logging in or signing up FJC Web - Part 1 meeker46 Download Post to : URL : Related Presentations : Share Add to Flag Embed Email Send to Blogs and Networks Add to Channel Uploaded from authorPOINT lite Insert YouTube videos in PowerPont slides with aS Desktop Copy embed code: (To copy code, click on the text box) Embed: URL: Thumbnail: WordPress Embed Customize Embed The presentation is successfully added In Your Favorites. Views: 108 Category: Entertainment License: All Rights Reserved Like it (0) Dislike it (0) Added: May 10, 2009 This Presentation is Public Favorites: 0 Presentation Description No description available. Comments Posting comment... Premium member Presentation Transcript AFF FIRST JUMP COURSE : AFF FIRST JUMP COURSE USPA Integrated Student Program Category A Introduction : Introduction Who are you and what brought you to Start Skydiving today? Outline of First Jump Course : Outline of First Jump Course Equipment Parachute openings Freefall body position Freefall communications Deployment sequence Canopy Control Aircraft procedures/exits Aircraft emergencies Dive flow Malfunctions and freefall emergencies Slide 4: Equipment Demonstration in hanger Name that component : Name that component 3-ring assembly ? Name that component : Name that component 3-ring assembly Name that component : Name that component Chest strap ? Name that component : Name that component Chest strap Name that component : Name that component Leg straps ? Name that component : Name that component Leg straps Name that component : Name that component Deployment handle ? Name that component : Name that component Deployment handle Name that component : Name that component Cutaway Handle ? Name that component : Name that component Cutaway Handle Name that component : Name that component Reserve Handle ? Name that component : Name that component Reserve Handle Name that component : Name that component Main parachute ? Name that component : Name that component Main parachute Name that component : Name that component Reserve parachute ? Name that component : Name that component Reserve parachute Name that component : Name that component Automatic activation device (AAD) ? Name that component : Name that component Automatic activation device (AAD) Name that component : Name that component Reserve static line (RSL) ? Name that component : Name that component Reserve static line (RSL) Name that component : Name that component Pilot chute ? Name that component : Name that component Pilot chute Name that component : Name that component Bridle ? Name that component : Name that component Bridle Name that component : Name that component Deployment bag ? Name that component : Name that component Deployment bag Name that component : Name that component Slider ? Name that component : Name that component Slider Name that component : Name that component Risers ? Name that component : Name that component Risers Name that component : Name that component Toggles ? Name that component : Name that component Toggles Additional Equipment : Additional Equipment Altimeter Approximate altitudes Check altitude during freefall after every task when having difficulty every 3-5 seconds Continue to use under canopy Additional Equipment : Additional Equipment Rigid Helmet & goggles Additional Equipment : Additional Equipment Jumpsuit Additional Equipment : Additional Equipment Jumpsuit Shoes No hooks or speed laces Additional Equipment : Additional Equipment Jumpsuit Shoes No hooks or speed laces Radio Backup only! Parachute Openings : Parachute Openings Occurs in 3 stages Activation Deployment begins by throwing pilot chute Parachute Openings : Parachute Openings Occurs in 3 stages Activation Deployment begins by throwing pilot chute Deployment Parachute comes out of the container Parachute Openings : Parachute Openings Occurs in 3 stages Activation Deployment begins by throwing pilot chute Deployment Parachute comes out of the container Inflation Canopy fills with air Slide 45: Freefall Body Position Freefall Body Position : Freefall Body Position Relative Wind Wind created by your movement through the air Exit: comes from ahead Freefall: comes from below Falling belly-to-earth is most stable body position and the best position for deployment Freefall Body Position : Freefall Body Position Three control surfaces Torso Legs Arms Freefall Body Position : Freefall Body Position 1. Torso Hips forward, back arched Symmetry Chin up Relax: breathe! Freefall body position : Freefall body position 2. Legs Knees shoulder width apart Knees bent 45o, toes pointed Knees above pelvis Keep positive pressure on relative wind Freefall body position : Freefall body position 3. Arms Upper arms 90o from torso Elbows bent 90o Hands relaxed Slide 51: 51 Student Freefall Body Position Practice Session Slide 52: Freefall Communication Freefall Communications : Freefall Communications How do instructors teach in the air? Communication through hand signals Allows instructors to make mid-air corrections Hand signals : Hand signals Circle of awareness (COA) Check altitude and heading Hand signals : Hand signals Arch Push pelvis forward Check symmetry of torso Relax Hand signals : Hand signals Relax Breathe Relax muscles into comfortable arch Hand signals : Hand signals Practice pilot chute touches (PPTs) Start or repeat PPTs Hand signals : Hand signals Check arms Look at arms for proper position Hand signals : Hand signals Legs out Slowly extend your legs 4-6 inches Hand signals : Hand signals Legs in Slowly bring in legs 4-6 inches Hand signals : Hand signals Pull Deploy Now! Hand signals : Hand signals Thumbs up Great job – keep it up! Freefall Communication : Freefall Communication Exit Shaking on exit = arch and relax Slide 64: Deployment Sequence Pull Priorities : Pull Priorities Pull Priorities 1. 