Build Stronger Glutes for Next Ski Season: A 35-Minute Beginner Routine to Improve Stability, Power, and Injury Resilience

Table of Contents

1. Key Highlights:
2. Introduction
3. Why the Glutes Matter for Skiing and Snowboarding
4. Neuromuscular Efficiency: Training Your Brain to Fire the Glutes
5. What the “Groomer Glutes” Routine Includes
6. Exercise-by-Exercise: Technique, Cues, and Progressions
7. Warm-Up That Supports Glute Activation
8. Programming and Progression: From Foundational to Ski-Ready
9. Integrating the Routine into a Full Fitness Plan
10. Progressions, Load Management, and When to Add Resistance
11. Common Mistakes and How to Fix Them
12. Equipment Alternatives and DIY Solutions
13. Recovery, Nutrition, and Supporting Adaptation
14. Case Scenarios and Real-World Application
15. Safety Considerations and When to Seek Professional Help
16. How Long Before the Season Should You Start?
17. Common Questions from Skiers and Clear Answers
18. Sample 12-Week Groomer Glutes Plan (Detailed)
19. Final Notes on Consistency and Expectation Management
20. FAQ

Key Highlights:

• Mikey Bell’s “Groomer Glutes” is a 35-minute, bodyweight stability routine focused on glute activation and neuromuscular efficiency—no gym required, only a mat and a chair or bench.
• The program combines a dynamic warm-up, isometric loading, four rounds of glute bridges, sit-to-stand squats, walking lunges, and a five-minute core finisher to build foundational strength for skiing and snowboarding.

Introduction

Ski lifts have stopped turning and slopes have quieted, but the off-season is the prime window to build the strength and movement patterns that determine how well you ski next winter. Glutes are central to skiing: they stabilize the hips, transfer force through the lower body, and protect knees and lower back when you lean into turns, absorb bumps, or recover from a slip. A focused, accessible routine that teaches your nervous system to recruit the glutes efficiently can make the difference between tiring out halfway down a run and finishing the day strong.

Outdoor Adventure Training coach Mikey Bell designed the “Groomer Glutes” session as a beginner-friendly way to develop that foundation. The workout emphasizes more than raw strength: it teaches your brain to fire the right muscles at the right time. The sequence—dynamic warm-up, isometric loading, multiple glute bridge rounds, sit-to-stand squats, walking lunges, and a targeted core finisher—can be performed at home, on a hotel room floor during summer travel, or in a gym. Below is a practical breakdown of why glute-focused training matters for snow sports, exactly how to perform Bell’s routine with form cues and progressions, and how to integrate it into a season-long plan so next winter you ski with power, control, and reduced injury risk.

Why the Glutes Matter for Skiing and Snowboarding

Skiing and snowboarding demand a unique mixture of endurance, explosive strength, balance and rapid positional changes. The gluteal muscles—gluteus maximus, medius, and minimus—play distinct but interconnected roles:

• Gluteus maximus generates hip extension, which is essential for powerful turns, absorbing compressions, and rising out of flexed positions such as when recovering from a bump.
• Gluteus medius and minimus control hip abduction and internal/external rotation; they stabilize the pelvis in single-leg phases of skiing, preventing excessive inward collapse of the knee (knee valgus), a common risk factor for ACL injuries.
• Together, the glutes help transfer force from the legs through the torso to the skis or snowboard, enabling efficient edging and quick directional changes.

Practical examples: when carving a long run, the glutes maintain the hip and pelvis position so quads don't fatigue first; when dropping into a mogul field, glute strength lets you absorb and re-extend repeatedly without collapsing into the knees; when edging on steep terrain, glute activity keeps the pelvis level and the weight centered. Weak or inactive glutes shift load to the quads and hamstrings and can create compensatory movement patterns that lead to pain—particularly at the knees and low back.

Improving glute function therefore affects performance (stronger, more powerful turns), endurance (less early fatigue), and injury resilience (reduced loading on passive structures).

