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It’s been awhile since I’ve used a clothes iron as a waxing iron (more than 10 years), and now that I have seen the light of real waxing irons, I definitely would not advocate using a regular clothes iron. A clothes iron will work but is not the best choice, but I'd buy a ski wax iron they can be had for less than $50. Iron - You can either buy a ski specific iron, or you can find a cheap clothes iron at Wal-Mart/Costco, or you can scrounge one from around the house or from a goodwill store. Nylon, Brass, or Bronze brush – Brushes are used pre-waxing to clean out the structure of the ski, and post-waxing and scraping, to do essentially the same thing. Scraper - A scraper is a thick piece of plastic, ~ 3圆 inches, and is used to scrape the hardened wax off your ski base after the wax has been melted and ironed on. Here is a breakdown of what I have determined to be the essential gear for waxing:īrick universal wax– General use, wide temperature range ski wax. It does not include anything for your edges, but it is enough to keep your bases happy. If you're not sure ask one of the parents who have been around the block so to speak and they will most likely be happy to share their information.īasic waxing kit: – This is about as cheap as you can go, and this will be a very basic kit. The pre-packaged tuning “kits” generally sell you things you don’t need, and leave out things you do need. Tuning equipment is not cheap, but consider that you will be saving money by tuning at home and that you will be prolonging the life and increasing the performance of your skis. This investment of you buy decent tools will last a very long time and is very worth while. Expect to invest some money to gather all the tools, ski vices, and a tuning bench. Just like everything in life, you get what you pay for. Here is a list of the information on this page.
#How to measure ski edge angle how to
Good edges are essential on icy race courses.Īfter reviewing the information below watch the videos to get an idea of how to use the tools and techniques. Having properly tuned skis is safer and offers better control. This information is intended for people who don't know the basics and if you get one thing out of this remember this: Tune your skis, especially if you're racing or your child is racing. This section contains information about tools and basic instructions for tuning and waxing. doi:10.Videos can be found on the NJRS "How to" page (2015) Journal of hip preservation surgery. Discrepancies in measuring acetabular coverage: revisiting the anterior and lateral center edge angles.
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Hanson JA, Kapron AL, Swenson KM, Maak TG, Peters CL, Aoki SK. (1990) The Journal of bone and joint surgery. Acetabular cover in congenital dislocation of the hip. Ogata S, Moriya H, Tsuchiya K, Akita T, Kamegaya M, Someya M. (2013) American Journal of Roentgenology. Imaging Evaluation of Developmental Hip Dysplasia in the Young Adult. Mayo, Maria Diaz De Tuesta, Olga Martin, Luis P. (2015) Clinical Orthopaedics and Related Research®. What Are the Radiographic Reference Values for Acetabular Under- and Overcoverage?. (2016) Muscles, ligaments and tendons journal. Imaging of the hip: a systematic approach to the young adult hip. (2013) Clinical Orthopaedics and Related Research®. Lateral Center-edge Angle on Conventional Radiography and Computed Tomography. Bomar, Krishna Cidambi, Peter Kruk, Harish Hosalkar. (2012) American Journal of Roentgenology. Femoroacetabular Impingement: Radiographic Diagnosis-What the Radiologist Should Know. cannot be measured in patients with abnormal femoral heads due to previous injury or avascular necrosis 5.between 20° and 25°: borderline acetabular dysplasia.Values between 25° and 39° are considered within the normal range 1.Īs expected, lateral bony rim and acetabular sourcil measurements show significant differences, which needs to be taken into account 7. In the modification by Ogata the second line runs to the lateral edge of the acetabular sourcil 6,7. The angle is then measured between two lines drawn from the center of the circle, one running vertically along the longitudinal axis of the pelvis and the other to the lateral acetabular rim. This angle is calculated on AP pelvic radiographs by drawing a best fit circle for the inferior and medial margins femoral head. It has primarily been described in assessing for acetabular dysplasia, but can also be used in femoroacetabular impingement.