Loading...
Loading...
Real-Time Distance, Style, Wind & Gate Factor Scoring for Normal Hill, Large Hill, Team & Ski Flying Events
Transform your ski jumping competitions with JudgeMate's comprehensive digital scoring platform. Engineered for the precise demands of ski jumping judging — from calculating distance points and K-point deviations to processing five-judge style panels with automatic high/low mark elimination. Whether you're managing a regional Normal Hill event, an FIS-sanctioned World Cup stop, or preparing for the 2026 Milan-Cortina Winter Olympics, JudgeMate delivers the accuracy, speed, and transparency that modern ski jumping demands.
Ski jumping scoring combines distance points and style points, adjusted by wind and gate compensation factors. Distance points are calculated relative to the hill's K-point: 60 points at K-point, with 1.2–2.0 points per meter above or below. Five style judges score 0–20 for technique, body position, and landing; the highest and lowest marks are dropped. Wind and gate compensation ensure fairness across varying conditions.
Normal Hill competitions take place on hills with a Hill Size (HS) between 85 and 109 meters. The K-point (construction point) on these hills is typically around 90 meters. Normal Hill events are a staple of Olympic competition and serve as the traditional starting point for developing jumpers. The format consists of two competition rounds, with each athlete performing one jump per round. After the first round, only the top 30 jumpers advance to the second round. Final rankings are determined by the combined score of both jumps. Normal Hill competitions emphasize technical precision, as the smaller hill magnifies differences in takeoff timing and flight position. JudgeMate's scoring platform handles the dual-round format seamlessly, tracking cumulative scores and managing automatic qualification cuts between rounds.
Large Hill events are contested on hills with a Hill Size between 110 and 149 meters, with K-points typically ranging from 105 to 125 meters. The Large Hill individual event is considered ski jumping's premier competition, producing the sport's most celebrated champions. Like Normal Hill, the format features two competition rounds with a top-30 cut after round one. The greater distances achieved on Large Hill amplify the impact of aerodynamic technique, V-style execution, and wind conditions. Large Hill events generate the highest speeds on the in-run (up to 90 km/h) and the longest flight times, making wind compensation calculations particularly significant. The 2026 Milan-Cortina Olympics will feature Large Hill competition at the Predazzo venue in Val di Fiemme, continuing the discipline's status as one of the Winter Games' most iconic events.
Team ski jumping events feature four athletes per nation, each performing one jump per round across two rounds (eight jumps total per team). Team scores are calculated by summing all individual scores. The format creates dramatic competition dynamics, as a single poor jump can devastate a team's chances while an exceptional performance can propel a nation up the standings. Team events have produced some of ski jumping's most memorable moments, including legendary comebacks and photo-finish results. The team event at the 2026 Milan-Cortina Olympics will showcase national pride and tactical depth, as coaches must select their strongest four jumpers and determine the jump order strategically. JudgeMate manages team competition scoring with real-time cumulative team totals, individual breakdowns, and automatic standing updates after each jump.
Ski Flying represents the extreme frontier of the sport, conducted on hills with a Hill Size of 185 meters or more. The world's largest ski flying hills — Vikersund (HS 240), Planica (HS 240), Oberstdorf (HS 235), and Bad Mitterndorf (HS 235) — enable flights exceeding 250 meters. The current world record stands at an extraordinary 253.5 meters, set by Stefan Kraft in Vikersund in 2017. Ski Flying competitions follow the same scoring system as standard ski jumping but with adjusted distance point values reflecting the greater distances. The sheer scale of these events creates unique judging challenges: athletes are in the air for 6-7 seconds, giving judges extended observation time but requiring evaluation of sustained flight technique over massive distances. The FIS Ski Flying World Championships are held every two years, crowning the sport's bravest and most aerodynamically gifted athletes.
Ski jumping uses one of the most mathematically precise scoring systems in all of judged sports. A jumper's total score is composed of four distinct components: Distance Points, Style Points (Judges' Marks), Gate Factor, and Wind Compensation. The formula is: Total Score = Distance Points + Style Points + Gate Factor + Wind Compensation. This multi-factor approach ensures that results reflect both athletic performance (distance and style) and fairness adjustments (gate and wind). Understanding each component is essential for judges, coaches, athletes, and scoring system operators. The following breakdown explains each element in detail, providing the comprehensive scoring knowledge needed to manage professional ski jumping competitions.