Neuromuscular Efficiency: Training Your Brain to Fire the Glutes

Strength without control is incomplete. Objects moved by the body require both muscular capacity and the nervous system's ability to recruit those muscles at the correct time and intensity. Neuromuscular efficiency describes that relationship—how effectively motor units are coordinated to produce the movement you want.

Many recreational athletes exhibit “gluteal amnesia”: the brain fails to activate the glutes adequately during common tasks. Instead of hips extending through glute contraction, the lower back might hyperextend; instead of the hip abductors stabilizing the pelvis, the torso compensates. That happens for several reasons: prolonged sitting, poor movement patterns, or prior injury can all diminish neural drive.

Isometric loading and targeted activation drills are effective at restoring neuromuscular efficiency. Isometric holds force the muscle to contract without changing length, giving the nervous system a long, uninterrupted window to “feel” the glute working. Repeating those holds and integrating them into dynamic movements builds a new movement pattern: the brain learns to recruit the glute first, then the quads and hamstrings in the appropriate sequence.

Cues matter. Telling a client to “squeeze the glute” is less effective than specifying a movement: “drive your heel into the floor and imagine pulling the hip bone back to the ribcage.” Visual and tactile feedback—using a mirror, coaching touch, or resistance bands to create sensory input—accelerates learning. As neuromuscular efficiency improves, athletes experience greater control, quicker force production, and improved fatigue resistance.

What the “Groomer Glutes” Routine Includes

Mikey Bell’s routine is compact and focused. The entire sequence runs about 35 minutes and uses only bodyweight plus a stable surface like a chair or bench. The format prioritizes glute activation early, consolidates strength through multiple repetitions and rounds, and finishes with core work to lock in a stable spinal position—critical for transferring hip-generated force safely into the upper body and into your turns.

A practical template consistent with Bell’s structure looks like this:

• Dynamic warm-up (6–8 minutes): mobility, hip-specific movements, light cardio to raise core temperature.
• Isometric loading (3–5 minutes): purposeful holds to prime glute activation.
• Main circuit (20–22 minutes): four rounds of glute bridges, sit-to-stand squats, walking lunges; short rests between exercises and a slightly longer rest between rounds.
• Core finisher (5 minutes): anti-extension and anti-rotation drills to maintain pelvic control.

Below are suggested numbers and tempos that match a beginner-friendly, stability-first approach while allowing progression.

Sample session timing and sets:

• Warm-up: 6–8 minutes total
• Isometric holds: 3 rounds of 30–45 seconds per exercise (30–60 seconds rest between)
• Main circuit: 4 rounds
  • Glute bridges: 12–20 reps or 30–45-second holds
  • Sit-to-stand squats (chair): 10–15 reps
  • Walking lunges: 10–16 steps per leg (or 20–32 total steps)
  • Rest 60–90 seconds between rounds
• Core finisher: 5 minutes (e.g., plank variations, dead bug progressions, bird-dog holds)

Total time: 30–40 minutes depending on rest and movement tempos.

This structure balances sufficient volume to build endurance and motor control with manageable intensity for beginners.

Exercise-by-Exercise: Technique, Cues, and Progressions

Glute Bridge (Foundational)

• Objective: Establish posterior chain activation, teach hip extension driven by glutes.
• Setup: Lying on your back, knees bent ~90 degrees, feet flat hip-width apart. Arms at sides, palms down.
• Execution: Drive through the heels to lift the hips until the torso forms a straight line from shoulders to knees. Squeeze the glutes at the top and hold (for a pulse or timed hold) before returning to start with control.
• Key cues: Push through the heels, imagine clamping a coin between your buttocks, keep ribs down to avoid lumbar overextension.
• Common faults and fixes:
  • Overarching low back: reduce range, focus on posterior tilt of pelvis before lift.
  • Dominant hamstrings: widen stance slightly or place feet further from the hips.
• Progressions:
  • Elevate feet on a bench for increased hip extension range.
  • Single-leg bridge for unilateral strength and stability.
  • Add a band just above knees to emphasize glute medius engagement (light resistance).

