Category: Preseason Conditioning

There is a version of the masters skier that almost no ski training content is written for. Thirty or forty years on snow. Comfortable on anything the mountain offers. Reads terrain well, skis efficiently, has technique that took decades to build. And has never, in that entire time, followed a strength program.

Not out of laziness. This skier hikes, bikes, plays tennis, walks the dog on steep ground. They are not sedentary. They have simply never picked up a barbell, never run a set to a prescribed rep count, and never had a reason to think about tempo or loading or unilateral work. When they read a preseason plan that says “trap bar deadlift, 4×5 at RPE 7,” it may as well be written in another language.

This post is for that skier, and it is written on the last day of August — the point in the calendar where the preseason question stops being theoretical.

The First Decision Is Not What to Do. It Is What Not to Do.

The most common failure mode here is not undertraining. It is starting at the wrong point on the curve.

An experienced skier who has never lifted brings a specific mismatch to the gym: high movement confidence, low loaded-movement capacity. They know their body. They have been reading balance and pressure and edge angle for decades, and that competence does not disappear at the gym door — it makes them feel more ready than their tissues actually are. So they load a barbell to something that feels reasonable, and it is reasonable for their nervous system and unreasonable for their tendons.

Connective tissue adapts on a different clock than muscle. Muscle responds inside weeks. Tendon and the collagen structures around a joint respond across months. A skier who has spent thirty years loading their knees on snow has good joint history, but no history of the specific loading a squat or a hinge imposes. That is not a reason to avoid loading. It is the reason the first four weeks look boring on paper.

So the first decision is a subtraction. In the first block, you are not chasing load, not chasing soreness, and not chasing the plan your friend sent you from their gym. Chapter 12 of Ski Strong for Life lays out the training philosophy behind this — that the goal is not to move more weight but to move better under control.

Start With a Screen, Not a Program

Before the first session, spend one session finding out what your body actually does.

Chapter 5 of Ski Strong for Life covers movement screening in detail, including what each finding tells you about which exercises need modification. For a skier starting from zero, four checks carry most of the information:

• Single-leg stand, eyes open, 30 seconds per side. If one side is noticeably worse — and for most experienced skiers, one side is — that asymmetry will show up in every single-leg exercise you do for the next twelve weeks. Knowing about it now is better than discovering it in Week 6.
• Bodyweight squat to full depth. Watch for the heels lifting, the knees collapsing inward, or the pelvis tucking under at the bottom. Any of these caps how much load belongs on the movement, and points at ankles or hips as the limiter.
• Hip hinge with a dowel along the spine. Three points of contact — back of head, upper back, tailbone — maintained through a hinge to mid-shin. If contact breaks, the hinge is coming from the lumbar spine rather than the hips, and no deadlift should be loaded until it does not.
• Half-kneeling position, held for 60 seconds per side. Reveals hip flexor length and trunk control at once. Uncomfortable here means the split squat and step-up work will need a shorter range early.

None of this requires equipment or expertise. It requires an honest fifteen minutes and a phone filming from the side. Most skiers find two or three things they did not know about, and every one of them changes a programming decision.

Weeks 1 Through 4: Movement, Not Load

Phase 1 of the Summer Strength Build is built exactly for this problem — bodyweight mastery, movement quality, and balance assessment, at RPE 5 to 6, across three sessions per week. That is the shape the first block should take regardless of which program you follow.

The movements that matter first are the ones with the most direct ski relevance and the lowest technical entry cost:

• Goblet squat. A light kettlebell held at the chest is a self-correcting squat. The counterweight lets you sit into a deeper position than a bodyweight squat allows, and the front-loaded position makes it nearly impossible to fold forward. This is the squat pattern to learn first.
• Single-leg Romanian deadlift, bodyweight. Skiing is a single-leg sport at the moment of maximum load, and this is the cheapest way to start building that. Three sets of eight per side, with the only goal being a stable knee and a hip that hinges rather than a spine that rounds.
• Bulgarian split squat, bodyweight. Start with the rear foot on a low step, not a bench. Range comes later.
• Bird dog and dead bug. Unglamorous, and the fastest way to build the trunk control that everything else depends on.
• Farmer carry. Pick up two moderately heavy objects, stand tall, walk. This is the one exercise on the list where a beginner can safely be genuinely challenged in Week 1, because the body self-limits — when the trunk gives out, you put the weights down.

Reps live in the eight to twelve range. Effort lives at RPE 5 to 6 — smooth, controlled, with several reps clearly left. If you finish a session feeling worse than you started, the session was wrong. That standard holds for the entire twelve weeks, not just the first block.

Weeks 5 Through 12: Adding Load Without a Max

Around Week 5, external load becomes the point. This is where most first-time lifters look at a percentage-based plan and stall out, because the plan assumes a maximum they have never tested and should not test.

They do not need one. Setting preseason loads without a 1RM covers the three practical ways to anchor working weights — a clean submaximal rep max, RPE targeting, or letting a prescribed tempo cap the load. For a skier in their first training year, the third is the most useful. Impose a 3-1-1 tempo on the goblet squat, and the correct load is simply the heaviest one where the tenth rep still looks like the first. No arithmetic, no testing, and the number rises on its own as the movement improves.

Chapter 6 of Ski Strong for Life covers establishing training maxes, and Chapter 20 covers the primary strength movements and how each one is loaded. Chapter 30, the Quick Start Guide, is the shortest path in if you want the first two weeks handed to you rather than assembled.

Two things a first-year lifter should expect that nobody warns them about. The first is that progress in the opening block is mostly neural — you are getting better at producing force, not building tissue, and the load can climb quickly enough to feel misleading. The second is that this rate does not hold. Somewhere around Week 8 the easy gains stop, and the skiers who quit are almost always the ones who thought the first six weeks were the normal rate.

