Section B (A Technical Understanding of Snowboarding)
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Cristian Bota 3Socf5x9eyz6
Cristian Bota https://www.facebook.com/index.php?lh=Ac- _3sOcf5X9eyz6 Das Imperium Talent Agency Berlin (D.I.T.A.) Georg Georgi Phone: +49 151 6195 7519 Email: [email protected] Website: www.dasimperium.com © b Information Acting age 25 - 35 years Nationality Romanian Year of birth 1992 (29 years) Languages English: fluent Height (cm) 180 Romanian: native-language Weight (in kg) 68 French: medium Eye color green Dialects Resita dialect: only when Hair color Brown required Hair length Medium English: only when required Stature athletic-muscular Accents Romanian: only when required Place of residence Bucharest Instruments Piano: professional Cities I could work in Europe, Asia, America Sport Acrobatics, Aerial yoga, Aerobics, Aikido, Alpine skiing, American football, Archery, Artistic cycling, Artistic gymnastics, Athletics, Backpacking, Badminton, Ballet, Baseball, Basketball, Beach volleyball, Biathlon, Billiards, BMX, Body building, Bodyboarding, Bouldering, Bowling, Boxing, Bujinkan, Bungee, Bycicle racing, Canoe/Kayak, Capoeira, Caster board, Cheerleading, Chinese martial arts, Climb, Cricket, Cross-country skiing, Crossbow shooting, CrossFit, Curling, Dancesport, Darts, Decathlon, Discus throw, Diving, Diving (apnea), Diving (bottle), Dressage, Eskrima/Kali, Fencing (sports), Fencing (stage), Figure skating, Finswimming, Fishing, Fistball, Fitness, Floor Exercise, Fly fishing, Free Climbing, Frisbee, Gliding, Golf, Gymnastics, Gymnastics, Hammer throw, Handball, Hang- Vita Cristian Bota by www.castupload.com — As of: 2021-05-10 -
Snowboard Manual
Snowboard Manual Your guide to teaching & riding from beginner to advanced Snowboard Instruction New Zealand (a division of NZSIA) PO Box 2283, Wakatipu, Queenstown, New Zealand. www.nzsia.org Editorial Written by Paul Phillip, Leo Carey and Keith Stubbs. Additional contributions from Sam Smith, Tony Macri, Claire Dooney, Rhys Jones and Elaine Tseng. Edited by Keith Stubbs and Alex Kerr. Imagery Front cover: Nick Hyne and Stef Zeestraten taken by Vaughan Brookfield. Inside spread: Nick Hyne taken by Vaughan Brookfield. Teaching photography by Kahli Hindmarsh. Sequence images and technical riding from Rhys Jones, Richie Johnston, Tony Macri, Paul Phillip and Freddie Bacon; all shot and edited by Keith Stubbs. Additional photography from Ricky Otaki, Richie Johnston and Cardrona Alpine Resort. Design by Loz Ferguson from Pop Creative. Printing by Print Central. A huge thank you to all past SBINZ Examiners. You have all been a huge part in making SBINZ what it is today. © 2017 SBINZ / NZSIA. All Rights Reserved. Preface Snowboard Instruction New Zealand is responsible for the education and certification for snowboard instructing throughout New Zealand. First established in 1992 under a different name, SBINZ quickly joined with the New Zealand Ski Instructors’ Association to create the New Zealand Snowsports Instructors’ Alliance (NZSIA). SBINZ is one of the four divisions within the NZSIA and has become an internationally-recognised educational body that is renowned for producing professional, knowledgeable instructors, with the capabilities to teach and ride at very high standards. Driven by a Course Manager and a Technical Committee, the Snowboard Division is responsible for all snowboard course content and delivery, and the direction of snowboard teaching and coaching throughout New Zealand. -
Wintergreen Adaptive Sports Fact Sheet
About WAS Wintergreen Adaptive Sports ("WAS") is a chapter of Disabled Sports USA and is a 501(c)3 non-profit located at Wintergreen Resort in the Blue Ridge Mountains of Central Virginia. Established in 1995, WAS provides adaptive sport instruction in skiing, snowboarding, kayaking, canoeing and golf to students with a wide range of physical and cognitive disabilities. WAS operates seven days a week during the ski season from mid-December to mid-March. During the summer, WAS offers adaptive canoeing and kayaking instruction on various weekends from June to mid- September. Additionally, WAS conducts a mid-summer golf tournament for Wounded Warriors at