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Gen 3.0
Gen 3.0
  • Introduction
  • Kayak
    • Getting Started
      • Assemble your power meter
      • Charge your power meter
      • Configure your power meter settings
        • Blade tip to hand distances
        • Blade tip to blade tip distance
        • Blade twist
        • Blade type attached to shaft
        • Left blade tip to LED distance
    • Calibration
      • Zero Offset
        • Zero Offset calibration
      • Scale Factor
        • N channel Scale Factor calibration
        • O channel Scale Factor calibration
    • Advanced
      • Deep sleep
      • Adjust your clamp
      • Remove and attach your sleeve
  • Canoe/sup/dragon boat
    • Getting Started
      • Assemble
      • Charge
      • Configure
    • Calibration
      • Zero Offset
        • Perform a ZO calibration
      • Scale Factor
        • A channel Scale Factor calibration
    • Advanced
      • Deep sleep
      • Adjust your clamp
      • Remove and attach your sleeve
  • General
    • Web Bluetooth App
      • How to place the power meter in deep sleep
    • Updating Firmware
      • How to update the power meter firmware using the Web Browser
      • How to update the power meter firmware using nRF Connect
    • Real-time Data
      • How to pair a Garmin Forerunner 910XT with a power meter
      • How to pair a Garmin Edge 1030 with a power meter
    • High Speed Data
      • How to start/stop recording High Speed Data
      • How to download High Speed Data (ANT)
      • How to download High Speed Data (Automatic Script)
      • How to view High Speed Data
      • How to change the High Speed Data settings
    • Shaft Information
    • Model Descriptions
      • Power Meter
      • Power Meter w/ High Speed Data
    • Firmware Changelog
    • Manufacturer's Warranty
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  1. Canoe/sup/dragon boat
  2. Calibration

Scale Factor

PreviousPerform a ZO calibrationNextA channel Scale Factor calibration

Last updated 3 years ago

A Scale Factor Calibration can be performed using basic and easily sourced components, or with a specifically designed calibration jig available for purchase from One Giant Leap. There is also the option to have the calibration jig manufactured yourself; the profile cut part files and assembly instructions are available to download from One Giant Leap .

Setup

The calibration process requires the paddle to be setup in the following way:

  • Paddle shaft horizontal

  • Supports located at the approximate blade centre and top hand positions

  • Calibration weights (with known weight) hung from the approximate bottom hand position

The supports can be as simple as blocks of wood resting on two separate tables. The space between the two tables is where the calibration weights will hang. Ideally the supports will have narrow width so that the paddle is supported at a definite spot which can be identified and measured. The calibration weights can be applied by suspending them from the shaft with a rope.

The calibration process requires the strain output to be recorded with at least 2 different calibration weights (heaviest weight at least 20kg). The values are then input into the calibration spreadsheet where the scale factors are calculated.