Distance Points: Every ski jumping hill has a designated K-point (Konstruktionspunkt), which serves as the baseline for distance scoring. Landing exactly at the K-point earns the jumper 60 distance points. For Normal Hill and Large Hill events, each meter beyond the K-point adds 2.0 points per meter (K-point 80-99 m) or 1.8 points per meter (K-point 100-134 m), while each meter short of the K-point deducts the same amount. On Ski Flying hills (HS 185+), the K-point equals 120 distance points (rather than 60), with 1.2 points per meter added or deducted for each meter beyond or short of the K-point. For example, on a Large Hill with a K-point at 120 meters, a jumper landing at 130 meters would receive 60 + (10 x 1.8) = 78.0 distance points, while a jumper landing at 115 meters would receive 60 - (5 x 1.8) = 51.0 distance points. Distance is measured precisely using video analysis and sensor technology, with measurements recorded to the nearest half-meter.
Style Points (Judges' Marks): Five judges independently evaluate each jump on a scale from 0.0 to 20.0 points, in increments of 0.5 points. A score of 20.0 represents a perfect jump. The highest and lowest marks are automatically discarded, and the remaining three middle scores are summed to produce the style score (maximum 60.0 points). Judges evaluate four key phases: (1) In-run and takeoff — timing, balance, and power at the table edge; (2) Flight — body position, V-style ski angle, arm position, and aerodynamic stability throughout the flight phase; (3) Landing — the critical telemark position, balance upon impact, and controlled deceleration; (4) Outrun — maintaining balance and composure after landing. Each deficiency results in point deductions: a missing telemark costs approximately 3.0-5.0 points per judge, while unstable flight, arm windmilling, or a fall results in proportionally larger deductions. The three-score sum system (after discarding extremes) reduces the impact of any single judge's bias, ensuring fair evaluation.
Gate Factor: The gate factor compensates for changes in the starting gate position during competition. Each ski jumping hill has multiple in-run starting gates (numbered positions on the starting bar). The designated competition gate is set based on expected conditions, but if conditions change (e.g., increasing wind), the jury may lower or raise the gate to maintain safety and fairness. When the gate is lowered (shorter in-run, less speed), jumpers receive additional points to compensate for the reduced distance potential. When the gate is raised (longer in-run, more speed), points are subtracted because the jumper benefits from greater velocity. The exact compensation value is calculated using a formula specific to each hill's profile and is published in the competition's technical data. Gate factor adjustments typically range from 3 to 10 points per gate step, depending on the hill size. This system allows competition juries to respond to changing conditions mid-round without disadvantaging athletes who jump from different gates.
Wind Compensation: Introduced by FIS in 2009, the wind compensation system is one of ski jumping's most important fairness mechanisms. Wind profoundly affects ski jumping performance: a headwind creates additional lift, allowing the jumper to fly farther but also making flight control more difficult; a tailwind reduces lift, causing shorter jumps but giving the jumper a faster, more stable in-run. The compensation system uses real-time wind measurements from sensors positioned along the landing hill to calculate adjustments. When a jumper faces a headwind, points are subtracted from their score (because the wind helped them fly farther). When a jumper faces a tailwind, points are added (because the wind shortened their distance). The magnitude of adjustment depends on wind speed, direction, and the specific hill's wind factor table. Typical adjustments range from -10 to +15 points in varying conditions. This system ensures that competition results reflect athletic ability rather than lucky or unlucky wind conditions — a critical fairness measure in an outdoor sport where conditions can change dramatically between jumpers.
Telemark Landing: The telemark landing is one of ski jumping's most distinctive and tradition-rooted elements. Named after the Telemark region of Norway where ski jumping originated, the telemark position requires the jumper to land with one foot forward and one foot back, both knees deeply bent, arms extended to the sides for balance. This landing technique demonstrates balance, control, and mastery — it is significantly harder to execute than simply landing with feet together. Judges consider the telemark landing a critical component of the style score. Missing the telemark typically results in deductions of 3.0 to 5.0 points per judge (9.0 to 15.0 points total from the three counted judges), making it one of the most impactful single elements in a jumper's score. A clean telemark at maximum distance can be the difference between a podium finish and mid-pack obscurity. Factors that judges evaluate in the telemark include the depth of the knee bend, the separation distance between feet, arm stability, and how smoothly the jumper transitions from flight to landing position. Even at distances exceeding 240 meters in ski flying, elite athletes execute flawless telemarks — a testament to their extraordinary skill and nerve.
