adhesive on the white backing that is underneath the toe at the bottom of the S. The other end of the strip can be stuck onto the top of that toes sock. The small strip is needed to hold the bottom of the S under the toe when you put your foot in your shoe. The S shaped patch will keep the toes apart. Obviously, these are single use. If the patch seems too weak, use two strips to make the S patch stronger.
Feet are a big part of my life. For the past 19 years, Fixing Your Feet has introduced me to great people. I have enjoyed helping runners at events like Western States; Badwater in Death Valley; Primal Quest in Colorado, California and Washington; Raid the North Extreme in BC Canada; the TransRockies in Colorado; Racing the Planet Atacama in Chile; the Coastal Challenge in Costa Rica; the Avon Walk; the Susan G. Komen 3-Day Breast Cancer Walk; The Amazon Jungle Marathon, and others. In all these events, I’ve worked on thousands of feet. In addition, I’ve responded to an uncounted number of emails from folks asking for foot care advice.
The best part has been the people I have met. Runners, hikers, adventure racers, walkers, and their crews. Athletes walking a fine line between making a cutoff in a race, front runners, back of the pack runners, short and long distance hikers, solo and in groups – all ages. Athletes with a simple blister and others with blisters all over. Athletes in pain, and those wanting to quit.
I can recall many of these people. I remember their stories. Some of you are in my stories. I have learned a lot from each person whose feet I have patched. I don’t pretend to know everything about feet. Together we have learned a lot. I thank each of you for what you have contributed to the Fixing Your Feet story.
I wish all my readers a fun, bright, delicious, warm and cozy, and loving Merry Christmas. I hope you can spend time with family and friends – and maybe give your feet some nice soft socks.
ICESPIKES have been around for a while and have proven themselves to be a reliable tool for those wanting to run, walk, and hike in winter conditions.
It doesn’t take much in bad conditions to take a nasty fall. Landing on hard ice, a rocky trail, or rocks hidden under snow can ruin your day. Protecting your tailbone, hands and wrists, knees, hips, and ankles, and your back is key to staying active. This is where ICESPIKES come in.
ICESPIKES are a traction system of 32 spikes that are applied directly into the sole of your shoes or boots. Their cold-rolled, tool quality steel will maintain hardness and grip 10 times longer than other systems. The spikes are self-cleaning, while their patented design provided great penetration and stability. They should last up to 500 miles.
ICESPIKES allow you to run, walk, and hike through the winter with the anti-slip spikes
ICESPIKES can also be used in water, mud and muck conditions, on slick rocks and gravel, uneven and root-bound terrain; and in mossy and slick leaf conditions.
For a limited time, use the coupon code “stockingstuffer” for 20% off your purchase.
ICESPIKES are packaged in a kit of 32 spikes and an installation tool and in packages of 32 spikes.
Filed under: blister care, Foot Care, Foot Care Products, Footwear, Footwear Products
Today’s post will cover a great way to prevent blisters using ENGO Blister Prevention Patches. It’s a repeat of a post from mid-2013.
Tamarack Habilitation Technologies is well known for providing healthcare professionals and clients with innovative, value-added orthotic-prosthetic componentry and materials. Their ShearBan product is similar to the ENGO Blister Prevention Patches reviewed in this article. ShearBan is used in the orthopaedic and prosthetic industry on prostheses at amputation stump sites to reduce the incidence of skin breakdown.
ENGO in Footwear
Introduced in 2004, ENGO Blister Prevention Patches have radically redefined the way hot spots, blisters and calluses are treated. As a preventative measure, ENGO patches provide peace-of-mind that blisters won’t become a painful, debilitating problem. If a blister has already formed, applying patches to footwear, corresponding to the blistered area eliminates painful irritation and further skin damage, allowing continued activity. Friction forces are reduced by more than 50% when you apply an ENGO Patch to your footwear.
The patches are made from an ultra-thin Polytetrafluoroethylene (PTFE) film and are 0.015 inches total thickness – a very slippery surface. They are very durable, lasting four to six weeks in most applications. The aggressively sticky patch peels away from the backing and is applied to dry shoes or boots. The PTFE ENGO Patch reduces the ‘stickiness’ between the shoe and sock so they can glide over one another. The foot, inside the sock, glides over the patch shear distortion and friction are reduced, and blisters can be averted, in spite of pressure.