Kingsmill Resort in Williamsburg, VA. WAS is governed by a 12-member board of directors. A full-time executive director oversees WAS day- to-day operations which are led by a staff of seven part-time seasonal employees. Instruction is offered by approximately 130 volunteers, most of whom are certified by PSIA (skiing), AASI (snowboard); or ACA (canoeing and kayaking). History Established in 1995 and now the largest adaptive snow sports program serving the Mid-Atlantic, WAS provides trained volunteer instructors as well as standard and adaptive ski and snowboard and paddling equipment to people with a wide range of disabilities. Through its program of adaptive sport instruction, WAS offers the therapeutic results of exercise – physical, emotional, and psychological – as well as friendship, inspiration, and encouragement to individuals with a disability, their families and caregivers. WAS has just completed its 20th year of operation. It has grown steadily over the years to where it now has over 95 volunteer snow sport instructors and over 30 water sport instructors. -
Businessplan
BUSINESSPLAN von Simone Melda und Melanie Ruff RUFFBOARDS Sportartikel GmbH Hofstattgasse 4/1 A-1180 Wien Office: +43 680 230 60 71 Mail: [email protected] Web: http://ruffboards.com Wien, Februar 2015 RUFFBOARDS BUSINESSPLAN Februar 2015 Table of content 1_EXECUTIVE SUMMERY ......................................................................................................................................... 3 2_ The IDEA ............................................................................................................................................................. 5 3_ INNOVATION....................................................................................................................................................... 9 4_ The PRODUCT ................................................................................................................................................... 10 5_ The RUFF-TEAM ................................................................................................................................................ 15 5_SPORTS-MARKET................................................................................................................................................ 17 6_ FUTURE AMBITIONS ......................................................................................................................................... 18 2 RUFFBOARDS BUSINESSPLAN Februar 2015 1_EXECUTIVE SUMMERY RUFFBOARDS produces uniquely designed, high-end longboards (skateboards) by upcycling used -
Snowboard, Ski, and Skateboard Sensor System Application Adrien Doiron Santa Clara University
Santa Clara University Scholar Commons Mechanical Engineering Senior Theses Engineering Senior Theses 12-15-2014 Snowboard, Ski, and Skateboard Sensor System Application Adrien Doiron Santa Clara University Michael Fernandez Santa Clara University Victor Ojeda Santa Clara University Robert Ross Santa Clara University Follow this and additional works at: https://scholarcommons.scu.edu/mech_senior Part of the Mechanical Engineering Commons Recommended Citation Doiron, Adrien; Fernandez, Michael; Ojeda, Victor; and Ross, Robert, "Snowboard, Ski, and Skateboard Sensor System Application" (2014). Mechanical Engineering Senior Theses. 42. https://scholarcommons.scu.edu/mech_senior/42 This Thesis is brought to you for free and open access by the Engineering Senior Theses at Scholar Commons. It has been accepted for inclusion in Mechanical Engineering Senior Theses by an authorized administrator of Scholar Commons. For more information, please contact [email protected]. Snowboard, Ski, and Skateboard Sensor System Application by Adrien Doiron, Michael Fernandez, Victor Ojeda, Robert Ross SENIOR DESIGN PROJECT REPORT Submitted in partial fulfillment of the requirements for the degree of Bachelor of Science in Mechanical or Electrical Engineering School of Engineering Santa Clara University Santa Clara, California December 15, 2014 Snowboard, Ski, and Skateboard Sensor System Application Adrien Doiron, Michael Fernandez, Victor Ojeda, Robert Ross Departments of Mechanical and Electrical Engineering Santa Clara University 2014 ABSTRACT The goal of this project was develop a sensor for the commercial market for skiers, snowboarders, and skateboarders that can give them the data such as speed, elevation, pressure, temperature, flex, acceleration, position, and other performance data such as trick characterization. This was done by using a variety of sensors, including a GPS, flex sensors, accelerometer, and others to provide data such as speed, position, position, and temperature. -