Modern ski jumping competitions demand scoring systems that can process these four components instantaneously. JudgeMate's ski jumping platform integrates distance input, five-judge style panels (with automatic high/low elimination), gate factor tables, and wind compensation calculations into a unified real-time scoring engine. Results are calculated and displayed within seconds of a judge confirming their marks, providing athletes, coaches, spectators, and broadcast audiences with immediate, transparent, and verifiable scores. The platform's audit trail records every data point — distance measurement, individual judge marks, gate position, wind readings — creating a complete competition record that supports post-event review and ensures accountability.
Ski jumping is one of the most spectacular winter sports in existence, combining raw courage, aerodynamic precision, and artistic expression into a single breathtaking moment. Athletes launch themselves from towering hillsides at speeds exceeding 90 km/h, soar through the air for distances of 100 meters or more, and land with the grace of the telemark position — all in roughly six seconds of flight. Unlike most judged sports where athletes have extended routines to demonstrate their skills, ski jumping concentrates its entire evaluation into a few critical seconds of in-run, takeoff, flight, and landing.
This compression of action creates extraordinary demands on scoring systems. Judges must simultaneously evaluate flight posture, ski position, body control, and landing technique while distance measurement equipment captures precise landing points. The introduction of wind compensation and gate factor systems has added mathematical complexity that requires instantaneous calculation. A headwind of just 1 m/s or a gate adjustment of one step can shift a jumper's score by several points — differences that regularly determine podium positions in elite competition.
JudgeMate's ski jumping scoring platform addresses these complexities with purpose-built technology. Our system processes distance points, five-judge style panels (with automatic highest and lowest mark elimination), gate compensation factors, and wind point adjustments in real time, delivering transparent, accurate results the moment a jumper's score is confirmed. From local junior competitions to FIS-sanctioned international events, professional digital judging has become essential infrastructure for every level of ski jumping.
Ski jumping traces its origins to Norway in the early 19th century, where it evolved from a practical form of winter transportation into a competitive spectacle. The first recorded ski jumping competition took place in Trysil, Norway, in 1862. Sondre Norheim — widely regarded as the father of modern skiing — was among the early pioneers who helped transform skiing into organized sport, notably at competitions in the Telemark region from the 1860s onward. The legendary Holmenkollen Ski Festival in Oslo, established in 1892, became the spiritual home of ski jumping and remains one of the most prestigious venues in the sport today. Early competitions measured only distance, with jumpers adopting a forward-leaning posture with parallel skis held tightly together. The first Winter Olympics in Chamonix, France, in 1924 featured ski jumping as one of the original events, with Norwegian Jacob Tullin Thams winning the inaugural gold medal. These early competitions established ski jumping as a cornerstone of winter sports culture in Scandinavia, Central Europe, and Japan.
The mid-20th century brought revolutionary changes to ski jumping technique and scoring. The traditional Kongsberger technique — body bent forward at the hips with arms extended ahead — dominated from the 1920s through the 1950s. Finnish jumpers introduced the Däscher style in the 1950s, with arms held close to the body for better aerodynamics. The most transformative innovation arrived in 1985 when Swedish jumper Jan Boklöv pioneered the V-style, spreading his skis into a V-formation during flight rather than holding them parallel. Initially ridiculed and penalized by judges for poor style, Boklöv's technique proved aerodynamically superior, generating significantly more lift and enabling longer flights. By the early 1990s, every competitive jumper had adopted the V-style, forcing a complete revision of judging criteria. This period also saw the introduction of formalized style scoring, with judges evaluating flight posture, ski position, balance, and landing on a 20-point scale. The five-judge panel system — with highest and lowest marks eliminated — became the international standard, creating the judging framework still used today.
The modern era of ski jumping has been defined by relentless pursuit of fairness and technological innovation. The introduction of the wind compensation system in 2009 and the gate factor system marked watershed moments, adding mathematical adjustments that account for conditions beyond athletes' control. These systems ensure that a jumper facing a headwind or starting from a lower gate is not unfairly disadvantaged — or advantaged — compared to competitors jumping in different conditions. Equipment regulations have tightened progressively, with FIS (International Ski Federation) implementing strict rules on ski length (maximum 145% of body height), suit permeability, and boot specifications to prevent technological arms races. The sport expanded dramatically when women's ski jumping debuted at the 2014 Sochi Winter Olympics, a milestone achieved after years of advocacy by athletes like Lindsey Van and Sarah Hendrickson. Looking ahead to the 2026 Milan-Cortina Winter Olympics, ski jumping continues evolving with innovations in hill design, broadcast technology, and digital scoring systems like JudgeMate that bring unprecedented transparency and accuracy to competition management.