Avid runners, hikers and sports players rely on their feet to reach performance goals; from day hikes to ultra marathons. But quality footwear and socks alone don’t eliminate the skin trauma your feet can experience from repetitive rubbing — building friction forces to levels that cause hot spots, blisters and calluses. While I use these patches in runners’ footwear at races, they can also be used in ordinary every day shoes to reduce calluses.
Similar to Tamarack’s ShearBan material, ENGO patches are applied directly to footwear and equipment, not to the skin. Outcomes of this unique application include ease of use, long-lasting and guaranteed friction relief.
ENGO Patches are made in several sizes and types:
- A large oval – 2 ¾ x 1 ¾
- A small oval – 2 x 1 ½
- A rectangle – 3 ¾ x 2 ¾
- Back of the heel patch – 3 ¾ x 1 ¾
- A cushion heel wrap – 3 ¾ x 1 ½
When I work a race I always have a bag with different sizes of ENGO patches. I have applied the ovals and rectangles and the back of the heel patches. The patches are applied to the shoes and insoles – not to your skin. This means wherever you are going to apply a patch has to be dry. My advice is to apply patches before your race when your shoes are dry. I have used them inside the shoes in the sides, in the heels, and on the insoles.
Typical problem areas in footwear are under the heel and forefoot, and at the side of the heel. An oval patch can be applied to overlap the side of the heel counter and the insole as seen is the photo. I often use a rectangle or large oval under the ball of the foot or an oval under the heel – applied directly to the insole. The patches are useful over stitching or seams in footwear that are rubbing the wearer. If necessary, a patch can be cut to shape for where it will be applied.
The patches will reduce shear and friction; provide relief from hot spot and blister pain, and can be used in any type of insole or orthotic and footwear, from sandals to running shoes, and any type of hiking or ski boot.
I like ENGO patches because they work. The patch is thin and does not alter the fit of the shoe. When properly applied to dry footwear, they stick.
Rebecca Rushton, a podiatrist in Australia, strongly recommends ENGO Patches. She discovered the patches after getting blisters herself and now represents ENGO in Australia. She has written several free reports on blister prevention available on her website, Blister Prevention.
If you are unclear about shear and blister formation, here’s a link to my article An Introduction to Shear and Blister Formation.
The Technical Stuff
JM Carlson, in a 2009 report wrote, “The measurement of friction is the ‘coefficient of friction’. The coefficient of friction (COF) is a number that represents this slipperiness or stickiness between two surfaces and is generally below 1.0. Within the shoe, the COF between the foot, socks and insole can range from 0.5 – 0.9. In contrast the COF between a sock and a polished floor is around 0.2.” Tests have shown PTFE patches to reduce the coefficient of friction (COF) in the shoe by up to 80%. The COF is in approximately 0.16, which is significantly lower than all other in-shoe materials. Importantly, the low COF is maintained even in most and wet conditions inside the shoe.
Check out GoEngo.com for more information about ENGO Blister Prevention Patches. They also offer a money-back guarantee.
Many of you use kinesiology tape in either patching feet or for pain relief after injury. This week TheraTape.com is having a kinesiology tape Black Friday & Cyber Monday sale – all week. The sale goes through Sunday November 30.
Kinesiology tape is my tape of choice for all types of foot taping. whether preventative or as treatment. TheraTape is offering deals on rolls of RockTape and GO kinesiology tape, and several manufactures precut strips. For example, buy two rolls of RockTape and get three more free. Here’s the link to the TheraTape sale.
Be sure to check out their blog for articles about using kinesiology tape, how to apply it without touching the tape’s adhesive, using it to prevent injuries, and the what, when, why and how of using kinesiology tape.
Joanne and her staff at TheraTape are helpful if you have questions – order online or give them a call.
Filed under: blister care, Books, Foot Care, Foot Care Products
Rebecca Rushton is a podiatrist from down-under in Australia. She has championed the important of blister prevention and I have shared about her in past blog posts. Her website, BlisterPrevention.com.au is a wealth of information on the subject.
In an effort to resolver her own blister problems, Rebecca has investigated podiatry and sport publications, diabetic foot disease and prosthetic limb skin management, the field of tribology (the study of friction and wear), and military research. These have led her to write a number of publications about blister management, and continually address it in her blog.