Kayak Rental Bellingham Kayak Rental Seattle Kayak Rental BC
Kayak Rental Bellingham Aquatica Outdoor Recreation Co. Pacifica Paddlesports 19C South Shore Rd 789 Saunders Lane Community Boating Center Lake Cowichan, BC V0R 3E1 Brentwood Bay, Victoria, BC 555 Harris Ave 250-745-3804 250-665-7411 Bellingham, WA (360) 714-8891 Wilderness Kayak & Adventure Co Salty’s Adventure Sports 6683 Beaumont Ave 1057 Roberts Creek Rd Kayak Rental Seattle Maple Bay, Duncan, BC Roberts Creek, BC V0N 3A7 250-746-0151 604-741-8635 Alki Adventure Center 1660 Harbor Ave SW Bennett Bay Kayaking Sea to Sky Kayak Center #3 West Seattle, WA 98126 Bennett Bay, Mayne Island, BC 123 Charles St (206) 953-0237 250-539-0864 North Vancouver, BC V7H 1S1 604-983-6663 Ballard Kayak Rental Andale Kayak Rentals Shilshole Bay Marina, I-dock 1484 North Beach Rd Bowen Island Kayaking 7001 Seaview Ave NW Salt Spring Island, BC V8K 1B2 Snug Cove, Bowen Island, BC Seattle, WA 98117 250-537-0700 or 250-889-9867 604-947-9266 TF 1-800-605-2925 (206) 494-3353 Victoria Kayak Ecomarine Ocean Kayak Centre Moss Bay Kayak Rental 1006 Wharf Street 1668 Duranleau, Granville Island, 1001 Fairview Ave N. Victoria, BC V8W 1T4 Vancouver, BC V6H 3S4 Seattle, WA 98109 250-216-5646 604-689-7575 TF 1-888-425-2925 (206) 682-2031 Northern Wave Kayak Inc. Western Canoeing & Kayaking Kayak Rental BC 2071 Malaview Ave 1717 Salton Rd Box 115 West Sidney, BC V8L 5X6 Abbotsford, BC V2S 4N8 Comox Valley Kayaks 250-655-7192 604-853-9320 TF 1-866-644-8111 2020 Cliffe Ave Courtenay, BC V9N 2L3 Ocean River Sports Pedals and Padels TF 1-888-545-5595 1824 Store Street Sechelt, -
Dynamics of Carving Runs in Alpine Skiing. II.Centrifugal Pendulum with a Retractable Leg
Dynamics of carving runs in alpine skiing. II.Centrifugal pendulum with a retractable leg. Serguei S. Komissarov Department of Applied Mathematics The University of Leeds Leeds, LS2 9JT, UK Abstract In this paper we present an advanced model of centrifugal pendulum where its length is allowed to vary during swinging. This modification accounts for flexion and extension of skier’s legs when turning. We focus entirely on the case where the pendulum leg shortens near the vertical position, which corresponds to the most popular technique for the transition between carving turns in ski racing, and study the effect of this action on the kinematics and dynamics of these turns. In partic- ular, we find that leg flexion on approach to the summit point is a very efficient way of preserving the contact between skis and snow. The up and down motion of the skier centre of mass can also have significant effect of the peak ground reaction force experienced by skiers, partic- ularly at high inclination angles. Minimisation of this motion allows a noticeable reduction of this force and hence of the risk of injury. We make a detailed comparison between the model and the results of a field study of slalom turns and find a very good agreement. This suggests that the pendulum model is a useful mathematical tool for analysing the dynamics of skiing. Keywords: alpine skiing, modelling, balance/stability, performance Introduction The skiing of expert skiers is characterised by smooth and rhythmic moves which are very reminiscent of a pendulum or metronome. This analogy invites mathematical modelling of skiing based on the pendulum action, which can be traced back to the pioneering work by Morawski (1973). -
Skiing & Snowboarding Safety
