Landing a jump on skis comes down to matching your body position to the slope beneath you and absorbing the impact through your legs. The technique isn’t complicated, but it requires deliberate practice because your instincts in the air will often work against you. Here’s how to build the skill from the ground up.
Why the Landing Surface Matters
Before thinking about body position, it helps to understand what makes a ski landing survivable in the first place. When you land on a downhill slope, your downward momentum from falling gets converted into forward momentum along the slope’s surface. Physicists describe this as “equivalent fall height,” meaning that landing at an angle on a slope produces an impact equivalent to falling from a much lower height than you actually were in the air. Gravitational energy transforms into forward-moving energy, leaving a smaller impact for your knees to absorb.
This is why terrain parks build landing zones on steep transitions rather than flat ground, and why landing on a flat section of trail feels so punishing. A 20-foot drop onto a steep slope might feel like a 3-foot drop in terms of actual impact. The same drop onto flat ground hits your body with the full force. When you’re choosing where to practice jumps, prioritize features with clearly defined, steep landing zones. Avoid launching off natural rollers that dump you onto flat terrain.
Body Position in the Air
The most important thing you can do for your landing happens before you leave the ground. As you approach the lip of a jump, keep your shins pressing into the front of your boots with your weight centered over the balls of your feet. If you’re leaning back even slightly at takeoff, the rotation will amplify in the air and you’ll land in the backseat, which is both the most common mistake and the most dangerous one.
One helpful drill is to keep your elbows bent with your hands far enough forward that you can see them in your peripheral vision while wearing goggles. It looks a little awkward, but it shifts your center of mass forward and prevents the instinctive tendency to throw your arms back. Think of your hands as a visual anchor: if you can see them, your weight is probably where it needs to be.
In the air, keep your skis roughly parallel to the slope you expect to land on. Your body should be compact but not rigid. Research on ski jumping athletes shows that landing preparation begins about 0.4 seconds before impact, when the hips and ankles start adjusting, followed by the knees at roughly 0.14 seconds before touchdown. You won’t be timing this consciously, but the takeaway is that your body needs to be actively adjusting throughout the flight, not locked into one position.
The Moment of Impact
You want to land flat on the full base of your skis, not on the tails. Landing tail-heavy increases the impact force traveling through your body and puts you in a position where recovery is nearly impossible at speed.
As your skis make contact, absorb the force by flexing your ankles, knees, and hips simultaneously, like a spring compressing. Your muscles are working harder during the landing impact than at any other phase of a jump. The goal is to progressively bend through every joint in your lower body, extending the time over which the force is absorbed. Think of it as the difference between catching an egg with stiff hands versus letting your hands give with the catch.
For park jumps and freestyle skiing, many skiers land with one foot slightly ahead of the other (a telemark-style split) to improve stability and spread the load across both legs. This position, with skis parallel and one leg bent more than the other, gives you a wider base of support front to back. Keep both arms forward and slightly out for balance. After the initial impact, you can bring your feet back together and transition into your normal skiing stance.
What Happens When You Land Backseat
Landing with your weight too far back is the single biggest cause of injury on ski jumps, and understanding why can motivate you to fix the habit. When you land tail-heavy, the snow’s reaction force pushes through the back of your boot and the tail of your ski, driving your shinbone forward. At the same time, your body’s momentum pushes your center of mass backward and downward. If your core and thigh muscles can’t counteract this force, your center of mass drops below knee height, hyperflexing the knee and severely stretching the ACL.
This isn’t a freak-accident scenario. It’s a well-documented injury mechanism that happens when skiers absorb force in the wrong position. The fix is preventive: stay forward at takeoff, keep your hands visible, and land on the full base of your skis. If you find yourself consistently landing backseat, you’re probably leaning back at the lip. Scale down to smaller jumps and focus exclusively on maintaining shin contact with the front of your boot through the entire sequence.
Progressing Safely
Start with the smallest features available. Side hits, natural rollers with downhill landings, and the smallest park jumps all give you repetitions without serious consequence. The goal at this stage is building the muscle memory of staying forward and absorbing with your legs. Speed control matters too: hitting a jump too slow often causes a steeper, more abrupt landing, while appropriate speed lets you match the arc the jump was designed for.
As you move to bigger jumps, the fundamentals don’t change, but the margin for error shrinks. A slight backseat position on a 5-foot jump is recoverable. The same position on a 30-foot jump is not. Increase size gradually and only after the smaller version feels automatic.
Binding Settings for Jumping
Your binding release settings (DIN) deserve attention if you’re jumping regularly. The standard advice is to start with whatever the ski shop calculates based on your weight, height, boot size, and ability level. If you experience premature releases during jumps, increase the setting by half a point at a time rather than cranking it up dramatically. Some experienced skiers adjust their DIN depending on the day’s activity, setting it higher for aggressive skiing and jumps and lower for casual days, to balance knee protection against unexpected releases.
The tension between safety and retention is real. A binding that releases too easily will pop off during a hard landing when you need the ski attached. A binding that holds too tight won’t release during a fall when your knee is torquing. There’s no universal number. Your weight, skiing style, and the consequences of a release at that moment all factor in. Bindings with a higher maximum DIN range, like models rated to 13 or 14, give you more room to adjust as your skiing progresses.
Drills That Build Better Landings
The hands-forward drill mentioned earlier is the simplest place to start. Beyond that, practice jumping on flat ground in your ski boots to get comfortable with the flexion pattern. Jump off a low step and land with your ankles, knees, and hips all bending together, arms forward. This builds the absorption reflex you need on snow.
On the mountain, practice “popping” off every small roller and terrain change you encounter during a normal run. Focus on leaving the ground with shin pressure on your boots and landing in a flexed position. Twenty small jumps in a single run will teach your body more than one big send. Film yourself from the side if possible. The gap between what a backseat landing feels like and what it looks like is often surprising, and video feedback accelerates correction faster than anything else.