DOCSLIB.ORG

Slalom Poles & Stubbies Slope Marking & Caution Poles Barrier Tape Drill Bits B-Net C-Net Gate Panels Race Bibs Radio Chest Pack

Total Page：16

File Type：pdf, Size：1020Kb

Download full-text PDF Read full-text
Slalom Poles & Stubbies Slope Marking & Caution Poles Barrier Tape Drill Bits B-Net C-Net Gate Panels Race Bibs Radio Chest Pack Slalom poles & stubbies Slope marking & caution poles Barrier tape Drill bits Warranty Gate panels B-net 1 year on flex pole shaft, bases & hinge Race bibs C-net Radio chest pack Warranty We are so confident in our product that we offer a 1 year warranty on all flex-pole shafts, bases and flexes. The past seasons this has resulted in less than 3% average warranty claim rate. Weight BAW gates are about 10% lighter than many competitors’ gates using metal hinges. It may not sound like allot, but matters when one carries 20-30 gate bundles. History BAW do not have as short history as one may think. It all originated in Östersund, Sweden. Liftbyggarna produced in the late 70's some of the very first flex plastic poles, that also where sold in North America. As Lift- byggarna decided to concentrate on lift building, US Reliable Racing Sup- ply (RRS) were given the permission NEW! MID Featherbase to continue with what today is Break- Offers less recistance during course pulling, A-Way slalom poles. And the first yet great performance. A great alternative for hinged poles ever to be used in a WC- those that feel the Featherbase can be tough event where BAW in Waterville Valley to pull out off the snow yet seek featherbase 1980. BAW was the official supplier of has in just a few years established itself as stay-put performance. the Nagano Olympics as well as the a major slalom pole supplier in Europe. WC-finals and World Championships Not at all surprising considering: Shafts now with even in Vail. Since 2000 all WC-events at greater durability Beaver Creek have been run with Featherbase ease BAW shafts have been among the most du- BAW gates, and the Vail/Beaver Creek The Featherbase used on Break-A-Way (BAW) rable on the market. Since Nov. 2013 a new world championship will again be run slalom poles generates massive time sav- Polycarbonate compound was taken in to use, with BAW gates in 2015. ings both in course setting as well as course and since warranty claims are less than half removal. In none favorable snow conditions of before. BAW Product range the savings will be even greater due to that We have worked hard to include only nothing stays put like the Featherbase. Not Now with greatly improved hinge. products with extreme durability and even in dry cold snow, and therefore greatly The BAW hinges have often been considered function. limits course maintenance. Time that can the poles weakness. No longer! Since a year Nothing ele is worthy the Break-A- better be spent on training and coaching, or back it has been improved, and warranty Way name!. running smooth competition events. claims have since almost disapeared! ponents are easily interchangeable. options for outside poles. The com ofrange a as well as C-poles, 25mm B-poles, 27mm full range ofshorter 31mm A-poles, 27mm the offers collection C-poles, Break-A-Way The #42689, 31mm Featherbase flex pole, 172cm shaft. A-pole #10200, 31mm MID Featherbase flex pole, 172cm shaft. A-pole #44083, 31mm Featherbase Lite static pole, 172cm shaft. #PC215, 31mm Polycarbonate outside pole, 215cm. #PC215W, 31mm Polycarbonate outside pole 215cm long, with 30cm long hose mounted at bot- tom allows a snug fit into same size holes that Featherbase should be mounted in to. #42690, 27mm Featherbase flex pole, 163cm shaft. B-pole - #10000, 27mm MID Featherbase flex pole, 163cm shaft. B-pole #44452, 27mm Featherbase Lite static pole, 163cm shaft. #42827 Featherbase Lite. #27Jr, 27mm