Center for Injury Research and Policy The Research Institute at Nationwide Children’s Hospital Skiing & Snowboarding Safety Skiing and snowboarding are great ways to spend time outdoors during the winter months. As with all sports, injuries are a risk when you ski or snowboard. Taking a few safety measures can help you have fun and be safe. Skiing & Snowboarding Injury Facts Skiing & Snowboarding Safety Tips • Bruises and broken bones are the most common • Always wear a helmet designed for skiing or types of skiing- and snowboarding injuries. snowboarding. • Snowboarders most commonly injure their wrist • Protect your skin and eyes from the sun and and arm. Skiers most commonly injure their wind. Apply sunscreen and wear ski goggles that knee, head or face. fit properly with a helmet. • Most ski and snowboarding injuries occur during • Make sure your boots fit properly and bindings a fall or a crash (usually into a tree). are adjusted correctly. • Traumatic brain injury is the leading cause of • Prepare for the weather. Wear layers of clothes serious injuries among skiers and snowboarders and a helmet liner, a hat or a headband. and is also the most common cause of death. • Do not ski or snowboard alone. • Follow all trail rules. • Stay on the designated trails. Recommended Equipment • Only go on trails that match your skill level. • Helmet designed for skiing and snowboarding • Take a lesson – even experienced skiers and • Goggles that fit over a helmet snowboarders can benefit from a review. • Properly fitted boots and bindings • Before using a ski lift, tow rope or carpet, make • Sunscreen sure you know how to get on, ride and get off • Wrist guards for snowboarders safely. -
Sly Fox Ski and Snowboard Club Participate in CMSC Trips and the Trips of Other Member Clubs
SKI. RELAX. REPEAT. At Aspen Square, we know the key essentials for a great vacation – ideal location, comfortable well-appointed accommodations, friendly assistance when you need it. So relax – we’ve got you covered! INDIVIDUAL. WELCOMING. UNFORGETTABLE. 101 unique condominiums. Full hotel-style services and amenities. At the base of Aspen Mountain. 1.800.862.7736 | aspensquarehotel.com EDITORIAL & ADVERTISING Publisher - CMSC Mike Thomas [email protected] Editor - Rick Heinz About cMSc [email protected] The Chicago Metropolitan Ski Council (CMSC) is an association of 67 member clubs which offer downhill and nordic skiing, boarding and year- round activities. We are adventure clubs, Design & Production single clubs, family clubs, and clubs that welcome all comers. SKI. Rick Drew & Karola Wessler [email protected] CMSC, founded in 1957, is managed entirely by volunteers who are members of our clubs. RELAX. Our publication, the Ski & Ride Club Guide, and our website provide information on Club and Advertising Sales - Mike Thomas Council activities. Our aim is to promote skiing and boarding. [email protected] REPEAT. CMSC member clubs have trips planned to almost every major destination in North-America Chicago Metropolitan Ski Council and Europe at various times throughout the year. Please visit their website to learn more PO Box 189 about them and their activities. At Aspen Square, we know the key Wood Dale, IL 60191-0189 SkiCMSC.com essentials for a great vacation – ideal location, comfortable well-appointed content accommodations, friendly assistance when you need it. ABOUT THIS MAGAZINE So relax – we’ve got you covered! Ski & Ride Club Guide is published annually, and is the official publication of the Chicago Metropolitan Ski Council (CMSC). -
The Potential for Speed © 2018 the Regents of the University of California
Using spring stilts, people can bounce very high and run very fast. potential energy, which is stored energy. By The Potential adding a force to the mix, these two types of energy can be converted back and forth— motion energy can become stored energy, and stored energy can become motion energy. For for Speed extreme athletes, that conversion usually means speed, height, or both! To learn more about how Chapter 1: Introduction energy and force make these exciting things possible, read one of the chapters that follow. Can you fly through the air? Can you zoom down a snowy mountain at 80 kilometers per hour (50 miles per hour)? With a little extra equipment and some practice, you probably © 2018 The Regents of the University of California. All rights reserved. Permission granted to purchaser to photocopy for classroom