2. 3. Pull Priorities : Pull Priorities Pull Priorities 1. Pull 2. 3. Pull Priorities : Pull Priorities Pull Priorities 1. Pull 2. Pull at the proper altitude 3. Pull Priorities : Pull Priorities Pull Priorities 1. Pull 2. Pull at the proper altitude 3. Pull at proper altitude with stability Pull Priorities : Pull Priorities Pull Priorities 1. Pull 2. Pull at the proper altitude 3. Pull at proper altitude with stability We NEVER sacrifice a higher pull priority for a lower one Main Canopy Deployment : Main Canopy Deployment Important altitudes 6000’ Lock on 5500’ Wave off and deploy Lock on - Look at your altimeter, don’t take your eyes off Wave off - Wave arms twice under chin Deployment Sequence : 71 Deployment Sequence Arch Reach Grab Throw (1-thousand, 2-thousand, 3-thousand, 4-thousand, 5-thousand) Check Check Deployment Sequence : Deployment Sequence Arch Arched, belly-to-earth position provides most stable deployment Look straight ahead Deployment Sequence : Deployment Sequence Reach Maintain arch Right arm: Locate deployment handle Reach with palm up, thumb down Left arm: Extend arm overhead for equal deflection of air Deployment Sequence : Deployment Sequence Grab Securely wrap hand around deployment handle Throw Forcefully pull handle to extract pilot chute Release after full arm extension Return arms to neutral position Deployment Sequence : Deployment Sequence Arch Continue to maintain arch during deployment Remain flat, stable, with shoulders level Count: 1-thousand, 2-thousand, 3-thousand, 4-thousand, 5-thousand Deployment Sequence : Deployment Sequence Check Visually check for pilot chute deployment and parachute inflation Check Check altitude and location after gaining control of the parachute You do not have the permission to view this presentation. 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FJC Web - Part 1 meeker46 Download Post to : URL : Related Presentations : Share Add to Flag Embed Email Send to Blogs and Networks Add to Channel Uploaded from authorPOINT lite Insert YouTube videos in PowerPont slides with aS Desktop Copy embed code: (To copy code, click on the text box) Embed: URL: Thumbnail: WordPress Embed Customize Embed The presentation is successfully added In Your Favorites. Views: 108 Category: Entertainment License: All Rights Reserved Like it (0) Dislike it (0) Added: May 10, 2009 This Presentation is Public Favorites: 0 Presentation Description No description available. Comments Posting comment... Premium member Presentation Transcript AFF FIRST JUMP COURSE : AFF FIRST JUMP COURSE USPA Integrated Student Program Category A Introduction : Introduction Who are you and what brought you to Start Skydiving today? Outline of First Jump Course : Outline of First Jump Course Equipment Parachute openings Freefall body position Freefall communications Deployment sequence Canopy Control Aircraft procedures/exits Aircraft emergencies Dive flow Malfunctions and freefall emergencies Slide 4: Equipment Demonstration in hanger Name that component : Name that component 3-ring assembly ? Name that component : Name that component 3-ring assembly Name that component : Name that component Chest strap ? Name that component : Name that component Chest strap Name that component : Name that component Leg straps ? Name that component : Name that component Leg straps Name that component : Name that component Deployment handle ? Name that component : Name that component Deployment handle Name that component : Name that component Cutaway Handle ? Name that component : Name that component Cutaway Handle Name that component : Name that component Reserve Handle ? Name that component : Name that component Reserve Handle Name that component : Name that component Main parachute ? Name that component : Name that component Main parachute Name that component : Name that component Reserve parachute ? Name that component : Name that component Reserve parachute Name that component : Name that component Automatic activation device (AAD) ? Name that component : Name that component Automatic activation device (AAD) Name that component : Name that component Reserve static line (RSL) ? Name that component : Name that component Reserve static line (RSL) Name that component : Name that component Pilot chute ? Name that component : Name that