MID Featherbase flex pole, 137cm shaft. C-pole #20000 MID Featherbase. #10100, 25mm MID Featherbase flex pole, 137cm shaft. C-pole #44354 31mm edge protector. #42738 31mm replacement shaft 172cm. #42641 Featherbase. #41593 Pole stopper. #42170 flex. #43044 27mm edge protector. #44380 27mm relacement shaft 163cm. #42869 25mm edge protector. #41731 27mm relacement shaft 137cm. #44376 25mm replacement shaft 137cm. #44084 Brush marker #RPC10b like RCP10 #RCP10 Robust Radio Chest Pack 25cm, green or Pink. with additional custom adjustable to radio size. Includes 3 printable pocket lid. practical pockets and pencil holder. #42501, 15m measur- ing tape. #42500, 30m measur- ing tape. , 60cm replacement Stubbie shaft. , 60cm replacement , 40cm replacement Stubbie shaft. , 40cm replacement , 31mm Polycarbonate outside pole 160cm long, with 30cm long hose mounted outside pole 160cm long, , 31mm Polycarbonate , 31mm Polycarbonate outside pole, 160cm. outside pole, , 31mm Polycarbonate , 60cm Slalom Stubbie with Featherbase Lite. Lite. , 60cm Slalom Stubbie with Featherbase Lite. Stubbie with Featherbase , 40cm Snowboard , Comp. Flex Stubbie 50mm x 42cm with Featherbase Lite. Stubbie 50mm x 42cm with Featherbase Flex , Comp. , Comp. Stubbie no Flex, 50mm x 42cm with Featherbase Lite. Lite. 50mm x 42cm with Featherbase Stubbie no Flex, , Comp. #PC160 #PC160W to. mounted in Featherbase should be holes that size into same fit snug a allows at bottom #42691 #44036 #42844 #42828 #42825 #42866 BAWF90D Caution panel 95x115cm. Individually digital printed with any info customer desires. No minimums. #HT1000 reel in plastic with two connector shanks for two different rewinding gears. BAWF90D #HT300 300cm durable Cable real in #44054b, Poly- metal. Holds 270m of 25mm barrier tape. fence hook with 50mm metal ring for barrier tape mounting. #41831 25mm 90m long orange bar- #PC160, Poly- rier tape. fence pole 31mm 160cm, red or blue. #41833 50mm 90m long orange bar- rier tape. #33010012, 30m long signal lints on 12mm rope, with red, blue and yellow PVC flags. Prices excluding 25% VAT and freight cost. #50040078, 200m 10mm Polyethylene UV stabilized rope available in red, blue and yellow/black. #JON Snow Shaper in Dural-alu- minum. After many requests we finally decided to develop a range of spe- cial Kids ski playground items. Since before we already offer low Speed- fences. Now we have added different turn- ing aids as well as a kids ski lift entrence arch. All of these can be digitally custom printed with almost any print design. #FUN10 Kids lift entrence arch 120x140x- 30cm, with foam core and Cordura bottom reenforcement. Can be mounted on PB80 or PC80W poles. , 60cm long 32mm Polycarbinate polewith 30cm , 60cm long 32mmPolycarbinate polewith 30cm Polycarbinate , 80cm long 32mm , 40cm Snowboard Stubbie with Featherbase Lite. Lite. Stubbie with Featherbase , 40cm Snowboard , 60cm long 32mm Polycarbinate pole. pole. , 60cm long 32mm Polycarbinate pole. , 80cm long 32mm Polycarbinate #42844 #PC60W hose. #PC60 #PC80W hose. #PC80 #FUN30 Kids stump turning A selection of poles to mount #FUN20 Kids figure turning aid o30x45cm with foam core. FUNSKI items on. From inexpen- aid 60x100x10cm with foam Can be mounted on PB60 or sive PC60 & PC80, to PC60W & core. Can be mounted on PC60W poles or a Snow- PC80W that won’t come undone PB60 or PC60W poles or a board Stubbie. as easily. To Snowboard Stubbie Snowboard Stubbie. that offers additional flex. #41695 Launch pads. These should be part of every serious start arrangement in order to avoid ski pole holes, stuck ski poles, and maintain consitent starting conditions throughout the event, regardless of snow conditions. Heavy duty 33x33cm rubber construc- tion with anti slip borrom surface that does not require icing down to stay put. Milwaukee M18 FUEL Compact extremely Heavy duty drill driver with brushless motor, overload protection, power indicator, 1850 rpm 70 Nm, 2 Li-ion 18V 4A batteries and charger, metal chuck and 3 year warranty. Long lasting batteries that retains strength also in cold temperature. Metal drill bits High qualíty double hard metal points with triangular shank. 