Isometric Glute Holds (Neuromuscular Primer)

• Objective: Produce sustained contraction to train neural drive and muscle awareness.
• Variations:
  • Static glute bridge hold: hold the top position for 30–60 seconds.
  • Wall-facing single-leg hold: stand facing a wall and lift one leg to knee height, hold while maintaining pelvic level.
  • Quadruped hip extension hold (“donkey kick hold”): from all fours, extend one leg to hip extension and hold while bracing abdominals.
• Cues: Breathe steadily, maintain a slight posterior pelvic tilt to feel the glute rather than lumbar extensors.

Sit-to-Stand Squat (Chair Squat)

• Objective: Reinforce proper squat mechanics with an emphasis on controlled hip hinge and powerful hip drive.
• Setup: Sit on a chair or bench with feet hip-width and slightly forward. Use a chair height that forces you to use your hips (i.e., low enough to require hip extension).
• Execution: Lean slightly forward at the hips, press through the heels to stand fully, squeezing glutes at the top. Lower back to sit with control, avoiding plopping.
• Cues: Lead with the hips, keep chest neutral, push the floor away with your heels.
• Common faults and fixes:
  • Knees tracking too far forward: move feet slightly back.
  • Using momentum to stand: slow eccentric lowering and add a count at bottom.
• Progressions:
  • Add a pause at standing for 3–5 seconds under tension.
  • Elevate difficulty by holding a weight at the chest or performing box squat with lower height.
  • Transition to full air squat once technique is consistent.

Walking Lunge

• Objective: Develop unilateral lower-limb strength, hip stability, and dynamic control—directly transferable to turning and weight shifting.
• Setup: Stand tall; step forward with one leg creating a 90-degree angle at both knees.
• Execution: Lower until both knees are ~90 degrees, drive through the front heel to step forward into the next lunge, creating continuous walking motion. Maintain upright torso and neutral spine.
• Cues: Keep knee aligned with second toe, take a step length that allows for a tall torso, push from the heel to transition.
• Common faults and fixes:
  • Overstriding causing heel strike and balance loss: shorten stride.
  • Forward torso collapse: focus on core bracing and a slightly longer step to prevent knee overreach.
• Progressions:
  • Add reverse walking lunges or walking lunges with knee drive to increase challenge.
  • Carry a weight in a front-loaded or goblet position for added loading.

Five-Minute Core Finisher (Anti-Extension and Anti-Rotation)

• Objective: Preserve a stable spine when hips produce force—critical during high-speed or uneven terrain.
• Sequence example (5 minutes total):
  • 60 seconds: Front plank (knees or toes depending on level).
  • 60 seconds: Side plank right (30–60s).
  • 60 seconds: Side plank left.
  • 60 seconds: Dead bug progression with tall breath (alternate slow controlled limbs).
  • 30–60 seconds: Pallof press hold (if band available) or tall kneeling anti-rotation hold against a wall.
• Cues: Maintain neutral lumbar position; avoid sagging hips; breathe into the belly to brace the core, not hold breath.

Warm-Up That Supports Glute Activation

A purposeful warm-up prepares the joints and nervous system and primes the glutes for the work ahead. Spend 6–8 minutes focused on mobility, circulation, and short activation drills.

Suggested sequence:

1. Light cardio 60–90 seconds: brisk march in place or high knees to raise heart rate.
2. Hip circles (each side) 30 seconds: slow, controlled circles to lubricate the hip joint.
3. World’s greatest stretch (5 reps each side): dynamic hamstring/hip flexor stretch with rotation to mobilize the thoracic spine.
4. Banded lateral walks (if band available) 10 steps each way: fire the glute medius.
5. Quadruped hip extensions 8–10 reps each leg with a 3-second hold at the top: isometric primer.
6. Glute bridge pulses 8–12 reps: prepare the posterior chain.