What This Buys You on Snow, and What It Does Not

Twelve weeks of first-time strength work will not rebuild your skiing. Your technique is already good, and it will still be good in December.

What changes is the back half of the day. The skier who has never trained tends to ski well for three hours and then ski a slightly cheaper version of themselves for the rest of the afternoon — a little more upright, a little wider, a little later on the edge. That decline is a capacity problem, not a technique problem, and capacity is the thing that responds fastest to a first block of real training.

The other thing that changes is what your body does when the snow surprises you. Single-leg strength under fatigue is what stands between a recoverable wobble and a broader, slower, whole-body correction.

If you want a starting point before the first session, off-season baseline testing covers the assessments worth running so you can tell in January whether any of this worked. And the preseason conditioning plan covers the full structure this first block sits inside.

One honest note on timing. The Fall Transition program assumes an existing strength base, and it is not the right entry point for someone starting from zero — running it as a first program means spending twelve weeks underneath movement demands your tissues have not been prepared for. The Summer Strength Build program sequences this work across 12 weeks — structured so the loading progression matches where you are in the season. Starting it in September means you arrive at opening day partway through a build rather than at the end of one, which is a better outcome than either skipping the foundation or skipping the season.

Most masters skiers who train seriously already carry a bias, whether they’ve named it or not. Some default to the barbell — squats and deadlifts, both feet planted, load stacked on the bar. Others have read enough about ski-specific training to have gone the other way, filling their sessions with split squats, step-ups, and single-leg deadlifts because skiing “is a single-leg sport.” Both camps are half right. And in the preseason, when training time is finite and the loading has to build toward opening day, the half that’s missing is what quietly limits the result.

The question isn’t which is better. Bilateral and single-leg work do different jobs, and a preseason build that leans too far in either direction leaves capacity on the table. The useful question is how to split them — how much of each, in what order, and how that ratio should shift as the season gets closer.

What Each One Actually Builds

Bilateral strength — the back squat, front squat, trap bar and conventional deadlift — is where you develop and express maximal force. Two legs on the ground, a stable base, a bar you can load progressively over weeks. This is the environment where you build the raw strength ceiling that everything else draws from. You cannot load a Bulgarian split squat the way you can load a trap bar deadlift, and the nervous system adaptations that come from moving heavy loads bilaterally are real. The deadlift still matters for skiers over 50 for exactly this reason: it’s the most efficient way to build posterior chain force, and force is the foundation power and endurance are built on.

Single-leg strength — step-ups, split squats, single-leg Romanian deadlifts — is where that force gets made usable for skiing. Skiing is a single-leg sport at the moment that matters most: maximum edge engagement, when the outside ski is loaded and the inside leg is doing something entirely different. Bilateral strength does not automatically transfer to that position. The stabilizers around the hip and knee that hold a single-leg stance under load are trained directly by single-leg work and barely touched by the barbell. This is why a skier can have a respectable squat and still feel unstable on one edge in variable snow.

The mistake in each direction is predictable. The barbell-only skier builds a strength number that doesn’t show up on snow, because the strength was never loaded through the position skiing demands. The single-leg-only skier builds a stance that feels stable at light loads but has no real force behind it, because they never built the ceiling. Preseason is where you refuse to make either mistake.

The Split Shifts Across the Build

The ratio of bilateral to single-leg work should not be fixed. It should move as the preseason progresses, and the direction of that movement matters more than the exact percentages.

Early in the build, bilateral work carries more of the load. This is where you re-establish or extend your strength base — heavier bilateral lifts, moderate reps, the barbell doing the work it’s best at. Single-leg work is present, but it’s largely bodyweight and light-load, focused on movement quality: can you own a stable single-leg stance, hinge cleanly on one leg, control the descent of a split squat without the knee drifting. You’re building the foundation and screening the pattern at the same time.

As the build moves toward the season, the balance tips toward single-leg work. The bilateral lifts don’t disappear, but they shift into a maintenance role while unilateral loading climbs. This is deliberate. The closer you get to snow, the more your training should look like the demand — and the demand is force through one leg, under fatigue, in a stance that keeps changing. By the final block, single-leg strength under load is doing most of the ski-specific work, and the barbell is holding the ceiling you built earlier rather than pushing it higher.

This arc is exactly how the two flagship programs are structured. The Summer Strength Build opens with a bilateral emphasis — trap bar deadlift, goblet and front squat — and progressively increases unilateral loading through its three phases, so that by the power-and-performance block the single-leg work is carrying real weight. The Fall Transition picks up from there and pushes the unilateral emphasis further, adding lateral and single-leg demand under the balance and power challenges the season is about to impose. The handoff between them is the split shifting in real time: build the ceiling in summer, make it usable in fall.

Order Within the Session

Within a single training day, the sequencing follows the same logic as the ratio. Heavy bilateral work goes early, when the nervous system is fresh and you can express and build maximal force safely. Single-leg strength follows, once the primary lift is done. This isn’t a rigid rule for every session, but it holds for the days where you’re actually loading both patterns hard.

There’s a reason not to reverse it. Single-leg work done first pre-fatigues the stabilizers and compromises the heavy bilateral lift that needs them. And single-leg work is where balance and control degrade first under fatigue — which, for the ski-specific blocks late in the build, is sometimes the point. Training single-leg strength when you’re already tired builds the exact capacity skiing demands, because skiing asks for stability on one leg on the last run of the day, not the first. There’s a full case for that in the piece on preseason single-leg work under fatigue — but it’s a deliberate stress applied late in the build, not the default way to run every week.