component Pilot chute Name that component : Name that component Bridle ? Name that component : Name that component Bridle Name that component : Name that component Deployment bag ? Name that component : Name that component Deployment bag Name that component : Name that component Slider ? Name that component : Name that component Slider Name that component : Name that component Risers ? Name that component : Name that component Risers Name that component : Name that component Toggles ? Name that component : Name that component Toggles Additional Equipment : Additional Equipment Altimeter Approximate altitudes Check altitude during freefall after every task when having difficulty every 3-5 seconds Continue to use under canopy Additional Equipment : Additional Equipment Rigid Helmet & goggles Additional Equipment : Additional Equipment Jumpsuit Additional Equipment : Additional Equipment Jumpsuit Shoes No hooks or speed laces Additional Equipment : Additional Equipment Jumpsuit Shoes No hooks or speed laces Radio Backup only! Parachute Openings : Parachute Openings Occurs in 3 stages Activation Deployment begins by throwing pilot chute Parachute Openings : Parachute Openings Occurs in 3 stages Activation Deployment begins by throwing pilot chute Deployment Parachute comes out of the container Parachute Openings : Parachute Openings Occurs in 3 stages Activation Deployment begins by throwing pilot chute Deployment Parachute comes out of the container Inflation Canopy fills with air Slide 45: Freefall Body Position Freefall Body Position : Freefall Body Position Relative Wind Wind created by your movement through the air Exit: comes from ahead Freefall: comes from below Falling belly-to-earth is most stable body position and the best position for deployment Freefall Body Position : Freefall Body Position Three control surfaces Torso Legs Arms Freefall Body Position : Freefall Body Position 1. Torso Hips forward, back arched Symmetry Chin up Relax: breathe! Freefall body position : Freefall body position 2. Legs Knees shoulder width apart Knees bent 45o, toes pointed Knees above pelvis Keep positive pressure on relative wind Freefall body position : Freefall body position 3. Arms Upper arms 90o from torso Elbows bent 90o Hands relaxed Slide 51: 51 Student Freefall Body Position Practice Session Slide 52: Freefall Communication Freefall Communications : Freefall Communications How do instructors teach in the air? Communication through hand signals Allows instructors to make mid-air corrections Hand signals : Hand signals Circle of awareness (COA) Check altitude and heading Hand signals : Hand signals Arch Push pelvis forward Check symmetry of torso Relax Hand signals : Hand signals Relax Breathe Relax muscles into comfortable arch Hand signals : Hand signals Practice pilot chute touches (PPTs) Start or repeat PPTs Hand signals : Hand signals Check arms Look at arms for proper position Hand signals : Hand signals Legs out Slowly extend your legs 4-6 inches Hand signals : Hand signals Legs in Slowly bring in legs 4-6 inches Hand signals : Hand signals Pull Deploy Now! Hand signals : Hand signals Thumbs up Great job – keep it up! Freefall Communication : Freefall Communication Exit Shaking on exit = arch and relax Slide 64: Deployment Sequence Pull Priorities : Pull Priorities Pull Priorities 1. 2. 3. Pull Priorities : Pull Priorities Pull Priorities 1. Pull 2. 3. Pull Priorities : Pull Priorities Pull Priorities 1. Pull 2. Pull at the proper altitude 3. Pull Priorities : Pull Priorities Pull Priorities 1. Pull 2. Pull at the proper altitude 3. Pull at proper altitude with stability Pull Priorities : Pull Priorities Pull Priorities 1. Pull 2. Pull at the proper altitude 3. Pull at proper altitude with stability We NEVER sacrifice a higher pull priority for a lower one Main Canopy Deployment : Main Canopy Deployment Important altitudes 6000’ Lock on 5500’ Wave off and deploy Lock on - Look at your altimeter, don’t take your eyes off Wave off - Wave arms twice under chin Deployment Sequence : 71 Deployment Sequence Arch Reach Grab Throw (1-thousand, 2-thousand, 3-thousand, 4-thousand, 5-thousand) Check Check Deployment Sequence : Deployment Sequence Arch Arched, belly-to-earth position provides most stable deployment Look straight ahead Deployment Sequence : Deployment Sequence Reach Maintain arch Right arm: Locate deployment handle Reach with palm up, thumb down Left arm: Extend arm overhead for equal deflection of air Deployment Sequence : Deployment Sequence Grab Securely wrap hand around deployment handle Throw Forcefully pull handle to extract pilot chute Release after full arm extension Return arms to neutral position Deployment Sequence : Deployment Sequence Arch Continue to maintain arch during deployment Remain flat, stable, with shoulders level Count: 1-thousand, 2-thousand, 3-thousand, 4-thousand, 5-thousand Deployment Sequence : Deployment Sequence Check Visually check for pilot chute deployment and parachute inflation Check Check altitude and location after gaining control of the parachute