Her latest work is a book and ebook, The Blister Prone Athlete’s Guide to Preventing Foot Blisters: Insider Tips to Take You From Blister Victim to Champion. These are available through Amazon – and for a limited time, the ebook version is available for FREE through Amazon’s Kindle. Here’s the link for the free ebook. Get it soon because after five days, it reverts back to normal prices. You can also get a print copy of the book to have in your foot care kit and share with your crews.
The 75-page book discusses blister formation and then tackles the causes and prevention of blisters on the most common areas of the foot: heels, the arch, the ball of the foot, and toes. The content is easy to understand and follow.
Rebecca is a friend and I highly recommend her book. I’d also suggest visiting her BlisterPrevention.com.au website and subscribing to her email updates.
Filed under: blister care, Foot Care, Foot Care Products, Footcare, Health
After years without an expedition length adventure race in northern California, the Primal Quest Adventure Race returned this past August. Even though there were openings for 20 four-person teams, only 11 teams toed the starting line in South Lake Tahoe.
For those unfamiliar with adventure racing, races generally consist of a mix of disciplines: trekking, mountain biking, orienteering, white waters, rafting, kayaking, and ascending and rappelling. Some events have caving and other exotic disciplines.
This year’s race stated with a downhill run to kayaks on the shore of Lake Tahoe, after which they paddled north, and then took off on mountain bikes for a long ride. Unfortunately, much of the 80+ miles turned into a hike-a-bike. Then at Kirkwood, they took off on foot for a long trek / orienteering section. For some teams, this section took hours longer then expected.
I was at TA3 (transition area) and we expected the first team early Friday morning, but in fact they arrived almost 24 hours behind schedule. The rest of the teams were spacer further and further apart as time progressed.
My point is that many of the racers had been on their feet for more than two and three days by the time they reached us. Then teams went back on their bikes, into kayaks, and into another long trek. Some teams were short-coursed – taken ahead on the course
Fast forward to TA6, a day and a half later and teams are still racing. Some of the racer who have done the full course to this point have had little time to rest and their feet are extremely sore to the point of being very painful. They may also have some degree of maceration going on too.
One such racer, Thomas, asked me to look at his feet. There were no blisters on the balls of his feet, just very soft and tender skin – very sore with some maceration. I told him I could help.
I cleaned his feet and allowed them to air dry. I applied Tincture of Benzoin Compound to the skin from mid-foot upwards to the base of the toes. Over this I place a piece of soft, 1/8 inch thick Hapla Fleecy Web (adhesive felt), cut to follow the shape of foot at the base of the toes, square at the bottom, and curving up a bit on each side of the foot. At the base of the felt, mid-foot, I placed a strip of Leukotape to help hold down the bottom edge of the felt. Benzoin was used under the tape and edges were rounded. The last touch was two figure 8’s, cut from HypaFix cotton tape, placed between the 1st and 2nd toes and the 3rd and 4th toes, with the bottom of the 8 under the foot and the top of the 8 on top of the foot. This anchors the forward edge of the felt against the skin and keeps it from rolling, especially on downhills. Each figure 8 is about three to four inches in length and the tape is two inches in width.
I received a report later in the race that the patch job had held. After the race ended, Thomas let me know the patch had helped his race.
The adhesive felt helps pad the forefoot and provide cushioning to the sensitive tissues, and can help relieve pain and discomfort from maceration. This is not moleskin, or a version of moleskin. It’s a thicker product and much softer. The felt can be found in 1/8 and 1/4 inch thicknesses. In the Amazon we used fleecy web that is 1/8 inches thick. In the Amazon Jungle Marathon I used the patch job many times on macerated feet – after drying the skin as much as possible.
Medco Athletics sells adhesive felt in a variety if thickness and lengths. You can search on “adhesive felt” or for a specific product I have used, “Fleecy Web.” To give you an estimate on pricing, four Hapla Fleecy Web 9” x 16”, x 1/8 thick sheets sells at Medco for about $26.00. The Hapla Feecy Web is 100% cotton and is latex free.
It also works well for padding around blisters, bunions, heel bumps, and more. Because it is thicker than tape, I would use Benzoin to help it stick better and consider adding extra tape as I described above.