Which Single-Leg Exercises Earn the Slot

Not all single-leg work is equal, and preseason time is too limited to spend on the low-transfer versions. Three patterns cover most of what a masters skier needs.

The Loaded Split Squat

The split squat, loaded, is the workhorse. It trains single-leg strength through a large range with enough stability to actually load it meaningfully — you can hold real weight in a Bulgarian split squat in a way you can’t in a pistol squat. It’s one of the better strength builders available for skiers, and the full case for Bulgarian split squats is worth reading if you’ve been treating them as an accessory rather than a main lift.

The Step-Up

The step-up, done with intent rather than momentum, trains the terminal knee extension and hip extension that turn initiation draws on directly. The Peterson and Poliquin variations bias different parts of that chain, and both belong in a preseason build.

The Single-Leg Romanian Deadlift

The single-leg Romanian deadlift trains the posterior chain unilaterally and, just as importantly, trains anti-rotation — the ability to hinge on one leg without the pelvis twisting. That’s the stance stability skiing lives on. It’s the exercise most skiers are missing, and it exposes left-right asymmetries the barbell hides.

The Practical Answer

If you want a starting point rather than a philosophy: early preseason, run roughly two parts bilateral to one part single-leg by hard-set volume, with the single-leg work kept light and clean. By the final block before the season, invert it — closer to two parts single-leg to one part bilateral, with the bilateral lifts holding your strength rather than chasing it. In between, move the dial gradually. Don’t flip it in a single week.

The deeper structure of unilateral and frontal-plane training — how the step-up and split-squat variations are loaded, progressed, and sequenced against the bilateral lifts — is laid out in Chapter 21 of Ski Strong for Life (Unilateral & Frontal Plane), with the posterior chain work in Chapter 22 alongside it.

“Ski-specific” is one of the most overused terms in masters ski conditioning. It gets attached to box jumps, to wall sits, to skater jumps, to virtually any lower-body movement that involves bending the knees. By the time the term has been stretched that far, it does not mean anything.

This matters in preseason more than in any other phase. The point of preseason training is to convert the strength built in the off-season into ski-ready movement capacity. If the program is not actually ski-specific — if it just resembles skiing without training the qualities skiing demands — the conversion does not happen. The skier shows up on opening day stronger than last year and somehow not noticeably better on snow.

The gap is rarely effort. It is almost always specificity that was assumed rather than tested.

What Ski-Specific Is Not

A few common categories get labeled ski-specific when they are not.

Quad burn does not equal ski-specific. Wall sits and high-rep air squats produce burning quadriceps, which feels like skiing. The sensation is similar. The training adaptation is not. Burning quads come from glycolytic accumulation. Skiing demands sustained alactic and aerobic output with brief power surges — a different energy system, a different fiber recruitment pattern, a different recovery profile. Training the burn does not train the system.

Mimicking a ski stance does not equal ski-specific. Holding a low athletic stance, swiveling on a slide board, or shuffling laterally across a turf does not by itself produce ski-relevant adaptation. The position is correct. The load, intent, and movement quality are usually wrong. Doing something that looks like skiing while loaded incorrectly trains a movement pattern you will not use on snow.

Random plyometric volume does not equal ski-specific. Plyometrics belong in preseason. But forty box jumps and ninety skater hops produce metabolic fatigue, not power. After 50, plyometric volume needs to be tight and intent-driven. Hammering through high-volume jump sessions produces sore connective tissue and slow legs — the opposite of what preseason is for.

The pattern in all three: the movement looks like skiing or feels like skiing, but the underlying training adaptation does not transfer to skiing. Resemblance is not specificity.

What Ski-Specific Actually Means

Three criteria separate genuinely ski-specific preseason work from work that just looks the part.

1. The movement loads under single-leg, slightly hinged demand.

Skiing is a single-leg sport at the moment of maximum load. When the outside ski engages and the body is committed through the turn, one leg holds nearly all the load — and it holds it through a hip-hinged, slightly flexed position, not an upright squat stance. Bilateral barbell work builds the strength foundation. It does not, by itself, prepare the skier for what their body actually does on snow.

A ski-specific preseason includes meaningful volume of unilateral work in that loaded, slightly hinged position. Single-leg Romanian deadlifts. Loaded Bulgarian split squats. Poliquin step-ups under load. These are not finishers added at the end of a strength day. They are central exercises in the program.

2. The movement trains rate of force development in addition to strength.

A turn initiation is fast. A mogul absorption is fast. An edge recovery from variable snow is faster still. The body needs to produce force in a short time window — and after 50, this rate of force development declines more sharply than maximal strength does. (We covered this physiology in detail in Power Declines Faster Than Strength After 50.)

A ski-specific preseason program includes explicit power work: kettlebell swings with maximal hip snap intent, broad jumps trained for distance rather than volume, explosive concentric step-ups. The intent on every rep is speed of contraction. If the program treats power work as a 20-rep finisher, it is not training rate of force development. It is training mild conditioning.

3. The movement demands lateral and rotational control, not just sagittal-plane strength.

Most strength training happens in the sagittal plane: forward and backward, up and down. Squats, deadlifts, lunges. Skiing happens almost entirely in the frontal and transverse planes: edge to edge, hip rotated and stable through the turn, core controlling rotation rather than initiating it.

A ski-specific preseason includes lateral and anti-rotation work: lateral lunges, Cossack squats, lateral step-downs, Pallof presses, suitcase carries. These are not optional. Skiers who skip them spend the first month of the season relearning their edge transitions every run.

How To Tell If Your Program Has It

Apply three questions to the program you are running this preseason.

Does the program include at least two unilateral lower-body exercises per training session?

Not one — two. Bulgarian split squats and single-leg Romanian deadlifts in the same session. Or step-ups and lateral step-downs. The volume needs to be real, because the single-leg adaptation is what bridges gym strength to ski performance.