Keep repetitions controlled and deliberate. The warm-up is not fatigue-inducing but should make you feel ready to contract the glutes on cue.

Programming and Progression: From Foundational to Ski-Ready

A routine repeated without progression yields limited results. The goal is to build a foundation during the summer, then layer strength and power closer to season.

A three-phase 12-week example:

Phase 1 — Foundation (Weeks 1–4)

• Frequency: 2 sessions per week (alternate days).
• Focus: Neuromuscular control, movement quality, endurance under low load.
• Session structure: Groomer Glutes routine 2x/week, light aerobic work (30–45 min cycling/hike) 1–2x/week.

Phase 2 — Strength Build (Weeks 5–8)

• Frequency: 2–3 sessions per week.
• Focus: Increase intensity—add unilateral work and resistance.
• Adjustments: Glute bridges progress to single-leg bridges or added weight; squats progress to goblet squats; lunges include increased steps or loaded variations. Introduce heavier eccentric control and 3–5 sets for compound lifts (if access to weights).

Phase 3 — Power & Specificity (Weeks 9–12)

• Frequency: 2–3 sessions per week.
• Focus: Reproduce high-rate force production required for quick turns and bumps.
• Additions: Plyometric exercises (box jumps, bounding), lateral hops, quick reactive drills; integrate ski-specific balance work on a Bosu or wobble board. Maintain glute activation drills but reduce volume, increase intensity.

Weekly sample (Phase 2):

• Monday: Groomer Glutes (strength-focused progressions)
• Wednesday: Interval aerobic work + mobility
• Friday: Power session (plyometric emphasis + single-leg stability)
• Weekend: Longer low-intensity hike or bike (active recovery)

Measure progress by tracking reps, hold durations, single-leg balance times, perceived exertion, and importantly, on-snow feedback when available.

Integrating the Routine into a Full Fitness Plan

Glute-focused training is essential but not sufficient. For comprehensive ski fitness consider:

• Aerobic Base: Ski days can exceed six hours. Maintain cardiovascular fitness through cycling, running, swimming, or long hikes. Aim for 2–3 aerobic sessions per week during the off-season.
• Mobility: Healthy hips, ankles, and thoracic spine enable safe and efficient positions. Incorporate mobility drills for ankle dorsiflexion, hip flexor length, and thoracic rotation.
• Balance and Proprioception: Single-leg drills, unstable surfaces, and reactive footwork improve on-snow stability.
• Upper Body & Posterior Chain: Deadlifts, rows and farmer carries improve overall load tolerance and posture, reducing fatigue over long ski days.
• Recovery and Conditioning Variation: Use low-impact cross-training such as cycling to build leg endurance without excessive eccentric load on the knees.
• Ski Simulation: As season nears, include sport-specific drills—short-radius turns in a ski simulator, on-snow circuits, or skate-skiing—to refine skill-specific endurance.

Real-world integration: an amateur skier who pairs Bell’s Groomer Glutes with two weekly interval rides and a long hike over the summer reported less quad burn and improved single-leg control on first runs of the season. That illustrates the value of combining specific strength with aerobic capacity.

Progressions, Load Management, and When to Add Resistance

Begin with bodyweight to establish control. Once bridges and single-leg movements are comfortable and you can maintain tension through controlled tempos and full range, add resistance according to these rules:

• Use bands to create lateral tension and enhance glute medius activation. Bands are ideal for movement cues without massive load.
• Progress to external weights when bodyweight sets exceed 20–30 reps comfortably. Add dumbbells in goblet position or a barbell for hip thrust/bridges.
• Increase load in 5–10% increments and monitor technique. A jump from bodyweight to heavy loading without motor control risks form breakdown.
• Apply the principle of specificity: for endurance and long days, emphasize higher reps and shorter rest; for power, lower reps with explosive intent.

