Rigging for Masters Rowers What is rigging for? Rigging is simply - - PowerPoint PPT Presentation
Rigging for Masters Rowers What is rigging for? Rigging is simply - - PowerPoint PPT Presentation
Rigging for Masters Rowers What is rigging for? Rigging is simply a tool we can use to maximise our technique Why are we concerned with technique Technique (& Rigging) Efficiency Injury free Comfort Effectiveness
What is rigging for?
- Rigging is simply a tool we can use to
maximise our technique
- Why are we concerned with technique
- Efficiency
- Injury free
- Comfort
- Effectiveness
- Speed
- Enjoyment
Technique (& Rigging)
Nolte, V. 2011
Foundations
Technique
- Balance
- Posture (grip)
- Rowing movements
Rigging
- Large arc (catch angle)
- Maximal force application (repeated)
- Long time force application
Rigging has 2 “levels”
- 1. Introductory
- 2. Individualised
Starting point
- What is available to you
- Know your equipment
- Goals (effort/time)
- Self assessment
What/Why?
Load
- maximise
- maintain
Relevance to masters
- Strength
- Flexibility
- Injury
How?
- Experiment
- With everything!
- One thing at a time
- Measure/change/test/compare
“If you are not assessing you are guessing”
Load Factors
- Stroke length
- Arc placement
- Leverage
- Rhythm
- Ratio (drive time)
- Blade slip
Stroke Length
- Simply the distance (at the tip of the blade) from
catch to release
- Time blade spends in water relative to load
- All crew to have same stroke length
Length Difference
Arc Placement
adjust span
Arc Placement
adjust inboard
Arc Placement
adjust span and inboard equally
Leverage
(outboard)12)/(Span/2)1 Oar$length$ Inboard$ Outboard$ Span$ Load$Ratio$ 289$ 88$ 201$ 160$ 2.3625$ 287$ 88$ 199$ 160$ 2.3375$ 285$ 88$ 197$ 160$ 2.3125$ 289$ 87$ 202$ 159$ 2.3899$ 287$ 87$ 200$ 159$ 2.3648$ 285$ 87$ 198$ 159$ 2.3396$ 289$ 88$ 201$ 159$ 2.3774$ 287$ 88$ 199$ 159$ 2.3522$ 285$ 88$ 197$ 159$ 2.3270$ 289$ 87$ 202$ 160$ 2.3750$ 287$ 87$ 200$ 160$ 2.3500$ 285$ 87$ 198$ 160$ 2.3250$ !
Rhythm & Ratio
Rhythm
- Pattern of drive and recovery body movements in drive
and recovery
- Looking for a synchronized flow with gives athlete feeling
- f swing and sets up ability to apply effort
Ratio
- Recovery time to drive time…can be highly individual
- Gives insight into desired rhythm
Blade Slip
- Distance at tip of blade from entry to release
- Can be positive or negative
- Positive slip increases distance boat moves during
drive
- Seen when blade moves in same direction as boat
during drive
Blade Slip
Blade Slip
Neg slip
- 1. Short stroke arc
- 2. Smaller catch angle
- 3. Lighter rigging load
Pos slip
- 1. Longer stroke arc
- 2. Larger catch angle and arc placement
- 3. Matching load with athlete’s power ability
Individual
Shorter
- Decrease inboard
- Increase oar length
- Increase catch angle
- Decrease spread
Taller
- Increase inboard
- Decrease oar length
- Decrease catch angle
- Decrease outboard
- Increase spread
Happy Rigging!
Supported by ViaSport Sources ‘Notes on Rowing’ - Mike Purcer ‘Rowing Faster 1st Edition’ -Volker Nolte ‘Sculling’ - Paul Thompson Row Perfect - Rigging angle changes due to adjusting span etc’