50cm length. #41265, 19mm drill bit for 15mm Fiberglass poles. #SLO32, 32mm drill bit for Polyfence poles. #SLO35, 35mm drill bits for B- net poles and screw bases. #SLO38, 38mm drill bits for screw bases on glacier ice, and Featherbase. #SLO41, 41mm drill bit optimal for Featherbase gates. #SLO41/24, 41mm drill bit with 24cm stopper to be used in ski domes with drilling restricti ons. #BAWL50 Brush marker carrying case. With zip-openings in both ends. Att aches in pant belt. Holds at least 20 markers. OrangeFox metallic #QClip80 pole strap, plastic drill bits. Heavy duty 80cm red The first drill bit of its kind. 8mm elastic cord with Extremly light weight and shaped quickclip look. to maximize upward snow & ice #BAWL40 transport. Pole carrying Incorporates two rotatable penta- harness. Holds at gon hard metal points that can be least 25 gates. rotated 5 times to obtane optimal Saves the back sharpness. and makes set- Can also be exchanged for new ting courses on ones. your own easy. Length 50cm, with triangular shank. OF45mm for Featherbase, #BAWL60 Stubbies carry- OF41mm for Featherbase, ing case. Holds at least 30 Stubbies. OF38mm, OF35mm for B-net poles, OF32mm for C-net poles, B-net mounting. B-net is a safety net and must be mounted according to FIS- recommendations that in the event of a competition will be controlled and approved by a TD. B-net can have poles mounted every 1m, 1.5m or 2m , and be in #42876 B-net sliding hook with quick re- rows of one, two or three net parallel to one another depending lease lever. on the speed and terrain. In the case of parallel B-net they must be placed 2.5m apart so that the first net can lay back flat with- #SPA2x20, 50x50mm B-net 2m high and out elevating the skier way up or over the next B-net. 20m long knotless polypropylene lightweight yet extremely durable and UV-resistant. Available in red and blue. #SPA1.5x20, 50x50mm B-net 1.5m high and 20m long knotless polypropylene lightweight yet extremely durable and UV-resistant.
Load more

Recommended publications
  • (12) United States Patent (10) Patent No.: US 8,746,769 B2 Owen (45) Date of Patent: Jun
    US008746769B2 (12) United States Patent (10) Patent No.: US 8,746,769 B2 Owen (45) Date of Patent: Jun. 10, 2014 (54) PORTABLESKIAND SKI POLE CARRIER (56) References Cited SYSTEM U.S. PATENT DOCUMENTS (71) Applicant: David B. Owen, Stevenson Ranch, CA (US) 946,850 A 1/1910 Tabler 3.278,097 A 10, 1966 Duckworth 3,768,711 A 10, 1973 Wiki (72) Inventor: David B. Owen, Stevenson Ranch, CA 4,114,838 A * 9/1978 Arson . 294,157 (US) 4,402,542 A 9/1983 Kreutzer 4.483.380 A 11/1984 Beran (*) Notice: Subject to any disclaimer, the term of this 4,553,779 A 1 1/1985 Shortridge patent is extended or adjusted under 35 4,705,281. A 1 1/1987 Spinas U.S.C. 154(b) by 0 days. 4,746,159 A 5, 1988 Webb et al. 4,852.931 A 8, 1989 Ferdi (21) Appl. No.: 14/042,400 4,856,689 A ck 8, 1989 Shore ............................ 224,218 (Continued) (22) Filed: Sep. 30, 2013 FOREIGN PATENT DOCUMENTS (65) Prior Publication Data DE 42 1885.0 A1 12, 1993 US 2014/0028041 A1 Jan. 30, 2014 FR 2 637 193 A1 6, 1990 Related U.S. Application Data (63) Continuation-in-part of application No. 13/044,253, Primary Examiner - Dean Kramer filed on Mar. 9, 2011, now Pat. No. 8,616,600. (74) Attorney, Agent, or Firm — Kelly & Kelley, LLP (60) Provisional application No. 61/314,710, filed on Mar. 17, 2010, provisional application No. 61/352.907, (57) ABSTRACT filed on Jun.
