Cadence Analysis

The Cadence Analysis tool helps you understand your pedaling patterns by visualizing cadence over time and showing time distribution across different RPM bands.

Cadence Analysis Cadence Analysis
Cadence analysis showing RPM zones and time distribution

Overview

This analysis-only tool displays:

  • Cadence over time with colored RPM zone backgrounds
  • Summary statistics (average, max, pedaling time, coasting time)
  • Time distribution across 10 RPM bands
  • Highlighting of coasting and stop periods

Requirements

This tool requires cadence data from a cadence sensor (cycling computer, power meter with cadence, or dedicated cadence sensor).

Summary Statistics

Metric Description
Avg Cadence Average RPM while actively pedaling (excludes zeros)
Max Cadence Highest cadence recorded
Pedaling Time Time spent actively pedaling
Coasting Time Time moving but not pedaling

RPM Zones

The main chart shows cadence with colored background zones:

Zone RPM Range Description
Very Low 0-50 Grinding/slow cadence, often climbing
Low 50-70 Lower cadence, steep climbs
Optimal 70-90 Efficient pedaling zone
High 90-110 Fast, efficient cadence
Very High 110+ Spinning, descending

Toggles

Coasting Highlight

When enabled, highlights periods where you were moving but not pedaling (cadence = 0 with forward motion). Useful for identifying:
  • Descents
  • Recovery periods
  • Drafting sections

Stop Time Highlight

When enabled, highlights periods where you were stationary. Useful for identifying:
  • Traffic stops
  • Rest breaks
  • Photo stops

RPM Distribution

The distribution section shows how much time you spent in each 10 RPM band:

  • Chart View: Horizontal bar chart showing percentage of time
  • Table View: Detailed breakdown with time and percentage

This helps you understand:

  • Your natural cadence preference
  • Whether you're pedaling efficiently
  • Cadence consistency throughout the ride

Tips

Optimal Cadence

For most cyclists, 80-100 RPM is considered the optimal cadence range for efficiency and reducing muscle fatigue. Lower cadence (grinding) can strain your knees, while very high cadence may increase cardiovascular load.

Cadence Consistency

A narrow distribution (most time in 2-3 bands) indicates consistent pedaling. A wide distribution may suggest varied terrain or inconsistent technique.

Coasting Analysis

High coasting time might indicate:
  • Hilly terrain with descents
  • Group ride with drafting
  • Recovery ride style

Data Requirements

Feature Requires
Cadence chart Cadence sensor data
Coasting detection Cadence + GPS or speed data
Stop detection GPS coordinates or speed data
Time calculations Timestamps

Example Use Cases

  1. Training Analysis: Check if you're maintaining target cadence during intervals
  2. Climbing Review: See how cadence drops on climbs
  3. Efficiency Check: Ensure you're spending most time in optimal zones
  4. Ride Comparison: Compare cadence patterns across different rides