use. Image Credit: GeoffTompkinson/Photographer’s Choice/Getty Images. can: extreme sports allow us to do exhilarating things our bodies can’t do on their own. To get the speed and height we like so much, these sports rely on two kinds of energy—kinetic energy, which is the energy of motion, and The Potential for Speed The Potential for Speed 1 2 The Potential for Speed The Potential for Speed © 2018 The Regents of the University of California. All rights reserved. Permission granted to purchaser to photocopy for classroom use. Chapter 2: Snowboarding Is there any bigger thrill than weaving down a mountain on a snowboard? The world record for speed on a snowboard is a whopping 203 kilometers per hour (126 miles per hour), and advanced snowboarders regularly reach speeds of 65-70 kph (40-45 mph) to launch themselves high into the air off ramps in the snow. -
Instructor Guide
INSTRUCTOR GUIDE Using the CASI Rider Improvement Program (RIP) The CASI Rider Improvement Program (RIP) has been developed with the goal of being a flexible, adaptable program that is suitable for group lessons, private lessons, or multi-week programs. Feel free to adapt the program to your specific needs regarding duration, number of sessions, etc. Each progress card in the program provides some standard Program Stages: information: Students will progress their skills through the following stages, Info: from 1 through 5. Following the completion of stage 5, they may Student name, date, resort info, instructor name and final com- choose either the Freestylin’ or Freeridin’ stage (or they may ments: choose to complete both!). • This area is useful in creating return lessons, as it ensures that your students have a record of your lesson with them. • Comments should be overall positive with suggestions for I. LITTLE RIPPERS A future practice and skills. II. LITTLE RIPPERS B Terrain: The areas of the mountain that students can expect to use in this III. LITTLE RIPPERS C stage. 1. BASICS Goals: • These are the technical outcomes that you will work 2. TURNING towards during your time in the particular stage of the program. 3. CRUISING • Note: Depending on your program format, each stage may range from 1 – 3 lessons. For some students it may be 4. SHREDDING realistic to accomplish all of the goals in one lesson, but this will not be the norm. 5. RIPPING Skills – Technical: 6a. FREESTYLIN’ - and/or - 6b. FREERIDIN’ • These represent the technical points of the lesson that the instructor will be introducing and practicing with the student. -
The 4 Edges of the Snowboard
2016 ISSUE 1 The Official Publication of the PSIA-AASI Central Division FLEXING ;) SNOWBOARD UPDATE | WHAT’S NEW IN EDUCATION | SNOWSPORTS DIRECTORS UPDATE | THE 4 EDGES OF A SNOWBOARD The “4 Edges” of a Snowboard By Chuck Roberts n the 1980’s, when snowboarding at most ski resorts was in its infancy, snowboards resembled stiff planks with little flexibility. Figure 1 is a photo of a 1987 Burton V-Tail, a stiff board with a running surface that resembled a V-bottom fishing boat. It also Ihad a location for a skeg (similar to a surf board) to aid when riding in powder. It appeared to work well in powder but had its limitations on groomed slopes. Turning the board involved unweighting and upper body rotation, resulting in skidded turns on groomed slopes. There was virtually no way to torsionally flex the board (torsional flex refers to the design features of a snowboard which allows it to twist along the longitudinal axis of the board), Figure 2). Fig. 1 Fig. 2 Fig. 3 Fig. 4 1987 Burton V-Tail “Cruiser” Torsional flex 1991 K2 TX “Gyrator” Modern twin tip snowboard Snowboards evolved into more flexible structures in the Likewise, the leading toe edge of the snowboard is engaged in early 1990’s as shown by the Gyrator in Figure 3. There was Figure 5C and the trailing toe edge is engaged in Figure 5D. some torsional flexibility but the narrow stance (rider’s feet close together) made it difficult to torsionally flex the board. The torsional flexing of the board when turning is performed Despite this, snowboarders discovered that torsionally flexing with the lower body and virtually no upper body influence, the board aided in turning.