If the program features one set of step-ups tacked on after the squat-dominant work, the unilateral adaptation is undertrained. The full progression for both step-up variations is in Chapter 22 of Ski Strong for Life, including box heights, tempo prescriptions, and how to sequence Peterson and Poliquin variations across the preseason phases.

Does the program include explicit power work, programmed before fatigue accumulates?

Power work belongs at the beginning of the session, after a thorough warm-up and before significant strength fatigue. The nervous system needs to be fresh. If your program puts box jumps at the end of a training session as a “finisher,” it is not power training. It is conditioning that looks like power training.

A useful test: in the program you are running, what is the rep range on the explosive work, and what is the rest interval? Power work should be in the 3-6 rep range with 60-120 seconds of complete rest between sets. If the prescription is “15 reps, minimal rest,” that is conditioning with a power-shaped wrapper.

Does the program include lateral and rotational stability work as a non-negotiable category?

Look at your weekly training log. Across a typical week, how much volume is in the frontal plane? How much anti-rotation work? If lateral movement appears only as a brief warm-up, the program is missing the plane that skiing actually demands. (More on this in Lateral Power: Training the Movement Plane Skiing Actually Demands.)

A ski-specific preseason program treats lateral and anti-rotation work the same way it treats squat or deadlift work: as a category of training that gets dedicated sets and progressive loading, not as an afterthought.

The Conversion That Preseason Is For

Preseason exists because off-season strength does not automatically transfer to skiing. (We made this case in Why Your Gym Routine Is Failing You on the Mountain.) The 12 weeks before opening day are the conversion phase — the window where bilateral barbell strength becomes single-leg, multi-planar, explosive movement capacity. The conversion does not happen by accident. It happens because the program targets the qualities that bridge the gym and the snow.

The Fall Transition program is structured around exactly this conversion. Phase 1 maintains the strength foundation while adding unilateral and balance complexity. Phase 2 develops explosive power and lateral movement capacity. Phase 3 integrates the qualities at peak demand — single-leg balance under fatigue, AGT conditioning at target volume, terrain-specific preparation. The 12 weeks sequence the work so that the loading progression matches where you are in the season.

The full structure — including how power, unilateral strength, and lateral work fit week-by-week — is in Chapter 25 of Ski Strong for Life.

A Working Definition

Ski-specific preseason training is not training that looks like skiing or feels like skiing. It is training that produces the specific adaptations skiing requires: unilateral strength under hip-hinged load, rate of force development through the hip and lower limb, and stability and force production in the lateral and rotational planes. A program that delivers those adaptations is ski-specific even if no exercise in it superficially resembles a ski turn. A program that delivers any other adaptation — quad burn, generalized conditioning, sagittal-plane strength without the rest — is not ski-specific, regardless of how the marketing describes it.

If your current preseason program does not meet all three criteria, the issue is not effort. The issue is specificity. And specificity is the variable that decides whether your strength shows up on snow or stays in the gym.

Edge control is usually framed as a technique problem. The skier isn’t getting on edge early enough. The skier is rolling the ankle instead of tipping the ski. The skier is washing out at the apex of the turn. A coach can name what is happening on snow accurately, but the prescription is almost always the same — work on it on snow, with drills.

That advice is not wrong. It is incomplete. A meaningful percentage of edge control problems are not technique problems at all. They are physical capacity problems wearing a technique costume. The skier knows what to do. The body cannot hold the position long enough, or stabilize the edge under load, or react quickly enough when the terrain shifts the demand.

This is the part of edge control that is trainable off the snow — and for masters skiers, it is the part that quietly determines how clean a season looks. The technique does not improve in a vacuum. It improves when the body has the stability to express the technique under real ski loads.

What Edge Control Actually Demands From the Body

Strip away the on-snow vocabulary and edge control reduces to a few specific physical demands:

Single-leg stability under lateral load. At the moment of maximum edge engagement, the outside ski is carrying nearly all of the body’s load, and that load has a strong lateral component because the body is angulated into the turn. The outside leg must hold a stable column from the ankle through the hip while resisting forces trying to collapse it inward.

Ankle proprioception and stiffness. The ankle is the primary control surface for edge angle. If the ankle is not stiff and proprioceptively aware, edge angle is reactive rather than chosen — the boot ends up doing the work the ankle was supposed to do, which is why people in too-soft boots ski sloppy edges no matter how strong their legs are.

Lateral hip stability (the gluteus medius story). The gluteus medius and the smaller hip stabilizers control whether the pelvis stays level over the standing leg or drops toward the inside of the turn. A drop costs edge angle. It also costs power transfer through the femur into the ski.

Anti-rotation core control. A turn is a rotational event for the lower body and a stable, counter-rotated event for the upper body. If the core cannot resist the upper-body following the lower-body around, the skier ends up fully rotated through the turn, which throws off the next initiation entirely.

Reactive balance. Edge control is not a static skill. The terrain shifts mid-turn. Snow softens. A patch of hardpack appears under the inside ski. The body that holds an edge cleanly is the body that can make a small, fast correction without breaking the turn shape.

These five demands together describe what is physically required to ski with clean edges on real terrain. None of them improve from squatting heavier. All of them respond to specific training off the snow.

The Five Movements That Build Edge Control Off-Snow

The exercises below are not ranked. They cover the five demands above, and most masters skiers benefit from including all five in their week — usually two or three per session, rotated.

1. Lateral Step-Downs (Single-Leg Lateral Stability Under Load)

Stand on a 6 to 12 inch box on one leg. The other leg is unweighted, hanging off the side. Lower under control until the heel of the unweighted leg gently touches the floor, then return to standing on the box leg. Tempo 3-1-1: three seconds down, one second pause at the bottom, one second up.

