What is a good score for C2 Medium Back From P-ville?

C2 Medium Back From P-ville scores vary based on fitness level and experience. Track your personal progress over time.

What is considered a good C2 Medium Back From P-ville score?

A good C2 Medium Back From P-ville score depends on your individual fitness level and experience. Focus on improvement over absolute numbers.

What should I aim for in C2 Medium Back From P-ville?

Your C2 Medium Back From P-ville approach should be challenging but sustainable. Focus on maintaining good form throughout the workout.

How do I scale C2 Medium Back From P-ville?

C2 Medium Back From P-ville can be scaled by reducing weights, modifying movements (like assisted pull-ups), or adjusting volume. Consult with a coach for personalized scaling options.

What muscles does C2 Medium Back From P-ville work?

C2 Medium Back From P-ville primarily works the muscles involved in BikeErg. This workout develops multiple fitness domains.

C2 Medium Back From P-ville WOD - Scaling & Strategy

Workout Description

Medium28 minutes with rate increaseRide a single 28 minute piece. Ride the first seven minutes @ 70 rpm. Then six minutes @ 75 rpm, five @ 80, four @ 85, three @ 90, two @ 95 and one @ 100

Why This Workout Is Medium

This is a 28-minute continuous bike piece with progressive intensity—a structured, single-modality workout that avoids movement interference or skill demands. The RPM progression (70→100) creates manageable fatigue accumulation rather than a sudden spike. While the final minute at 100 RPM will be challenging, the extended warm-up and graduated increases allow most average CrossFitters to complete as prescribed. The limiting factor is aerobic capacity and leg endurance, not technique or extreme load.

Training Focus

This workout develops the following fitness attributes:

Endurance (8/10): 28 minutes of continuous cycling maintains elevated heart rate throughout. Progressive intensity increases demand on aerobic system, testing cardiovascular capacity and sustained effort over extended duration.

Stamina (7/10): Sustained cycling output for 28 minutes with increasing cadence demands muscular endurance. Legs must maintain power output as fatigue accumulates and RPM increases progressively.

Speed (6/10): Cadence progression directly tests leg speed and cycling velocity. Final minute at 100 RPM demands quick leg turnover; pacing strategy critical for managing fatigue.

Power (4/10): Progressive cadence increases from 70 to 100 RPM require greater power output as intensity rises. Final minutes demand explosive leg turnover, though not pure power focus.

Flexibility (2/10): Basic hip and ankle mobility required for cycling position. Minimal range of motion demands; seated position limits flexibility requirements throughout the workout.

Strength (1/10): Cycling is primarily an endurance modality with minimal strength demands. No resistance or load component; focus is on aerobic capacity and muscular endurance rather than force production.

Attribute	Score	Explanation
Endurance	8/10	28 minutes of continuous cycling maintains elevated heart rate throughout. Progressive intensity increases demand on aerobic system, testing cardiovascular capacity and sustained effort over extended duration.
Stamina	7/10	Sustained cycling output for 28 minutes with increasing cadence demands muscular endurance. Legs must maintain power output as fatigue accumulates and RPM increases progressively.
Strength	1/10	Cycling is primarily an endurance modality with minimal strength demands. No resistance or load component; focus is on aerobic capacity and muscular endurance rather than force production.
Flexibility	2/10	Basic hip and ankle mobility required for cycling position. Minimal range of motion demands; seated position limits flexibility requirements throughout the workout.
Power	4/10	Progressive cadence increases from 70 to 100 RPM require greater power output as intensity rises. Final minutes demand explosive leg turnover, though not pure power focus.
Speed	6/10	Cadence progression directly tests leg speed and cycling velocity. Final minute at 100 RPM demands quick leg turnover; pacing strategy critical for managing fatigue.

Attribute

Score

Explanation

Endurance

8/10

28 minutes of continuous cycling maintains elevated heart rate throughout. Progressive intensity increases demand on aerobic system, testing cardiovascular capacity and sustained effort over extended duration.

Stamina

7/10

Sustained cycling output for 28 minutes with increasing cadence demands muscular endurance. Legs must maintain power output as fatigue accumulates and RPM increases progressively.

Strength

1/10

Cycling is primarily an endurance modality with minimal strength demands. No resistance or load component; focus is on aerobic capacity and muscular endurance rather than force production.

Flexibility

2/10

Basic hip and ankle mobility required for cycling position. Minimal range of motion demands; seated position limits flexibility requirements throughout the workout.

Power

4/10

Progressive cadence increases from 70 to 100 RPM require greater power output as intensity rises. Final minutes demand explosive leg turnover, though not pure power focus.

Speed

6/10

Cadence progression directly tests leg speed and cycling velocity. Final minute at 100 RPM demands quick leg turnover; pacing strategy critical for managing fatigue.

Medium28 minutes with rate increaseRide a single 28 minute piece. Ride the first seven minutes @ 70 rpm. Then six minutes @ 75 rpm, five @ 80, four @ 85, three @ 90, two @ 95 and one @ 100

Difficulty:

Medium

Modality:

Your Scores:

Workout Description

Why This Workout Is Medium

Training Focus

Movements

Modality Profile

Training Profile

C2 Medium Back From P-ville

Training Profile

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