Professional ski jumping features one of winter sports' richest competitive calendars, with prestigious events spanning from November through March across Europe, Asia, and North America. These competitions define careers, create legends, and attract millions of viewers worldwide.
The **Winter Olympic Games** represent the ultimate stage for ski jumping, with events dating back to the first Winter Olympics in 1924 in Chamonix. The Olympic program currently includes **Normal Hill Individual**, **Large Hill Individual**, **Team (Large Hill)**, **Women's Normal Hill Individual** (added in 2014), **Mixed Team** (added in 2022), and **Women's Large Hill Individual** (added for Milan-Cortina 2026). The **2026 Milan-Cortina Winter Olympics** will feature ski jumping at the historic **Predazzo venue in Val di Fiemme**, Italy — a facility with deep World Cup and World Championship heritage. Olympic ski jumping has produced unforgettable moments: Matti Nykänen's triple gold in Calgary 1988, Simon Ammann's shock double gold in Salt Lake City 2002, and Kamil Stoch's dominant performance at Sochi 2014. The pressure of the Olympic format — where four years of preparation come down to two jumps — makes it ski jumping's most intense competition.
The **Four Hills Tournament** is arguably ski jumping's most prestigious annual competition and one of the most iconic events in all of winter sports. Held annually over the New Year period, it consists of four competitions at legendary venues: **Oberstdorf** (December 29), **Garmisch-Partenkirchen** (January 1), **Innsbruck** (January 4), and **Bischofshofen** (January 6). The overall winner is determined by total points accumulated across all four events. Winning all four competitions — the **Grand Slam** — is one of sport's rarest achievements, accomplished only by Sven Hannawald (2001/02), Kamil Stoch (2017/18), and Ryoyu Kobayashi (2018/19). The tournament draws massive television audiences across Europe, particularly in Germany, Austria, Poland, and the Nordic countries, where it is a beloved New Year's tradition. The electric atmosphere at venues like Innsbruck's Bergisel and Bischofshofen's Paul-Außerleitner-Schanze creates an unforgettable sporting spectacle.
The **FIS Ski Jumping World Cup** is the sport's premier season-long competition series, running from November through March with approximately **30 individual competitions** across venues in Europe, Asia, and occasionally North America. Athletes accumulate World Cup points based on their finishing positions at each event, competing for the prestigious **Crystal Globe** trophy awarded to the overall season champion. The World Cup circuit visits iconic hills including **Engelberg**, **Planica**, **Zakopane**, **Willingen**, **Lahti**, **Trondheim**, **Sapporo**, and **Lake Placid**. Separate standings track performance on Normal Hill, Large Hill, and Ski Flying disciplines. The World Cup also determines national team rankings and plays a crucial role in Olympic qualification. JudgeMate's platform supports the complex scoring requirements of World Cup-level events with FIS-standard calculation methods.
The **FIS Ski Flying World Championships** are held biennially on the world's largest hills, where athletes soar beyond 200 meters in breathtaking flights lasting six to seven seconds. Only four venues currently host Ski Flying events: **Vikersund (Norway, HS 240)**, **Planica (Slovenia, HS 240)**, **Oberstdorf (Germany, HS 235)**, and **Bad Mitterndorf (Austria, HS 235)**. The Ski Flying World Championships crown individual and team world champions, with the individual title considered one of ski jumping's most coveted honors. The extreme distances create unique scoring dynamics — a single meter represents fewer points than on smaller hills, but the psychological and physical demands of flying 230+ meters test athletes' limits. Stefan Kraft's world record of **253.5 meters** at Vikersund in 2017 demonstrates the extraordinary distances achieved at these venues.
The **FIS Nordic World Ski Championships** bring together the three Nordic skiing disciplines — ski jumping, cross-country skiing, and Nordic combined — in a biennial championship held in odd-numbered years. Ski jumping events at the World Championships include Normal Hill Individual, Large Hill Individual, Team, Mixed Team, and Women's Normal Hill Individual. World Championship medals rank just below Olympic medals in prestige and are essential markers of an athlete's career legacy. Historic World Championship venues include **Oberstdorf** (Germany), **Planica** (Slovenia), **Lahti** (Finland), **Falun** (Sweden), and **Seefeld** (Austria). The 2025 World Championships in Trondheim, Norway, set the stage for the competitive season leading into the **2026 Milan-Cortina Olympics**.