What it trains: the standing leg has to resist the pelvis dropping toward the unweighted side, the knee tracking inward, and the trunk side-bending — all the patterns that show up as a sloppy outside ski under load.

Programming: 3 sets of 6-8 reps per side. The cue is “the box leg does the entire job.” If the unweighted leg is contributing energy by pushing off the floor, lower the box.

2. Single-Leg Balance With Band Perturbation (Reactive Stability)

Stand on one leg with a moderate resistance band looped around the standing knee, anchored to a low point off to your side at about hip height. The band pulls the knee laterally — toward valgus collapse. Your job is to hold a stable single-leg stance while the band tries to disrupt you. Hold for 30-45 seconds per side.

What it trains: the constant low-level disruption forces the hip stabilizers and ankle to engage continuously. This is closer to actual ski demand than holding a clean static balance, because skiing is never truly static.

Progressions, in order: anchor the band at different angles (front, side, behind), close the eyes, perform on a slightly unstable surface like a folded mat, then a BOSU. Do not skip steps.

3. Lateral Lunges With Tempo (Frontal Plane Strength + Range)

A lateral lunge is a step-out to the side with the working leg, descending into a single-leg squat position with the trail leg straight, then driving back to standing. Add a 3-1-1 tempo. Optionally hold a goblet kettlebell for load.

What it trains: the frontal plane strength and length-tension capacity of the inside-of-thigh, glute medius, and ankle complex — the same chain that bears load when you are angulated into a high-edge-angle turn. This is the on-snow position the gym most often ignores.

Programming: 3 sets of 6 reps per side. The depth is determined by the trailing knee staying soft and the working hip going through full available range.

The full progression for this and other frontal-plane work is in Lateral Power: Training the Movement Plane Skiing Actually Demands.

4. Pallof Press in Half-Kneeling (Anti-Rotation for the Skiing Trunk)

Anchor a band at chest height. In a half-kneeling stance (one knee down, one up — the “down” knee is the side away from the band anchor), hold the band with both hands at sternum height, then press it straight out away from the chest. The band tries to rotate you toward the anchor. You resist that rotation while extending your arms.

What it trains: anti-rotation of the trunk under a steady rotational pull, in a stance that disallows the easy compensation of widening the feet. This is the closest gym analog to the demand on the trunk through a turn.

Programming: 3 sets of 8-10 reps per side, with a 2 second hold at full extension. Cue: the ribs do not flare, the hips do not rotate, the standing knee does not drift in.

For the broader anti-rotation framework, see Core Training Beyond Crunches: Why Anti-Rotation Strength Is the Real Key for Skiers.

5. BOSU Single-Leg Stand With Foot Intrinsic Focus (Ankle and Foot Capacity)

Stand on the dome side of a BOSU on one foot. The cue is not “balance for time.” It is “feel the foot.” Spread the toes. Press the big toe down. Sense small ankle adjustments. Hold for 30 seconds, rest, repeat for 3-4 rounds per side.

What it trains: the foot intrinsics and ankle stabilizers, which are the most neglected elements of the lower body in most masters training programs. These are also what allow a ski boot to translate small body inputs into precise edge angle changes.

If you have not been doing balance work consistently, this exercise is harder than it looks for the first two weeks. That is the point. It also adapts faster than almost anything else in the program — neural balance gains are visible within 3-4 weeks of consistent work.

How to Build a Week That Improves Edge Control

Two sessions per week of focused work is the threshold where most masters skiers see real change. One session per week is maintenance. Three sessions is appropriate during dedicated balance and stability blocks but probably overkill year-round.

A reasonable structure:

Day 1 (after a strength session): Lateral step-downs (3×6 per side), Pallof press half-kneeling (3×8 per side), BOSU single-leg stand (3×30 sec per side).

Day 2 (separate session): Lateral lunges with tempo (3×6 per side, loaded), single-leg balance with band perturbation (3×30 sec per side), BOSU single-leg stand (3×30 sec per side).

The key is consistency, not intensity.

Chapter 14 of Ski Strong for Life covers the balance and proprioception progressions in full, including the timeline expectations for neural adaptation, why eyes-closed work matters more than people think, and how to integrate this work without compromising strength sessions. Chapter 12 covers lateral movement training in detail, including the loading parameters and tempo prescriptions for the frontal plane work.

Why This Pays Off On Snow

The skier who does this work for 8-12 weeks before the season notices something specific: the outside ski stays clean longer. Edge angle holds at the apex instead of collapsing under load. Transitions are quieter. The skier starts to make small corrections mid-turn that they previously made between turns — meaning the turn itself stays on the chosen line.

This is not subtle once you know what to look for. It is also exactly what masters skiers report when they start serious balance and stability work after years of doing only strength training. The strength gives them the capacity to produce force. The balance and stability work gives them the precision to apply it.

The Fall Transition program sequences this work across 12 weeks — structured so the loading progression matches where you are in the season. Single-leg stability under fatigue, lateral movement complexity, and reactive balance progressions all build through the program toward peak ski readiness.

The on-snow drills your coach gives you will land better when the body underneath them can hold the positions the drills are training. That is the case for working on this off the snow.

For more on the cross-link between balance, single-leg work, and on-snow performance, see You’re Losing Your Balance — And You Don’t Even Know It and Edge-to-Edge Confidence: What Your Body Actually Needs to Transition Cleanly.

Most preseason ski programs for masters skiers either ignore plyometrics or slap two weeks of box jumps onto the back end of a strength block and call it power work. Both approaches miss the point. Plyometrics are not a finishing flourish before the season starts. They are the bridge between gym strength and the rate-of-force-development that skiing actually demands. Built correctly, they give you the explosive output that catches the edge before the edge catches you. Built poorly, they leave your Achilles tendons, knees, and lower back paying interest until February.

