Ski Erg Workout Guide: Build Power and Conditioning

The ski erg simulates Nordic skiing's double-pole motion, creating one of the most effective upper body cardio tools available. While your legs stay relatively stationary, your arms, shoulders, back, and core work together to drive the flywheel.

It's unique, challenging, and incredibly effective for conditioning.

What Is a Ski Erg?

The Machine

Made by Concept2 (same company as the rowing machine), the ski erg features:

• Two handles connected to a flywheel
• Air resistance (harder you pull, more resistance)
• Wall-mounted or floor stand options
• Performance monitor tracking metrics

Muscles Worked

Primary movers:

• Latissimus dorsi (lats)
• Triceps
• Core (rectus abdominis, obliques)
• Shoulders (posterior deltoids)

Secondary:

• Biceps (initial pull)
• Chest (stabilization)
• Hip flexors and glutes (power generation)
• Lower back (stability)

Why Use the Ski Erg?

Upper body emphasis:

• One of few cardio machines targeting upper body
• Complements leg-heavy cardio (running, cycling, rowing)
• Builds pulling strength and endurance

Low impact:

• Standing position (no seated compression)
• No impact on joints
• Suitable for those with lower body limitations

High calorie burn:

• Full upper body engagement
• Core constantly working
• Demanding on cardiovascular system

Skill transfer:

• Benefits actual skiing
• Improves pulling strength for climbing, swimming
• Enhances general upper body endurance

Proper Technique

Starting Position

Stance:

• Feet hip-width apart
• Weight balanced
• Soft knees (not locked)
• Standing tall

Arms:

• Reach overhead to grab handles
• Arms fully extended
• Slight forward lean at top

The Pull

Phase 1: Initiation

1. Engage core
2. Begin pulling handles down
3. Arms stay relatively straight initially
4. Hinge at hips slightly

Phase 2: Power

1. Lat engagement intensifies
2. Pull handles past face
3. Drive elbows back
4. Hip hinge deepens

Phase 3: Finish

1. Handles end at hip level
2. Full lat contraction
3. Squeeze triceps at bottom
4. Core remains braced

The Recovery

Controlled return:

1. Arms extend forward and up
2. Torso returns to upright
3. Reach to full extension
4. Hands return to starting position

Don't rush: Recovery should be smooth, not jerky. Let handles rise naturally with controlled arm extension.

Common Technique Errors

Arms too bent at start:

• Limits power generation
• Reduces range of motion
• Fix: Start with straighter arms, initiate with lats

No hip hinge:

• Becomes all arms
• Missing power from core/hips
• Fix: Think "crunch" as you pull

Rushing recovery:

• Breaks rhythm
• Wastes energy
• Fix: Controlled return, consistent pace

Too upright:

• Missing hip involvement
• Less powerful stroke
• Fix: Hinge forward as you pull

Breathing

Exhale: During the pull (exertion) Inhale: During recovery (arm rise)

Find a rhythm that matches your stroke rate.

Performance Metrics

Pace (Time/500m)

Primary measure of effort:

• Faster pace = more power output
• Displayed as minutes:seconds per 500 meters
• Lower is better

Benchmarks:

• Easy: 2:30-3:00/500m
• Moderate: 2:00-2:30/500m
• Hard: 1:45-2:00/500m
• Sprint: Under 1:45/500m

Watts

Power output:

• More objective measure
• Useful for intervals
• Increases exponentially with pace

Stroke Rate

Strokes per minute:

• Low: 20-25 SPM
• Moderate: 25-35 SPM
• High: 35-45 SPM

Higher isn't always better—find efficient rate for your goals.

Calories

Energy expenditure:

• Useful for conditioning workouts
• Based on actual work performed
• Good for EMOM-style workouts

Beginner Workouts

Workout 1: Technique Focus (10 minutes)

Goal: Learn the movement

Structure:

• 2 min easy (focus on form)
• 6x (30 sec moderate, 30 sec easy)
• 2 min easy cool-down

Focus: Smooth pulls, controlled recovery, consistent rhythm.

Workout 2: Endurance Builder (15 minutes)

Goal: Build aerobic base

Structure:

• 15 min continuous
• Easy to moderate pace
• Maintain conversation ability

Target: 2:20-2:40/500m pace, 25-30 SPM

Workout 3: Introduction to Intervals (12 minutes)

Goal: Feel harder efforts

Structure:

• 2 min warm-up
• 8x (30 sec hard, 30 sec easy)
• 2 min cool-down

Focus: Sustainable hard effort during work, genuine recovery during rest.

Intermediate Workouts

Workout 4: 500m Repeats

Goal: Lactate tolerance

Structure:

• 3 min warm-up
• 5x 500m with 90 sec rest
• 3 min cool-down

Target: Consistent times across all intervals (within 5 seconds).

Workout 5: Pyramid

Goal: Variable intensity

Structure:

• 3 min warm-up
• 1 min hard / 1 min easy
• 2 min hard / 1 min easy
• 3 min hard / 1 min easy
• 2 min hard / 1 min easy
• 1 min hard / 1 min easy
• 3 min cool-down

Focus: Adjust pace for duration—longer = slightly slower.

Workout 6: Calorie EMOM (16 minutes)

Goal: Work capacity

Structure:

• Every Minute On the Minute for 16 minutes:
• 10 calories
• Rest remainder of minute

Focus: Quick powerful pulls, maximize rest.