    [Show full text]
  • Page 1 of 11 Glossary of Ski Terms by Skis.Com 9/6/2015
    Glossary of Ski Terms by Skis.com Page 1 of 11 Home > Ski-O-Pedia > Glossary of Ski Terms Glossary of Ski Terms By Steve Kopitz 12/18/2012 Skiing and snowboarding are two of the greatest winter sports on the planet, and like anything else in this world the two sports have certain terms and jargon that can be confusing without a bit of definition. Below you will find a number of terms/phrases used in skiing and snowboarding to refer to products, clothing, and the sports of skiing and snowboarding in general. We have provided a brief definition to help clear up any confusion or questions you may have on these terms/phrases. A ABS Sidewall: Industry term for a type of edge construction on skis and snowboards using high quality ABS (Acrylonitrile Butadiene Styrene) plastic. All-Mountain Ski: A large percentage of Alpine skis fall into this category. All-Mountain skis are designed to perform in all types of snow conditions and at most speeds. Other names for this style of ski include Mid- Fat skis, All-Purpose skis, and the One-ski Quiver. Alpine Skiing: Downhill skiing, as opposed to Nordic Skiing. Après-Ski: The day’s over – time for drinks and swapping war stories from the slopes. Audio Helmet: A helmet wired with speakers that allows you to listen to music while skiing. Avalanche Beacon: A safety device worn by skiers, snowboarders, and others in case an avalanche traps them. The beacon transmits a signal (typically at the international standard frequency of 457khz) that rescuers can use to locate a buried person.
    [Show full text]
  • World Para Alpine Skiing Rules and Regulations
    World Para Alpine Skiing Rules and Regulations 2018/2019 August 2018 World Para Alpine Skiing Rules and Regulations For Alpine Skiing: Downhill, Super-G, Super Combined, Giant Slalom, Slalom, & Team Events 2018-2019 Season – valid until 1 October 2019 World Para Alpine Skiing Rules and Regulations: Competition Season 2018-2019 1 Contents Section 1: Regulations 300 Joint Regulations for World Para Alpine Skiing (WPAS) 301 WPAS Competitions 302 World Cup (Level 0) and Europa Cup, NORAM (Level 1) Point System, Rankings and Trophies 303 World Para Alpine Skiing Calendar 304 World Para Alpine Skiing Race Licence (WPAS Licence) 305 Race Licence Pre-requisites 306 Competitor’s Obligations and Rights 307 Sponsorships and Advertising 308 Display of Competition Equipment 309 Organisation of Competition 310 Invitation/Programme 311 Competition Administration and Fee Regulations (Athletes and Organising Committees) 312 Competition Entries 313 Team Captains’ Meetings 314 Draw 315 Start List / Publication of Results 316 Competitor Medical Examinations and Compliance with the IPC Anti-Doping Code 317 Medical Services Required from Event Organisers 318 Competition Equipment 319 Equipment Controls 320 Gambling and Competitions 321 Sanctions 322 Procedural Guidelines 323 Protests 324 Place of Submission World Para Alpine Skiing Rules and Regulations: Competition Season 2018-2019 2 325 Deadlines for Submission 326 Form of Protests 327 Protest Fees 328 Authorisation 329 Settlement of Protests by the Jury 330 Appeals Section 2: Rules Common to All Alpine Skiing
    [Show full text]
  • Mountain and Event Outfitters Since 1991
    Mountain and Event Outfitters Since 1991 2017 / 2018 WORLD CUP SUPPLY, INC. B-NET SPM B-Nets and Fence Poles 3 SPM Gates 4-5 7cm & 5cm B-Net B-Nets from SPM set the standard for quality and durability in alpine racing, resort and terrain park safety systems. SPM SPM Gate Panels / Gate Parts 6-7 News for 2017/18 B-Nets feature a knotted mesh made of 3.5mm polyethylene twine treated with UV inhibitors. Air Pads / A-Net Systems 8 Our Mission…. SPM’s Light B-Net with 7cm mesh is an economical safety solution when paired with SPM’s Light B-Net poles, and Bamboo / NewBoo / Impact Pads 9 weighs 34% less and is 30% less expensive than the 5cm. From U12 to FIS, SPM’s “Light” B-Net is used for tech events and as a first line in multiple row set-ups for speed events. The Light system is perfect as a last line for tubing hill run Coaches Tools “World Cup Supply is committed to providing innovative and quality products to the ski B-NET & FENCE POLE PACKAGES 10-11 outs as well as spill zones in terrain parks. racing, resort and event industries. Furthermore, we strongly believe in the role we play in Start To Finish 12-13 SPM’s 5cm B-Net is also available in 20m x 2m sections and features the same 3.5mm twine as the Light B-Net. Rugged Save $$$ when you order complete Race Course Accessories 14 enhancing safety in alpine skiing, alpine ski racing and other action sports.