The problem is that most masters skiers default to one of two extremes. Either they treat plyometrics as off-limits — too risky, too high-impact, “we’re past that age” — or they treat them as a regular plyometric workout, copy a session off a general-population program, and absorb landing forces their connective tissue isn’t conditioned for. Both versions fail the same test: they’re not built around the actual physiology of an athlete over 50.

Plyometric work for masters skiers is a different category of training. The protocols, volumes, surface choices, and progression rates all shift. The intent stays the same — train the nervous system to produce rapid force — but everything around that intent gets adjusted. Done right, this work is one of the highest-yield blocks in the entire preseason calendar.

Why Plyometrics Matter More After 50, Not Less

The case for power training in masters skiers is well-established at this point — type II fiber loss, slowed motor unit recruitment, declining rate of force development. I covered the underlying physiology in Power Declines Faster Than Strength After 50, and it’s worth the read if you haven’t already.

The relevant point here: plyometrics are the most direct training method for rate of force development. Lifting a heavy barbell trains maximal strength. A loaded squat with explosive intent trains some power. But the actual reactive, stretch-shortening cycle — the elastic loading of the muscle-tendon unit and the rapid release that produces explosive output — only gets trained by movements that involve real ground reaction force and real time-under-tension constraints. That means jumps, hops, bounds, and reactive landings.

For skiing, the transfer is direct. Turn initiation in moguls, edge re-engagement in variable snow, recovery from a tipped weight transfer — all of these are reactive, stretch-shortening events. The body is loaded eccentrically by the terrain, then has to produce a rapid concentric output to redirect or stabilize. That is plyometric work whether you call it that or not. The question is whether your training prepared you for it.

Skipping plyometrics in preseason because they “seem risky” leaves a specific gap: the skier has the strength to manage stable, predictable terrain but lacks the reactive power to manage the moments when the terrain doesn’t cooperate. Those are the moments that define how a ski day actually feels.

What Changes When You’re Over 50

Three things change about plyometric training after 50, and getting them right is what separates a useful preseason block from one that sidelines you.

Tendon adaptation lags muscle adaptation. Connective tissue adapts more slowly than muscle in any athlete, but the gap widens with age. Your quads can be ready for jumps two weeks before your patellar and Achilles tendons can. Push the volume too fast and the tendon becomes the bottleneck. The fix isn’t to avoid plyometrics — it’s to ramp slowly, prioritize landing quality, and treat tendon health as the rate-limiter of the entire progression.

Recovery between sets matters more than total volume. A masters skier doing a power session has to keep every rep crisp. Plyometric quality drops fast with fatigue, and once the rep is no longer explosive, you’re not training power anymore — you’re training something between conditioning and bad movement habits. Long rest periods (60-120 seconds between low-volume sets) are non-negotiable. This is the same principle anti-glycolytic training is built on, and it applies to plyo work the same way it applies to kettlebell swings.

Surface and impact load need real attention. A 30-year-old can absorb a depth jump from a 30-inch box on a hardwood floor and recover by tomorrow. A 60-year-old cannot, and shouldn’t try. Lower box heights, softer surfaces (rubber gym flooring, an outdoor turf area, even a thick mat), and step-down rather than jump-down progressions remove almost all of the unnecessary joint stress without compromising the training stimulus.

A Three-Tier Plyometric Hierarchy for Masters Skiers

Rather than a list of “best exercises,” it helps to think about plyometrics in tiers based on impact load and movement complexity. Build from the bottom up over the course of a preseason block. Don’t skip tiers.

Tier 1: Low-Impact Reactive Drills

This is where every preseason plyometric block should start, regardless of training history. These movements teach landing mechanics, rebuild reactive elasticity in the lower leg, and condition the connective tissue without high impact.

• Ankle hops in place. Quick, low rebounds, focusing on the elastic snap of the calf and Achilles. Two to three sets of 10-15 reps.
• Pogo hops. Same as ankle hops, slightly more height. Train rapid ground contact time — minimal time on the ground, vertical line of force.
• Lateral line hops. Low side-to-side rebounds over a tape line. Critical for skiing because they introduce the frontal-plane reactive demand that bilateral jumps don’t.
• Quick feet drills. Rapid, light foot contacts in place. Trains foot speed and ankle stiffness, both of which matter inside a ski boot.

Most masters skiers spend 2-3 weeks in this tier before progressing. The skiers who skip this phase are the same ones who feel a flare-up in the Achilles or anterior tibialis when they progress to bigger movements. The conditioning is real even if the movements look small.

Tier 2: Bilateral Plyometrics

Once Tier 1 movements feel automatic and the lower-leg tissue is responding well, bilateral plyometric variations introduce more impact load and full-body coordination.

• Step-up box jumps. Jump up onto a moderate-height box (18-24 inches works for most masters skiers) — and step down. The step-down protects the eccentric loading capacity of the Achilles and patellar tendons. The jump-up is where the training stimulus lives.
• Broad jumps with controlled landings. A horizontal jump, with deliberate stick-the-landing emphasis. Teaches deceleration, which is half of what skiing actually demands.
• Squat jumps. Bodyweight only. Three to five reps per set. Used as a primer movement, not a fatigue-driver.

Programming guidance: 4-6 sets per movement, 3-5 reps per set, full rest between sets. The total contact volume is low. The intensity per rep is high.

Tier 3: Unilateral and Lateral Plyometrics

Skiing is a single-leg sport at the moment of maximum load. Bilateral plyometrics build a base. Unilateral and lateral plyometrics build the actual transfer.