Ski jumping has produced extraordinary champions whose courage, technique, and competitive brilliance have defined eras and inspired generations. From Nordic pioneers to modern-day superstars, these athletes represent the pinnacle of the sport.
Finnish icon Matti Nykänen is widely regarded as the greatest ski jumper of all time. At the 1988 Calgary Winter Olympics, Nykänen achieved an unprecedented triple gold medal haul — winning the Normal Hill, Large Hill, and Team events. He also claimed gold at the 1984 Sarajevo Olympics on the Large Hill and won four World Championship titles. Nykänen's dominance was absolute during his peak years, combining extraordinary talent with fearless aggression. His technical innovation and competitive mentality set standards that took decades to approach. Despite personal challenges later in life, Nykänen's competitive legacy remains unmatched in Olympic ski jumping history.
Swiss jumper Simon Ammann stunned the world at the 2002 Salt Lake City Olympics, arriving as an unknown 20-year-old and departing with double gold medals on both Normal Hill and Large Hill. His signature round glasses became an iconic image of those Games. Remarkably, Ammann repeated the feat at the 2010 Vancouver Olympics, again winning both individual gold medals — making him one of only a handful of athletes to win four individual Olympic gold medals in any winter sport. Ammann's career demonstrated that longevity and reinvention are possible at the highest level, as he remained competitive across multiple Olympic cycles through constant technical adaptation.
Adam Małysz is the most celebrated ski jumper in Polish history and one of the sport's most beloved figures worldwide. The "Eagle of Wisła" won four World Cup overall titles (2000/01, 2001/02, 2002/03, 2006/07) and claimed four Olympic medals including silver on Large Hill at both the 2002 and 2010 Olympics. Małysz captured 39 individual World Cup victories and became a national hero in Poland, where ski jumping enjoys massive popularity due largely to his success. His rivalry with Janne Ahonen and later Adam's protégés defined an era of the sport. Małysz's combination of technical brilliance, consistency, and humble charisma made him one of ski jumping's most admired champions, and his influence helped establish Poland as a permanent powerhouse in the sport.
Finnish legend Janne Ahonen exemplified longevity and resilience across a career spanning over two decades. Ahonen won five World Championship medals, including team gold, and was one of the most consistent performers in World Cup history with 36 individual World Cup victories. His rivalry with Adam Małysz produced some of the sport's most thrilling competitions in the early 2000s. Ahonen won the Four Hills Tournament twice (2004/05, 2007/08) and competed at five Winter Olympics from 1998 through 2014. His ability to maintain elite performance through multiple retirements and comebacks demonstrated extraordinary mental strength and adaptability.
Kamil Stoch stands as one of the greatest ski jumpers of the modern era and the pride of Polish ski jumping. The quiet, focused athlete from Zakopane has won three Olympic gold medals — Large Hill and Normal Hill at the 2014 Sochi Olympics and Large Hill at the 2018 PyeongChang Olympics. In the 2017/18 season, Stoch achieved the rare Four Hills Tournament Grand Slam, winning all four events — only the third jumper in history to accomplish this feat. He claimed 39 individual World Cup victories and won the World Cup overall title twice (2013/14, 2017/18). Stoch's technical precision, emotional composure under pressure, and ability to produce his best performances at the most important moments define his legacy. His success alongside Małysz cemented Poland's position as a global ski jumping superpower.
Austrian Stefan Kraft holds the world record for the longest ski jump — 253.5 meters — set at Vikersund, Norway, in March 2017. This astonishing flight cemented his reputation as one of the sport's all-time greats. Kraft has won the World Cup overall title multiple times, claimed World Championship gold medals in both individual and team events, and consistently ranks among the top jumpers in every competition he enters. His technical mastery across all hill sizes — from Normal Hill precision to Ski Flying extremes — makes him the most complete jumper of his generation. Kraft's ability to deliver record-breaking performances under intense pressure exemplifies the modern elite ski jumper. He enters the 2025/26 season as a leading contender for the 2026 Milan-Cortina Olympics.
Japanese sensation Ryoyu Kobayashi burst onto the world stage in the 2018/19 season by accomplishing the Four Hills Tournament Grand Slam — winning all four events — and claiming the World Cup overall title. His explosive takeoff power, fearless flight technique, and remarkable consistency quickly established him among ski jumping's elite. Kobayashi won Olympic gold on the Normal Hill at the 2022 Beijing Olympics and has accumulated over 30 individual World Cup victories. His success has reignited Japanese passion for ski jumping, building on the legacy of legends like Kazuyoshi Funaki and Noriaki Kasai. Kobayashi's combination of raw athletic power and refined technique makes him a formidable contender heading into the 2026 Olympic season.