    [Show full text]
  • Ipc Alpine Skiing/Snowboard Equipment Rule Book
    IPC ALPINE SKIING/SNOWBOARD EQUIPMENT RULE BOOK 2013/2014 Season valid until 1 October 2014 IPC Alpine Skiing reserves the right to further interpret and/or supplement these Rules in order to help ensure that their spirit and purposes are respected. Competition equipment used for IPC Alpine Skiing is regulated according to the FIS Competition Equipment Specifications. Competition equipment The term „competition equipment“ implies all items of equipment used by athletes in competitive skiing, including clothing and implements that serve a technical function. The entire competition equipment forms a functional unit. In this connection the following points must be observed: . the principle of safety . the principle of fairness Competition implements Competition implements refer to equipment which fulfil essential functions during the competition but which can be separated from the actual competition. Examples: skis, bindings, boots, poles, clothing, helmets, ski goggles. Additional equipment (accessories) Additional competition equipment (accessories) are those components or implements which exert an influence on the technical function of the competition equipment and which are attached directly to the equipment by means of recognised fastenings. Such accessories do not perform essential functions during the competition. Example: para-blocks, plastic tip covers, additional weights, back protectors. Protected equipment not defined in the above rules are obliged to sign the IPCAS Waiver ACCEPTANCE OF RISK AND RELEASE OF CLAIMS, to participate in IPCAS competitions. Athletes/Guides must use equipment appropriate for their gender. IPC Alpine Skiing/Snowboard Equipment Rule Book 2 Alpine Racing Skis Definition Skis, predominantly for use in Downhill, Slalom, Giant Slalom and Super- G, racing on suitable terrain and utilising the force of gravity.
    [Show full text]
  • Stand up OTH: ATS Clinic Outline Group Size
    Stand Up OTH: ATS Clinic Outline Group Size: 8-10 Time: 3 hours (new instructors) – 1.5 (returning instructors, combine w/ Holds, Assists, Outriggers) Objectives: Introduce and/or review American Teaching System (ATS), with main focus on levels 1-5. Give instructors knowledge and confidence to implement ATS in their lessons, and to use it to improve their personal skiing. Introduce/review Student Assessment. Safety Message: CKSS approach = Safety first, followed by fun and learning CKSS helmet policy (i.e. required for everyone) • Skier responsibility code • Incident protocol • Introduction:• Overview of clinic. Preview evaluation form and skills to be checked off. Assessment: Get general idea of skiing experience and levels. Check knowledge and/or experience of ATS. Check skier levels on the hill. Goals and Objectives: Each instructor will: demonstrate knowledge of responsibility code demonstrate skills for evaluation sheet check off • demonstrate knowledge of ATS progressions 1-5, applied to lessons & personal skiing • demonstrate awareness of teaching and learning styles, communication approaches, • student assessment and lesson planning/goal setting • Present and Share Information: Demonstrate how to address communication, teaching and learning styles throughout Demonstrate activity progression throughout: static, simple, complex, whole exercise • Guided• Practice: See bullet points on next page Check for understanding: Ask questions and ask for paraphrase, have instructor show understanding by doing tasks • Give feedback using 5Ps:
    [Show full text]
  • Prior Planning, Conditioning Will Help Reduce Injuries on the Slopes
    Prior planning, conditioning will help reduce injuries on the slopes Since its inception in the 1960s, snowboarding has become a popular alternative to alpine skiing. In fact, of the more than 19.7 million Americans in 2010 participating in “sliding snow” sports, 41% were snowboarders—aka “riders” or “shredders.” While both sports share the snowy slopes, there are differences when it comes to injuries, age, experience and gender, according to an 18- year study recently published in the American Journal of Sports Medicine (AJSM). Knowing and understanding these differences gives snowboarders, skiers, equipment manufacturers, ski resorts and medical personnel important insight that ultimately will help make the sports safer and more enjoyable. The study, a first of this magnitude and duration for these sports, collected information between 1988-2006 on injured snowboarders and skiers in a Vermont ski resort base-lodge clinic. It also allowed researchers to assess whether the introduction of terrain parks in 1998 increased the incidence of injury compared to standard slope terrain. In keeping with findings from previous studies, the Vermont study researchers found wrist injuries (contusion, sprain, fracture) the most common for all snowboarders (28%), but only 3% for skiers. Conversely, skiers’ No. 1 injury (28 %) involved knee ligaments (anterior and posterior cruciate [ACL/PCL], and medial and lateral collateral ligaments [MCL:/LCL]), whereas only 6% of snowboarders’ injuries involved knee ligaments. Of those snowboarders with knee ligament injuries, 33% occurred when only one foot was attached to their board. This is significant when compared to all other snowboarding injuries (7%) when only one foot was attached to their board.