• Single-leg hops in place. Low height, controlled. Build to single-leg pogo work over 2-3 weeks.
• Lateral bounds (skater jumps). Push off one leg, land on the opposite leg, stick the landing. The closest dryland analog to edge-to-edge transition in skiing.
• Single-leg lateral hops over a low obstacle. Reactive single-leg landing in the frontal plane. This is where preseason plyometric work earns its keep for skiing.

Tier 3 work is where the unilateral foundation built in earlier preseason work — single-leg RDLs, Bulgarian split squats, and the step-up progressions covered in detail elsewhere on the site — gets converted into reactive, ski-relevant power output. Don’t enter Tier 3 without that base.

Where Plyometrics Fit in the Preseason Calendar

Plyometric work belongs in the second half of preseason — not the start. The Summer Strength Build phase (May through August in a typical calendar) is where the strength foundation gets built. Plyometric primers can begin in the final weeks of that phase, but the real plyometric block lives in the Fall Transition program.

The Fall Transition program is built specifically for this conversion: 12 weeks of taking gym strength and turning it into ski-ready power, balance, and conditioning. Phase 1 (weeks 1-4) maintains strength while introducing more movement complexity. Phase 2 (weeks 5-8) is where lateral hops, medicine ball throws, and reactive balance work move into a central role. Phase 3 (weeks 9-12) integrates plyometric output with single-leg loading under fatigue — the closest dryland approximation of what the body has to do on snow.

The Fall Transition program sequences this work across 12 weeks — structured so the loading progression matches where you are in the season. If you’re trying to bolt plyometrics onto a self-built plan two weeks before your trip to Big Sky, you will get neither the training adaptation nor the recovery you need. The sequencing matters as much as the exercises do.

For the broader preseason context — what comes before plyometric work and how it integrates with everything else in an 8- to 12-week ramp — the preseason ski conditioning pillar maps the full timeline.

What to Watch For

Three signals tell you whether your plyometric work is producing the right adaptation or accumulating the wrong kind of load.

Landing quality stays sharp through the set. If reps 4 and 5 of a set look noticeably softer than reps 1 and 2 — softer landings, slower ground contact, less explosive rebound — the set is too long. Cut the reps. The point is power, not endurance.

Tendon response stays quiet. Mild tightness for 24 hours is normal. Sharp pain, persistent tightness more than 48 hours after the session, or any morning-after stiffness in the Achilles or patellar tendon are signals to back off volume — not to push through. Tendon issues that get ignored in preseason become season-ending issues by January.

Reactive output improves week to week. Jump height, hop distance, lateral bound distance — pick a measurable output and check it every two weeks. If the numbers stagnate or regress, the program is overtraining the system, not training it.

The Warrior Code applies: train smart, stay consistent, respect the process. Plyometric work is one of the few training methods that punishes “more is better” thinking faster than almost anything else. Done with patience, it produces the most ski-relevant adaptation in the entire preseason. Done with impatience, it produces a layoff.

Off-Season Baseline Testing: How to Set a Realistic Starting Point Before the Summer Build

The ski season is winding down or, for most masters skiers reading this, already over. The natural impulse is to take a few weeks of unstructured rest, then drift into a summer of “general fitness” — some lifting, some cardio, maybe a hike or two — and wait until September to take training seriously again. That progression is so common it almost looks like a strategy. It is not. It is the absence of one.

The skiers who actually arrive at opening day in better shape than they were the year before do something different in the first month of off-season. They establish a baseline. Not a fitness test in the gym-class sense, but a deliberate read of where the season just left them — what got stronger, what slipped, what compensations crept in over four months of skiing hard. Then they build from that read.

This post is about the four assessments that actually matter for masters skiers entering off-season, what each one tells you, and how the results should shape the first phase of your summer build.

Why You Test Now and Not in September

The temptation is to wait. Take May off. Start training in June. Test fitness when you’re “in shape” so the numbers look better. The problem with that approach is that it tells you nothing useful about how to program the next 12 weeks.

Right now, in the days and weeks following the last ski day, your body is showing you exactly what the season produced and what it cost. The asymmetries are visible. The mobility deficits are still active. The single-leg stability you developed (or lost) is at its most honest reading. If you wait six weeks, you’re testing a body that has already started to recover and adapt — useful information, but not the data that should drive your programming.

A baseline taken now answers a specific question: where are the gaps that the next 12 weeks need to close? The answer to that question shapes whether your Summer Strength Build leans toward bilateral strength, unilateral work, balance progression, or hip mobility — and at what intensity.

The Four Tests That Matter

These are not maximal-effort tests. They are not designed to push limits. They are designed to give you accurate information without requiring full recovery between assessments. You can run all four in a single session of about 45 minutes.

1. Single-Leg Balance: Eyes Open and Eyes Closed

Stand on one leg, hands on hips, in a slightly soft athletic position. Time how long you can hold it cleanly — meaning the planted foot does not shift, the hip does not sway laterally, and the standing knee does not cave. Stop the count when any of those happen.

Run it twice per side: once with eyes open, once with eyes closed.

Targets to read against:

• Eyes open: 60+ seconds is functional. 30-60 is workable. Under 30 means single-leg stability is a meaningful gap.
• Eyes closed: 30+ seconds is functional. 15-30 is workable. Under 15 means proprioceptive input from the foot and ankle is heavily reliant on visual compensation, which fails fast on snow.

Most masters skiers see a noticeable drop from eyes-open to eyes-closed. That gap is the indicator. If the drop is large — say, 60 seconds eyes open to 8 seconds eyes closed — proprioceptive training needs to be a deliberate emphasis, not an afterthought, in Phase 1 of the build.