A practical progression example:

• Weeks 1–4: Bodyweight bridges 3 × 15, sit-to-stand 3 × 12, walking lunges 3 × 12 steps/leg.
• Weeks 5–8: Single-leg bridge 3 × 8–12, goblet squat 3 × 8–12 (moderate weight), walking lunges 3 × 16 steps/leg (add dumbbells).
• Weeks 9–12: Barbell hip thrust 3 × 6–8 (heavy), loaded Bulgarian split squat 3 × 6–8, plyometric step-ups for power.

Keep recovery in mind: muscle growth and neuromuscular consolidation happen between sessions. If soreness persists beyond 72 hours, reduce intensity or volume.

Common Mistakes and How to Fix Them

1. Letting the quads dominate: Many trainees perform glute bridges but feel it primarily in the quads or hamstrings. Fix: adjust foot placement closer to hips, cue heel drive, and add an isometric hold at the top to focus awareness.
2. Rushing reps and ignoring tempo: Fast, sloppy repetitions teach poor motor patterns. Fix: adopt controlled tempos: 2-second eccentric, 1-second pause, 1-second concentric, and optionally a 1-second hold at the top for glute bridges.
3. Skipping unilateral work: Bilateral strength does not guarantee single-leg stability. Fix: integrate single-leg bridges, Bulgarian split squats, and single-leg balance drills.
4. Neglecting core control: Hips can’t transfer force efficiently with an unstable trunk. Fix: include anti-extension and anti-rotation core work twice weekly.
5. Adding load too soon: Poor technique under heavy load compounds faults. Fix: only add weight when controlled reps are consistent at bodyweight for several weeks.

Equipment Alternatives and DIY Solutions

Bell’s session needs minimal gear, but a few inexpensive tools enhance progression:

• Resistance bands: inexpensive, portable, and excellent for glute medius activation and Pallof presses for core anti-rotation work.
• Adjustable dumbbell or kettlebell: allows progression to goblet squats, loaded lunges, and weighted bridges.
• Elevated bench or sturdy chair: increases range for glute bridges and supports sit-to-stand variations.
• Foam pad or soft surface: for single-leg stands to challenge proprioception.

If none of these are available, improvise: a backpack filled with books makes a workable weight, and a couch or stair lends surface variation.

Recovery, Nutrition, and Supporting Adaptation

Training adaptations rely on recovery and adequate nutrition. Key considerations:

• Protein: Consume 0.7–1.0 grams per pound of bodyweight per day for active individuals aiming to build or preserve muscle mass. Distribute protein evenly across meals to support muscle protein synthesis.
• Sleep: Aim for 7–9 hours. Sleep is when the nervous system consolidates motor learning and muscles repair.
• Hydration and electrolytes: Maintain fluid balance; dehydration diminishes performance and recovery.
• Soft tissue maintenance: Rolling the glutes, IT band, and quads can relieve tension. Mobilize adhesions but avoid aggressive work immediately before heavy sessions.
• Active recovery: Low-intensity walking, cycling, or swimming facilitates blood flow without adding stress.

Track progress with objective markers: number of single-leg bridges, hold times, subjective effort, and how legs feel on subsequent ski days.

Case Scenarios and Real-World Application

Case 1 — Weekend Warrior, Improves Endurance and Stability Sarah, a recreational skier, routinely fatigued mid-afternoon and developed low-back stiffness after long days. She began performing the Groomer Glutes routine twice weekly for eight weeks. By week six she reported less quad burn and maintained a more upright torso when skiing bumps. Her single-leg bridge time increased from 20 to 45 seconds, and she reported fewer occurrences of lower-back soreness. The combination of neuromuscular activation and progressive single-leg work shifted load from her lumbar spine to her glutes.

Case 2 — New Skier Building Confidence Raj was new to skiing and worried about balance and knee pain. He adopted the routine three times a week with lighter loads and performed additional balance drills. After 10 weeks he felt more secure edging on variable snow and reported better timing when initiating turns. He credited the isometric holds for improving his ability to feel and control hip position.