    [Show full text]
  • AASI Adaptive Snowboard Guide
    Adaptive Snowboard Guide 2013 1 Updated December 2013 Photo by Larry Pierce/Steamboat Ski Resort Table of Contents Acknowledgments................................................................................................................................3 Introduction .........................................................................................................................................4 Safety, Fun, and Learning ..................................................................................................................... 4 Chapter 1: Introduction to the PSIA‐AASI Teaching Model ................................................................... 7 The Teaching Model .................................................................................................................................. 7 The Teaching Cycle .................................................................................................................................... 7 Chapter 2: The AASI Snowboard Teaching System .............................................................................. 10 The Y Model ............................................................................................................................................ 10 Movement Concepts ............................................................................................................................... 11 Performance Concepts ...........................................................................................................................
    [Show full text]
  • Biomechanical Characteristics Related to Poling Propulsive Effectiveness in Cross-Country V2 Skating Technique
    35th Conference of the International Society of Biomechanics in Sports, Cologne, Germany, June 14-18, 2017 BIOMECHANICAL CHARACTERISTICS RELATED TO POLING PROPULSIVE EFFECTIVENESS IN CROSS-COUNTRY V2 SKATING TECHNIQUE Veronica Bessone1, Florian Paternoster1, Maximilian Stanglmeier1, Michael Veith2, Robert Schuster1, Ansgar Schwirtz1 and Wolfgang Seiberl1 Department of Biomechanics in Sports, Technical University of Munich, Munich, Germany1 Bavarian Olympic Training Center, Munich, Germany2 The purpose of this study was to investigate whether specific kinetic and kinematic characteristics distinguish the propulsive effectiveness of upper body in V2 cross-country skating technique. Female and male skiers (n=25) performed V2 on a treadmill using roller skis at a 6% incline, while kinetic parameters of plantar pressure and ski pole forces, as well as 3d-kinematic data were collected. The ratio between propulsive and overall impulse (effectiveness) of ski poles was 50% for female and 52% for male athletes and highly correlated with ski pole angles. Male skiers showed smaller pole angles at maximum propulsive force than females (P<0.05). Athletes should consider a more effective ski pole planting angle in order to improve propulsive poling action and consequently their performance. KEYWORDS: kinematics, kinetics, propulsion, efficiency INTRODUCTION: In cross-country skiing, the propulsion of upper and lower body is conveyed to the snow using skis and poles using specific coordinative patterns that distinguish the different sub-techniques. Drag and propulsive (i.e. in the skiing direction) forces are the main factors determining speed, especially in skating technique where skiers reach higher speeds in comparison to classic technique (Kvamme, Jakobsen, Hetland & Smith, 2005). V2 skating, also called G3 or double dance, is characterized by one symmetrical double pole push for each leg stroke and has become the main sub-technique during competitions due to its high adaptability from flat to moderate inclines.
    [Show full text]
  • 2016-2017 V.Dec 2016 National Officials Program LEVEL II Alpine, Para Alpine, Ski Cross
    Alpine Canada 2016-2017 v.Dec 2016 National Officials Program LEVEL II Alpine, Para Alpine, Ski Cross Table of Contents 1.0 Introduction & Course Objectives ............................................................................................................. 6 2.0 National Officials Program ........................................................................................................................ 7 2.1 Level II Official ....................................................................................................................................... 7 2.2 Level III Official ...................................................................................................................................... 7 2.3 Level IV Official ...................................................................................................................................... 8 2.4 Officials Code of Conduct ...................................................................................................................... 8 2.4.1 Disciplinary Action Against Officials .............................................................................................. 8 2.5 Officials Positions .................................................................................................................................. 9 2.6 Requirements for Higher Certification ................................................................................................ 10 2.6.1 Level III .......................................................................................................................................