German Karl Geiger has established himself as one of the most versatile and consistent ski jumpers of his generation. The Oberstdorf native won the 2020 Ski Flying World Championship title and has claimed multiple World Championship medals in individual and team events. Geiger has been a cornerstone of Germany's strong team. His analytical approach to the sport — studying wind patterns, hill profiles, and equipment optimization — exemplifies the modern scientific approach to ski jumping. Geiger's home-hill advantage at Oberstdorf's iconic Schattenbergschanze adds a personal dimension to his career achievements.
Norwegian Marius Lindvik announced his arrival at the highest level with a sensational performance at the 2022 Beijing Olympics, winning gold on the Large Hill with two enormous jumps that edged out Kobayashi. His combination of explosive power, long flight technique, and nerve under Olympic pressure marked the emergence of a new superstar. Lindvik has backed up his Olympic triumph with consistent World Cup performances and has become a central figure in Norway's efforts to reclaim ski jumping dominance. His fearless approach to large and flying hills suggests his best years may still be ahead heading into the 2026 Milan-Cortina Games.
Dawid Kubacki continues Poland's extraordinary ski jumping tradition established by Małysz and Stoch. Kubacki won the 2019/20 Four Hills Tournament and claimed World Championship gold on the Large Hill in 2019 in Seefeld — one of his career's defining moments. His powerful, aggressive jumping style and strong mental fortitude make him a constant threat in major championships. Kubacki has contributed significantly to Poland's team competition success and has accumulated numerous individual World Cup victories. As part of Poland's formidable squad, Kubacki represents the continued excellence of Polish ski jumping on the world stage and is expected to be a key contender at the 2026 Milan-Cortina Olympics.
Norwegian Halvor Egner Granerud experienced a meteoric rise to the top of ski jumping, winning the 2020/21 World Cup overall title after years of development. His late-career breakthrough — Granerud was relatively unknown internationally until his mid-20s — demonstrates that ski jumping success can come through patient, persistent improvement. Granerud has won the Raw Air tournament, claimed multiple World Cup victories, and become a reliable performer in major championships. His open, engaging personality has made him popular with fans and media, while his technical consistency across varying conditions reflects the depth of the Norwegian jumping program.
Ski jumping equipment is among the most heavily regulated in all of sport. The FIS (International Ski Federation) maintains strict specifications for every piece of equipment to ensure fair competition and prevent dangerous technological advantages. Equipment checks before and after competition are standard, with disqualification the penalty for non-compliance. Understanding these regulations is essential for athletes, coaches, and competition organizers.
Ski jumping skis are dramatically different from any other type of ski. They are extremely wide (up to 10.5 cm) and long — maximum 145% of the athlete's body height — creating a large surface area that generates aerodynamic lift during flight. For a jumper standing 180 cm tall, this means skis up to approximately 263 cm long. The skis must meet a minimum weight requirement tied to their length (as specified by FIS regulations) and feature a flat or slightly convex base for optimal gliding during the in-run. The binding is positioned precisely to balance the ski's center of gravity for stable flight. Modern jumping skis are constructed from carbon fiber, fiberglass, and wood cores, engineered to be rigid enough for high-speed stability yet flexible enough to absorb landing forces. Athletes work with manufacturers to customize ski flex, binding position, and surface preparation for specific hill sizes and snow conditions.
The ski jumping suit is one of the most scrutinized pieces of equipment in the sport. FIS regulations specify strict requirements for fabric thickness (a maximum of 6 mm) and air permeability (minimum 40 liters of air per square meter per second). These rules prevent athletes from wearing excessively thick, non-permeable suits that would function as wingsuits, creating unfair aerodynamic advantage. The suit must conform to the jumper's body shape with tolerances of no more than 1-3 cm in specific measurement areas. Pre-competition suit checks are rigorous — athletes have been disqualified from World Cup and even Olympic events for suit violations as small as a few millimeters. The suit's design strategically manages airflow across the body: tighter in areas where drag is undesirable and slightly looser where lift generation benefits flight performance, all within FIS-mandated tolerances.