Case 3 — Returning Athlete Managing Old Knee Complaint Lindsey avoided squats after a meniscal repair. With guidance, she used the sit-to-stand pattern, focused on glute-driven hip extension, and slowly introduced loaded hip thrusts. She regained single-leg strength and confidence before returning to more intense ski training.

These scenarios illustrate how a beginner-friendly glute routine can be tailored to different needs—endurance, balance, or rehabilitation—while delivering relevant on-snow benefits.

Safety Considerations and When to Seek Professional Help

• Pain vs. soreness: Muscle soreness that appears 24–48 hours after a new routine is normal. Sharp joint pain or a sudden onset of localized pain during exercises is a sign to stop and consult a healthcare professional.
• Prior injuries: If you have prior knee, hip, or low-back injuries, consult with a physical therapist to tailor progression and avoid movements that could aggravate a condition.
• Progressive overload without supervision: If introducing heavy loads (barbells, heavy kettlebells), seek coaching or supervised sessions to ensure safe technique.
• Posture and movement screening: A brief movement screen—assessing single-leg squat, hip hinge, and ankle mobility—helps identify whether regressions (simpler variations) are appropriate before loading.

When in doubt, slow the tempo, reduce range, and prioritize quality over quantity.

How Long Before the Season Should You Start?

Start now. Neuromuscular re-education and foundational strength adapt quickly if approached consistently. A minimum of six weeks produces observable improvements in motor control; twelve weeks builds a substantial, transferrable capacity that supports higher training loads and on-snow performance. If you begin with four months before the first trip, you have time for foundation, strength, and a power phase. If you begin two weeks out, the routine still provides useful neuromuscular priming but will not produce significant strength gains in that short time.

Common Questions from Skiers and Clear Answers

How often should I do the Groomer Glutes routine?

• Two to three times per week offers good balance between stimulus and recovery for most recreational skiers. If you’re adding heavy lower-body strength sessions, limit high-volume glute circuits to twice weekly to avoid excessive fatigue.

Is the routine enough on its own to prepare for ski season?

• The routine builds crucial glute strength and control. For complete readiness, combine it with aerobic conditioning, mobility work, and some plyometric or power training closer to season.

Can beginners safely perform the exercises?

• Yes. The structure emphasizes controlled movement and bodyweight options. Start with regressions (chair sit-to-stand, double-leg bridges, reduced range lunges) and progress as control improves.

What if I have knee pain during lunges?

• Stop the painful movement and regress: shorten stride length, reduce depth, or perform stationary split squats focusing on pain-free range. If pain persists, consult a medical professional before progressing.

When should I add weights or resistance?

• Add light resistance once you can perform recommended volume with perfect technique—generally when bodyweight bridges and squats feel easy and you can perform single-leg variations cleanly. Bands are an excellent first step.

How long until I notice improvements on snow?

• Many athletes notice improved control and decreased early fatigue within 4–8 weeks. Strength and power gains that significantly change performance typically take 8–12 weeks with consistent training.

Does the routine help prevent ACL injuries?

• Strong glute medius and maximus reduce valgus collapse and uncontrolled internal rotation—factors associated with ACL injuries. While no single routine can guarantee injury prevention, targeted glute training reduces risk factors and improves joint loading patterns.

How does it transfer to snowboarding?

• Snowboarding demands strong hip control and single-leg stability while balancing rotational and lateral forces. The glute-focused work translates well to snowboarders, particularly for maintaining hip position on toe- and heel-side edges.