    [Show full text]
  • U.S. Ski & Snowboard Masters Competition Guide
    Insurance isn’t one size fits all. At Liberty Mutual, we customize our policies to you, so you only pay for what you need. Home, auto and more, we’ll design the right policy, so you’re not left out in the cold. For more information, visit libertymutual.com. PROUD PARTNER Coverage provided and underwritten by Liberty Mutual Insurance and its affiliates, 175 Berkeley Street, Boston, MA 02116 USA. ©2018 Liberty Mutual Insurance. 2019 ALPINE MASTERS COMPETITION GUIDE On The Cover Nancy Auseklis (IM - class 13) © Marshall Tate | Crystal Images bigskyphotos.com Editor Bill Skinner and Lauren Beckos Contributors Lisa Ballard Deb Lewis Carl Swanson Jack Ballard Horst Locher James Thoman Robert Cravens Bill McCollom Carol Tomassetti Ryan Fuller Nadine Price Ray Tulloch Meri Stratton Managing Editor and Layout Jeff Weinman Cover Design Jonathan McFarland | U.S. Ski & Snowboard Creative Services Published by U.S. Ski and Snowboard PO Box 100 | 1 Victory Lane Park City, UT 84060 usskiandsnowboard.org Copyright 2018 by the U.S. Ski & Snowboard. All rights reserved. No part of this publication may be reproduced, distributed, or transmitted in any form or by any means, or stored in a database or retrieval system, without the prior written permission of the publisher. Printed in the USA. Additional copies of this guide are available for $10.00 from Membership, 435.647.2666. 1 TABLE OF CONTENTS Key Contact Directory 4 1 U.S. Ski & Snowboard and the Masters Program 7 An Introduction to the Masters 8 What You Will Need to Compete 8 U.S. Ski & Snowboard and the Masters Program 9 Alpine Ski Racing Events 9 Where to Find More Information 10 Alpine Memberships 10 Code of Conduct 11 Athlete Safety 13 Insurance Coverage 14 Masters Contacts 15 2 Alpine Masters Champions 19 Alpine Masters National Championship Medalists 20 Division’s Cup 23 Al Sise/Ski Racing Recognition Awards 24 Spyder U.S.
    [Show full text]
  • Nordic Ski Touring by Gary Neptune
    r< .. :: , ; /Equipment, Wazjng, S/?J :Jvt.ountaineering, CJ3asic 7'ecfinUJ.ues rt(, Wfiere to go in Co[orado fi;;,~i .. , ·i.,) '::: {, . ' N ' Qi ~; D.· l ! C. Sl<J · 1 .· o, U.::IR~ l'.NG _:.. · ~ F !' , ..., I "!f " ·' .... , ·~ : . '-. '.'°!'1ii \ ::: . \ , \ ~tptune 6:33 S. BROADWAY I BOULDER, CO I TABLE MESA Sl-IOPPING CENTER I 303.499.8866 I Nl::PTUNl::MOUNTAINl::l::RING.COM FORWARD This booklet was prepared for customers and staff of Neptune Mountaineering in Boulder, Colorado and for the use of the Colorado Mountain Club. Many of the suggestiohs from the Colorado Mountain Club classes have been incorporated in this publication. I hope it will be a useful tool and an inspiration to everyone interested in skiing the Nor-way. Many thanks to everyone who helped with this publication, especially Jean Foster for her endless re-typing and Pete Birkeland for his suggestions and editing. · "'Gary Neptune © Gary Neptune, October 2012 Page 2 TABLE OF CONTENTS Page Forward......................................................................................... 2 Introduction ....... .. ..... .. .... ....... ... ... .. ... ....... .. ... .. ... .. ... ..... .. ... .. ...... ... 4 Equipment Skis ......, . ......................................................_ ........................... 5 Boots ...... .. .. ...... .. .. ...... .. ... ... ..... .. .. ... ... ..... .. ... ....... ... ... ... .. ... ... 9 Bindings ............................................................................... 10 Poles ....................................................................................
    [Show full text]