Ski jumping boots are uniquely designed to support the forward lean required during flight while enabling the ankle flexibility needed for telemark landings. The boots feature a higher back that supports the calf during the in-run and takeoff, while the front is cut lower to allow the extreme forward lean of the flight position. Modern jumping boots use lightweight materials to minimize weight while providing sufficient ankle support and binding compatibility. The sole height is limited by FIS regulations to prevent artificially raising the jumper's center of gravity. Athletes typically work with boot manufacturers to achieve precise fit and flex patterns that match their individual jumping technique — a slightly softer flex for jumpers who prefer aggressive forward lean versus a firmer flex for those who prioritize takeoff power.
Helmets are mandatory at all levels of ski jumping competition and must meet FIS safety standards. Modern ski jumping helmets are designed to be as aerodynamic as possible while providing full head protection — they feature a smooth, streamlined shell that minimizes drag during flight, without protruding vents or visors that could create turbulence. Helmets must not extend forward beyond a specified limit to prevent creating lift-generating surfaces. Goggles protect against wind and snow during the in-run (where speeds exceed 90 km/h) and landing, while also providing clear vision to assess conditions and spot the landing zone during flight. Athletes select goggle lens tints based on lighting conditions — darker lenses for bright sun, lighter or clear lenses for flat light and snowfall.
Ski jumping continues to evolve through technological innovation, expanded participation, and changing competitive formats. These trends are shaping the sport's trajectory heading into the 2026 Olympic cycle and beyond.
Technology is revolutionizing how ski jumping is judged, analyzed, and experienced. Real-time wind measurement systems using multiple sensors along the landing hill provide the data foundation for wind compensation calculations. Video analysis technology enables precise distance measurement and serves as a tool for judges reviewing flight and landing technique. Digital scoring platforms like JudgeMate replace manual calculation with instant, error-free processing of distance points, style marks, gate factors, and wind compensation. Biomechanical analysis using motion sensors and high-speed cameras helps athletes and coaches optimize takeoff timing, flight position, and landing technique. Some research programs are exploring computer vision and AI to provide objective measurements of ski angle, body position, and landing precision that could supplement traditional judging. These technological advances collectively drive greater accuracy, fairness, and transparency across all competition levels.
Equipment development in ski jumping is a constant chess match between innovation and regulation. Athletes and manufacturers continuously seek aerodynamic advantages within FIS rules — optimizing suit fabric textures, ski flex patterns, binding positions, and boot designs to gain fractions of meters in distance. Ski construction technology has advanced significantly, with manufacturers using computational fluid dynamics (CFD) modeling to design ski profiles that maximize lift while meeting dimensional regulations. Suit fabric technology pushes the boundaries of FIS permeability rules, with materials engineered to be minimally permeable while meeting the 40 L/m²/s requirement. FIS regularly updates equipment regulations in response to innovations that threaten competitive balance, creating a dynamic environment where technological creativity must work within strict boundaries.
While ski jumping has historically been dominated by athletes from Austria, Germany, Norway, Finland, Poland, Japan, and Slovenia, the sport is gradually expanding its global footprint. China's investment in winter sports infrastructure has produced emerging ski jumping programs. Countries like the United States, South Korea, and Turkey are developing competitive programs with purpose-built training facilities. The FIS Continental Cup circuit provides development opportunities for athletes from non-traditional nations, while the growing availability of professional event management technology (including platforms like JudgeMate) makes it easier for emerging ski jumping nations to organize competitions that meet international standards.
Women's ski jumping has experienced transformative growth since its Olympic debut at the 2014 Sochi Winter Games. The women's World Cup circuit has expanded from a handful of events to a comprehensive season-long competition. Athletes like Sara Takanashi (Japan, the all-time women's World Cup victories record holder), Maren Lundby (Norway, 2018 Olympic champion), Nika Križnar (Slovenia), and Katharina Althaus (Germany) have raised performance standards dramatically. Women now regularly achieve distances that would have been competitive in men's events a generation ago. The addition of the Mixed Team event to the Olympic and World Championship programs has further elevated women's participation and visibility, creating competitive formats where men and women compete together in a combined team effort.
The Mixed Team event, featuring two women and two men per nation, was added to the Olympic program at the 2022 Beijing Games and has become a fixture at World Championships and World Cup events. This format promotes gender equality in ski jumping and creates unique tactical dynamics, as coaches must balance their strongest male and female jumpers in an alternating jump order. Beyond Mixed Team, FIS has experimented with innovative formats including Super Team events (two athletes per team, head-to-head knockout format) and modified qualification structures designed to increase competition drama and television appeal. These format innovations keep ski jumping relevant and engaging for modern audiences while maintaining the sport's core athletic challenge.