Workout 7: 2K Time Trial

Goal: Benchmark test

Structure:

• 5 min warm-up
• 2,000m max effort
• Record time
• 5 min cool-down

Standards:

• Beginner: 9:00-10:00
• Intermediate: 7:30-9:00
• Advanced: 6:30-7:30
• Elite: Under 6:30

Advanced Workouts

Workout 8: Tabata Ski Erg

Goal: Maximum intensity

Structure:

• 3 min warm-up
• 8x (20 sec ALL OUT, 10 sec rest)
• 5 min cool-down

Focus: True max effort. Your arms should feel destroyed.

Workout 9: 1K Repeats

Goal: Sustained power

Structure:

• 5 min warm-up
• 4x 1,000m with 2 min rest
• 5 min cool-down

Target: Even splits, slight negative split if possible.

Workout 10: 30/30 x 20

Goal: Aerobic power

Structure:

• 3 min warm-up
• 20x (30 sec hard, 30 sec easy)
• 3 min cool-down

Focus: Consistent power output across all intervals.

Workout 11: Death by Ski Erg

Goal: Test limits

Structure:

• Minute 1: 5 calories
• Minute 2: 10 calories
• Minute 3: 15 calories
• Continue adding 5 calories each minute
• Stop when you can't complete calories within minute

Workout 12: Long Distance

Goal: Endurance

Structure:

• 5,000m for time
• Moderate sustainable pace
• Focus on technique throughout

Target pace: 2:10-2:30/500m depending on fitness level.

Programming Strategies

Frequency

Recommendations:

• Beginners: 2-3 sessions per week
• Intermediate: 3-4 sessions per week
• Combined with other training: 2-3 sessions

Integration with Strength Training

Option 1: Separate days

• Best for recovery
• Allows full effort on each
• Ideal for serious training

Option 2: Finisher

• 8-12 minute ski erg after upper body workout
• Lower intensity than standalone
• Time-efficient

Option 3: Circuit integration

• Ski erg intervals between strength exercises
• Creates metabolic demand
• Good for fat loss focus

Caution: Heavy ski erg work before upper body lifting will limit performance.

Weekly Structure Example

Monday: Upper body strength Tuesday: Ski erg intervals (20 min) Wednesday: Lower body strength Thursday: Ski erg endurance (25 min) Friday: Full body strength Saturday: Ski erg mixed workout (20 min) Sunday: Rest

Periodization

Weeks 1-3: Build base (longer, moderate efforts) Weeks 4-6: Introduce intensity (intervals, faster pace) Weeks 7-9: Peak (harder intervals, time trials) Week 10: Deload

Ski Erg vs. Rowing

Key Differences

| Factor | Ski Erg | Rower | |--------|---------|-------| | Position | Standing | Seated | | Primary muscles | Upper body | Full body (legs dominant) | | Leg involvement | Minimal | Major | | Stroke | Pull down | Pull horizontal | | Calorie burn | High | Very high | | Learning curve | Moderate | Higher |

When to Choose Ski Erg

• Want upper body emphasis
• Lower body is fatigued or injured
• Complementing leg-heavy training
• Variety in cardio training
• Standing preferred over seated

When to Choose Rower

• Want full body workout
• Maximum calorie burn priority
• Building overall work capacity
• Lower body strength endurance

Best approach: Use both for well-rounded conditioning.

Common Mistakes and Fixes

All Arms, No Core

Problem: Pulling only with arms Effect: Less power, early fatigue Fix: Initiate with core crunch, use hip hinge

Death Grip

Problem: Squeezing handles too tight Effect: Forearm fatigue, wasted energy Fix: Hook grip with fingers, relaxed hands

Short Strokes

Problem: Not reaching full extension Effect: Reduced power per stroke Fix: Reach high, pull to hips

Inconsistent Pace

Problem: Fast/slow/fast pattern Effect: Inefficient, early burnout Fix: Focus on stroke rate consistency

Holding Breath

Problem: Not breathing properly Effect: Early fatigue, dizziness Fix: Exhale on pull, inhale on recovery

Hyperextending Back

Problem: Leaning too far back at bottom Effect: Lower back strain Fix: Maintain neutral spine throughout

Training Tips

Pacing Strategy

For tests and races:

• Start controlled (first 250m)
• Build through middle
• Strong finish if possible
• Negative splits are ideal

Building Endurance

• Focus on 20-30+ minute sessions
• Moderate pace (can talk)
• Gradually increase duration
• 2-3 endurance sessions weekly

Building Power

• Short, intense intervals
• Full recovery between efforts
• Focus on low strokes with max power
• 1-2 power sessions weekly

Recovery

• Easy ski erg makes good active recovery
• 10-15 minutes at conversational pace
• Helps flush upper body after strength work

Summary

The ski erg is a uniquely effective conditioning tool that emphasizes upper body while building full-body power and endurance. Its standing position and pulling motion complement other cardio modalities.

Key technique points:

• Reach full extension overhead
• Initiate with core/lat engagement
• Pull handles to hip level
• Controlled recovery
• Breathe rhythmically

Getting started:

1. Learn proper technique first
2. Start with moderate endurance work
3. Gradually add intensity
4. Track metrics for progress
5. Combine with other training

Programming principles:

• 2-4 sessions weekly
• Mix endurance and intervals
• Complement with strength training
• Allow adequate recovery
• Periodize intensity over weeks

The ski erg will challenge your upper body conditioning like few other machines can. Master the technique, progress gradually, and watch your pulling power and endurance transform.

Grab the handles. Pull hard. Repeat.