Chapter 14 of Ski Strong for Life covers the single-leg balance progression in detail, including why eyes-closed work compresses neural adaptation timelines and how to integrate it without making it the focus of the session.

2. Single-Leg Romanian Deadlift: Movement Quality, Not Load

This is the test that exposes the most. Stand on one leg, holding a light dumbbell or kettlebell (10-15 lb) in the opposite hand. Hinge at the hip, sending the free leg straight back, and lower the weight toward the planted foot in a 3-second descent. Pause briefly at the bottom. Return to standing.

Run 5 reps per side at a steady tempo. Film from the side and from behind if you have a phone available.

What you’re reading:

• Hip rotation under load — does the trailing leg drift to the side, or does the hip stay square? Rotation is a hip stability deficit.
• Knee tracking — does the standing knee cave inward, or does it stay aligned with the second toe? Caving is a hip abductor deficit, often paired with weak vastus medialis.
• Spinal control — is the back flat through the descent, or does it round? Rounding under a 15-lb load means the posterior chain coordination is below where it needs to be for unilateral strength loading.
• Side-to-side asymmetry — is one side noticeably cleaner than the other? Most skiers have a dominant side. The question is how big the gap is.

If the movement quality is clean on both sides, the summer build can introduce loaded single-leg RDLs in Phase 2 (weeks 5-8) at moderate load. If the quality is poor on one or both sides, Phase 1 needs to focus on bodyweight single-leg RDL work until the pattern is reliable. Loading a broken pattern reinforces compensation.

3. Hip Extension Capacity: Glute Bridge Hold

Lie on your back, knees bent, feet flat. Drive the hips up into a glute bridge. Hold the position with the body in a straight line from knee to shoulder. Time how long you can hold it without the hips dropping or the lower back arching to compensate.

Targets:

• 60-90 seconds is functional for masters skiers entering an off-season build.
• 30-60 seconds suggests hip extension endurance is a gap.
• Under 30 seconds means the posterior chain is undertrained relative to where it needs to be for ski-specific loading.

The reason this matters: hip extension is the dominant power-producing pattern in skiing. Turn initiation, mogul absorption, edge engagement — all of it draws on hip extension force. If the bridge hold is short, the deadlift and kettlebell swing work in Phase 2 of the Summer Strength Build needs to begin with conservative loading and longer time-under-tension before adding intensity.

4. Lateral Stability: Slow Cossack Lower

Standing with feet wider than hip width, shift weight to one leg and lower into a Cossack squat — a deep lateral squat with one leg straight, one leg bent — over 3 seconds. Pause briefly at the bottom. Return to center.

Run 5 reps per side, slowly, with no momentum.

What you’re reading:

• Depth without compensation — does the trailing-leg foot stay flat, or does the heel lift? Heel lift is an ankle mobility limit.
• Hip mobility on the bent-leg side — can you reach a deep position, or does the hip block before the bottom?
• Core control — does the torso stay tall, or does it collapse forward to find depth?

Skiing demands the frontal plane. The Cossack lower is the most honest read of whether your hips, ankles, and adductors are prepared for the lateral loading that ski-specific training in Phase 3 of the Fall Transition program will eventually demand. Weakness here in late April is fixable. Weakness here in October is a problem.

Reading the Results Together

Each individual test is informative. The pattern across all four is more informative.

If single-leg balance is solid but the RDL is messy, the issue is not balance — it’s hip stability under load. Programming emphasis: unilateral hip work, not balance drills.

If the bridge hold is long but the RDL is rough, the issue is unilateral coordination, not posterior chain capacity. Programming emphasis: single-leg progressions, not heavier deadlifts.

If the Cossack lower is restricted but everything else is solid, the issue is frontal plane mobility. Programming emphasis: lateral movement integration in Phase 1, not delayed to Phase 3.

In other words: the tests don’t just tell you what’s weak. They tell you what to prioritize when 12 weeks of programming time has to be allocated efficiently. There is a useful related read on this same theme in why your gym routine is failing you on the mountain — the underlying point is similar, that bilateral strength and ski-specific capacity are not the same currency.

How This Maps to the Summer Strength Build

The Summer Strength Build is structured in three phases over 12 weeks. Phase 1 (weeks 1-4) is foundation and form. Phase 2 (weeks 5-8) is strength and load. Phase 3 (weeks 9-12) is power and performance. Chapter 24 of Ski Strong for Life covers the full structure.

The baseline tests above tell you where to spend the early weeks of Phase 1. A skier with strong balance and clean unilateral mechanics can move through Phase 1 quickly and reach Phase 2 loading earlier. A skier with significant asymmetries, balance gaps, or hip extension limits should expect to spend the full four weeks of Phase 1 closing those gaps before adding load.

Neither path is wrong. The wrong move is to ignore the read, follow a generic 12-week template, and discover in week 7 — under load — that the foundation wasn’t ready. That’s how masters skiers end up with chronic knee pain, hip flexor strains, or low-back flare-ups in the middle of an off-season build that should have been productive.

For a deeper look at how the off-season fits into the broader year, the off-season periodization guide for masters skiers covers the logic across all four phases of the year.

The Bigger Pattern

Programming is not a guess. It is a response to information. The four tests above take less than an hour and produce more useful programming guidance than another four weeks of “general fitness” would. They also give you a record — repeat them at the end of Phase 1, and again at the end of the build, and you have a real measure of what the work produced. This connects directly to the broader argument made in the seasonal trap — the difference between drifting into off-season and entering it deliberately is mostly the willingness to look honestly at where you are before you start.

The Summer Strength Build sequences the next 12 weeks of work — structured so the loading progression matches where you are in the season and what your baseline shows you need to address. The earlier in May you set the baseline, the more time the build has to close the gaps it reveals.