The fastest way to gain speed on skis is to reduce aerodynamic drag, and the single biggest factor in that equation is your body position. Beyond tucking, though, skiing faster involves sharper technique through turns, properly tuned equipment, and the leg strength to hold it all together. Here’s how each piece fits together.
Why Body Position Matters More Than Anything
At skiing speeds, air resistance is the primary force slowing you down. Wind tunnel and computational fluid dynamics research on alpine ski racers shows that drag increases by roughly 0.8% for every degree your torso rises above horizontal, and about 1.2% per degree of increased thigh angle. Those percentages compound quickly. A skier standing even slightly more upright than necessary bleeds meaningful speed on every straightaway.
The ideal tuck brings your torso as close to parallel with the ground as possible, with your forearms resting on your knees and your knees drawn inward to fill the gap behind your armpits. That last detail matters more than most people realize: the lower legs account for 40 to 50% of a skier’s total drag in a low tuck. Tucking your knees together and keeping your shins tight behind your arms dramatically shrinks the frontal area your body presents to the wind.
For recreational skiers, you don’t need a full racing tuck to see results. Simply lowering your center of gravity, bringing your hands forward, and keeping your torso angled downhill rather than upright will cut drag noticeably. Practice holding a compact position on gentle slopes first so it becomes automatic before you try it at higher speeds.
Carrying Speed Through Turns
Straight-line speed is only half the picture. Most speed is lost in turns, not on flats. The goal is to arc clean, round turns rather than skidding, because every skid acts like a brake. To carve instead of skid, you need to tip your skis onto their edges early in the turn and let the sidecut of the ski do the work.
Start each turn by rolling your ankles and knees into the hill before your upper body follows. This engages the edge sooner and creates a tighter, more efficient arc. Keep your weight centered over the middle of the ski rather than sitting back, which causes the tails to wash out. A common mistake at speed is leaning into the hill with your shoulders. Instead, keep your upper body facing downhill and let your legs angle beneath you. This separation between your upper and lower body is what lets racers maintain edge grip at high forces.
The line you choose matters too. A higher entry into a turn (starting it earlier on the slope) gives you a straighter exit, which means you accelerate sooner out of the bottom of the arc. Racers call this “getting above the gate.” Even on open groomers, visualizing a rounder, higher line rather than a sharp, late turn will help you maintain momentum.
Edge Tuning for Grip at Speed
Dull or poorly beveled edges lose grip when you need it most, forcing you to skid turns or slow down out of self-preservation. Two angles matter: the base edge bevel (the bottom of the ski) and the side edge bevel (the wall of the edge that bites into snow).
For most recreational skiers pursuing speed, a 1-degree base bevel and 2- to 3-degree side edge bevel is a solid starting point. Racers in downhill and super-G typically use a base bevel between 0.75 and 1 degree and a side edge of 3 degrees, which allows the edge to penetrate harder snow more aggressively. If you ski primarily on firm, groomed runs, a sharper side edge (closer to 3 degrees) gives better hold. On softer snow, a slightly less aggressive setup prevents the edges from hooking unpredictably.
Getting your edges professionally tuned at the start of the season and again midseason is one of the cheapest performance upgrades available. A freshly sharpened and structured base also glides faster, reducing friction that quietly saps speed on every run.
Waxing and Base Preparation
Ski bases are made of a porous plastic that absorbs wax, and that wax layer is what lets the ski glide rather than stick. An unwaxed or dried-out base creates significantly more friction against the snow. Temperature-specific wax matched to conditions performs best, but even an all-temperature hot wax applied regularly will outperform a neglected base.
If you’re serious about speed, wax before each day on the hill. For casual skiers, waxing every three to five days of skiing keeps the base hydrated and fast. You can also have the base stone-ground periodically to restore its structure, which creates tiny channels that manage the thin layer of water between your ski and the snow.
Building Explosive Leg Strength
Speed skiing demands strength. Holding a tuck for an extended run requires quad endurance, and accelerating out of turns requires explosive power from your glutes and hamstrings. Without that foundation, your body forces you to stand up and rest, which instantly increases drag and kills speed.
The most ski-specific exercises for building speed-related power include squat jumps, which train your quads, hamstrings, and glutes to produce force quickly, and box jumps, which develop the explosive leg drive needed to push through turn transitions and absorb terrain changes at speed. Deadlifts strengthen the entire posterior chain (hamstrings, glutes, lower back, and core) that stabilizes you in a tuck. Rotational core work like Russian twists helps you initiate turns faster and with more precision.
Training these movements in the weeks before ski season pays off immediately. Focus on lower rep ranges with higher intensity to build power rather than endurance. Three sessions per week for six to eight weeks before the season is enough for most recreational skiers to feel a noticeable difference in their ability to hold aggressive positions and drive through turns.
Understanding the Risk of Higher Speed
Kinetic energy increases with the square of your speed. That means doubling your speed doesn’t double the force of a crash; it quadruples it. Research on alpine racing injuries confirms that impact forces on the body are linearly correlated with speed at the moment of collision. In elite giant slalom, skiers average around 38 mph. In downhill racing, kinetic energy is nearly double that of giant slalom. Professional speed skiers regularly exceed 120 mph, with the current world record sitting at 158.7 mph, set by Simon Billy in Vars, France in 2023.
For recreational skiers, this means that the gap between “fast and fun” and “fast and dangerous” is narrower than it feels. A fall at 40 mph involves four times the energy of a fall at 20 mph. Before chasing top speed, make sure your ability to stop and turn matches your ability to go straight. Ski on terrain you know well, avoid crowded runs, and progress gradually. Speed is most enjoyable when your technique and fitness give you a genuine margin of control beyond what you’re asking of them.
Putting It All Together
The skiers who are fastest on any mountain aren’t necessarily the most fearless. They’re the ones who waste the least energy: compact body position, clean edge-to-edge transitions, well-tuned equipment, and the physical strength to maintain all of it run after run. Start with your tuck and turn technique, get your edges sharpened, and build your leg strength in the off-season. Each of those changes stacks on the others, and the combined effect is bigger than any single adjustment alone.