Learn how wind compensation and gate factor work in ski jumping. Understand headwind, tailwind adjustments, and how FIS ensures fair results.
Read guideDiscover the physics and technique behind ski jumping flight. Learn how the V-style, body position, and aerodynamics let jumpers soar 100+ meters, plus how they train for it.
Read guidePurpose-Built Scoring Technology for Distance, Style, Gate, and Wind Compensation
JudgeMate's ski jumping platform is engineered to handle the sport's uniquely complex scoring system with precision and speed. From processing five-judge style panels to calculating real-time wind compensation, our technology ensures that every competition — from regional events to FIS-sanctioned championships — delivers accurate, transparent, and professional results.
JudgeMate processes all four scoring components — distance points, style marks, gate factor, and wind compensation — simultaneously and instantaneously. The moment the fifth judge submits their style mark, the system automatically discards the highest and lowest scores, sums the remaining three, adds distance points, applies gate factor adjustments, and incorporates wind compensation to display the final score. This entire calculation takes less than a second, delivering results to venue scoreboards, broadcast feeds, and online leaderboards virtually instantaneously. No manual calculation, no spreadsheet errors, no delays — just accurate scores delivered at the speed of competition.
JudgeMate provides each of the five judges with an independent scoring interface optimized for the 0.0-20.0 scale used in ski jumping. Judges enter their marks on tablets or smartphones from their designated positions along the landing hill. The system enforces the valid scoring range (0.0-20.0 in 0.5 increments), automatically identifies and removes the highest and lowest marks, and calculates the three-score sum. Individual judge scores are recorded and archived for post-competition review, enabling head judges to identify scoring inconsistencies and provide feedback to their panels. The interface is designed for speed and accuracy — judges can submit scores with minimal taps, critical when processing 50+ jumps in a single competition round.
JudgeMate integrates each hill's specific gate factor table and wind compensation values directly into the scoring engine. Competition administrators input the hill's technical data (K-point, HS, meters-per-point values, gate factor coefficients, wind factor tables) during event setup. During competition, when the jury changes the starting gate or when wind readings are entered, the system automatically applies the correct compensation values. This eliminates the complex manual calculations that were historically required for gate and wind adjustments — calculations where a single error could affect the entire competition standing. The system supports real-time gate changes mid-round, automatically recalculating affected athletes' scores.
Every score displayed through JudgeMate includes a complete breakdown: distance achieved, distance points earned, all five judge marks (with highest and lowest clearly marked as eliminated), three-score style sum, gate factor adjustment, wind compensation value, and final total score. Athletes and coaches can immediately understand exactly how a score was calculated and where points were gained or lost. This transparency reduces disputes and builds trust in competition results. The system maintains a complete audit trail of every data entry — including timestamps and operator identification — creating an unalterable competition record that can be reviewed if questions arise.
JudgeMate's output feeds directly into broadcast graphics systems, enabling television and streaming productions to display real-time scores, standings, and score breakdowns. On-screen overlays can show individual component scores as they're submitted, building anticipation as the total score is assembled. Venue scoreboards and spectator-facing displays update instantly, maintaining the energy and engagement that make ski jumping events exciting for live audiences. Online leaderboards and social media integration extend the competition experience beyond the venue, allowing fans worldwide to follow events in real time with the same comprehensive scoring data available to on-site spectators.
Ski jumping events take place outdoors in winter mountain conditions where temperatures may drop below -20°C and where judges are positioned along exposed landing hills. JudgeMate's mobile-first design features large touch targets that work with gloved hands, high-contrast displays visible in bright snow glare or flat mountain light, and cloud-based synchronization that operates efficiently even with limited connectivity. The system is optimized for minimal bandwidth usage, ensuring reliable performance even when venue internet infrastructure is limited. For critical competitions, JudgeMate supports offline score entry with automatic synchronization when connectivity is restored, ensuring no data is lost regardless of conditions.
From local Normal Hill events to FIS World Cup stops and Olympic-level championships, JudgeMate provides the comprehensive scoring technology that modern ski jumping demands. Deliver accurate, transparent, and instant results that athletes, coaches, spectators, and broadcasters expect.
The future of ski jumping competition management is here. Join event organizers worldwide who trust JudgeMate for professional, transparent, and precise ski jumping scoring. Whether you're preparing for the 2026 Milan-Cortina Olympics or running your first local competition, our platform scales to meet your needs.