Sample 12-Week Groomer Glutes Plan (Detailed)

Weeks 1–4 (Foundation)

• Day A: Groomer Glutes (standard)
  • Warm-up 6 min
  • Isometric bridge holds 3 × 30 sec
  • Main circuit 3 rounds: bridge 15, sit-to-stand 12, walking lunge 10 steps/leg
  • Core finisher 4–5 min
• Day B: Light cardio 30–45 min + mobility

Weeks 5–8 (Strength)

• Day A: Groomer Glutes (progressed)
  • Bridge elevated 4 × 12 (or single-leg 3 × 8)
  • Goblet squat 3 × 8–12
  • Walking lunges with light dumbbells 3 × 12–16 steps/leg
  • Core 5 min
• Day B: Interval cardio (10 × 1 minute hard / 1 minute easy) + mobility
• Day C: Unilateral strength (Bulgarian split squat 3 × 6–8, Romanian deadlift 3 × 8)

Weeks 9–12 (Power & Specificity)

• Day A: Power + maintenance
  • Barbell hip thrust 4 × 6–8
  • Plyo step-ups or box jumps 3 × 6–8
  • Lateral bounds 3 × 8–12
  • Short glute activation circuit 2 rounds
• Day B: Ski-specific cardio and balance drills
• Day C: Light strength maintenance + core

Adjust rest and intensity based on recovery; skip heavy lower-body sessions within 48 hours of demanding aerobic or high-intensity intervals.

Final Notes on Consistency and Expectation Management

Training that prioritizes motor control and slow, deliberate progress yields durable results. Expect incremental gains: better balance, less fatigue, and clearer muscle engagement. Avoid chasing immediate dramatic increases in strength; instead, monitor small metrics—longer single-leg hold times, fewer compensatory movements, and smoother, more controlled reps. Those small changes compound into meaningful on-snow improvements.

FAQ

Q: How long is each Groomer Glutes session? A: Approximately 30–40 minutes, depending on rest and tempo. The core session is roughly 35 minutes in Bell’s format.

Q: Do I need any equipment? A: No. A mat and a chair or bench are sufficient. Bands, dumbbells or a bench expand progression options but are not required.

Q: Is this routine suitable for snowboarders as well as skiers? A: Yes. Both sports rely on hip stability, single-leg control, and posterior chain power. Adjust emphasis toward lateral control if needed.

Q: How soon before ski season should I begin? A: Start at least six weeks before your first trip for noticeable neuromuscular improvements; 12 weeks provides solid strength and power gains.

Q: Can I combine this with weight training? A: Absolutely. Use this routine as a foundational session and slot heavier lifts or plyometrics on other days, managing total weekly load.

Q: What if I feel knee or back pain? A: Differentiate pain from muscle soreness. If movements create joint pain, stop and regress. Seek evaluation from a physical therapist for persistent or acute joint pain.

Q: How do I know I’m making progress? A: Track objective measures such as single-leg bridge hold times, number of quality reps at a given tempo, walking lunge step count without form breakdown, and on-snow endurance or fatigue timing.

Q: Are isometric holds really necessary? A: Yes. They help train the nervous system to recruit the glutes and build sustained tension—both valuable for controlling the hip during prolonged or demanding skiing actions.

Q: How should I schedule training during the season? A: Maintain shorter, lower-volume maintenance sessions 1–2 times per week to preserve neuromuscular patterns and endurance. Avoid heavy new loading right before trips; taper intensity to ensure freshness.

Q: Can older adults use this routine? A: Yes. Modify range and intensity to match mobility and strength; focus on quality and gradual progression. Balance and unilateral work are particularly beneficial for fall prevention and joint health.

Q: Where can I find more workouts from Mikey Bell? A: Mikey Bell’s Outdoor Adventure Training videos provide additional routines emphasizing outdoor sport readiness and mobility; look for sport-specific sessions that complement the glute work.

This campaignable approach prioritizes glute activation, controlled strength development, and real-world transfer to the demands of skiing and snowboarding. Consistent practice of the Groomer Glutes routine, intelligently progressed and combined with cardio and mobility work, prepares muscles and motor patterns so that when the lifts turn again, you’ll be ready to turn with power, control, and endurance.