A triple axel is the most difficult triple jump in figure skating, requiring 3.5 revolutions in the air rather than the standard three. I have watched countless competitions where this single jump determines medal placements. The skater takes off moving forward and lands moving backward, which creates that extra half-rotation challenge.
You will learn exactly why this jump demands 3.5 rotations instead of three. I will break down the physics, the history, and the small group of skaters who have mastered it. By the end, you will understand why landing a triple axel remains one of the most celebrated achievements in the sport.
Table of Contents
What Is a Triple Axel?
A triple axel is a figure skating jump consisting of 3.5 revolutions in the air, making it the only triple jump that actually requires more than three full rotations. The jump begins with a forward takeoff and ends with a backward landing on the opposite foot. This unique entry and exit pattern distinguishes it from every other jump in a skater’s arsenal.
The name confuses many casual fans. A “triple” axel is not three rotations. It is three and a half. This misunderstanding leads people to underestimate just how difficult this jump truly is.
Key Characteristics of a Triple Axel
- Takeoff: Forward outside edge on one foot
- Rotations in air: 3.5 full turns
- Landing: Backward outside edge on the opposite foot
- Jump type: Edge jump (no toe pick assistance)
- Base value: 8.80 points (ISU judging system)
The 3.5 Rotation Explained
All axel jumps include an extra half rotation because of the forward-to-backward transition. A single axel is 1.5 rotations. A double axel is 2.5 rotations. A triple axel is 3.5 rotations.
Some experts argue a triple axel is closer to a quadruple jump than a triple in terms of difficulty. The skater must generate enough rotational speed to complete those 3.5 turns in less than one second of air time. The landing is blind, meaning the skater cannot see the ice during the final moments before touching down.
History of the Triple Axel
The axel jump carries the name of its creator, Norwegian skater Axel Paulsen. He first performed the single version in 1882. The jump has evolved from a novel exhibition piece to the most technically demanding element in competitive skating.
Early Development
Dick Button landed the first double axel at the 1948 Winter Olympics. This achievement marked the beginning of the jump’s competitive evolution. For three decades, the double axel remained the standard for elite skaters.
The First Triple Axel
Canadian skater Vern Taylor made history at the 1978 World Championships by landing the first triple axel in competition. This breakthrough opened a new era of technical advancement. Male skaters began incorporating the jump into their programs throughout the 1980s.
Female Skaters Break Through
Midori Ito of Japan became the first woman to land a triple axel in competition in 1988. Her achievement redefined what was possible for female skaters. Tonya Harding followed in 1991 as the first American woman to land the jump.
These milestones came decades apart, highlighting the jump’s extreme difficulty. Even today, only a handful of women have successfully landed triple axels in international competition.
The Quadruple Axel Era
American skater Ilia Malinin landed the first quadruple axel in competition in September 2022. This historic jump required 4.5 rotations. The achievement pushed the boundaries of human capability in figure skating.
Malinin’s success raised an interesting question: does the quadruple axel make the triple less impressive? Most experts say no. The triple axel remains a benchmark of excellence, especially for female skaters where it continues to be rare.
Technical Breakdown: How It Works?
A triple axel consists of four distinct phases that must flow together seamlessly. Each phase builds momentum for the next. A mistake in any phase usually results in a fall or downgrade.
Phase 1: The Approach
The skater enters the jump with speed and a controlled outside edge. The approach typically covers the length of the rink’s short axis. Proper edge control during this phase determines the quality of takeoff.
Phase 2: The Takeoff
The skater launches from a forward outside edge without using the toe pick. This distinguishes the axel from toe jumps like the toe loop or flip. The skater swings the free leg forward to create lift while simultaneously beginning the rotation.
The forward takeoff creates the need for the extra half rotation. Since the skater faces forward at takeoff but must land backward, they cannot complete a clean rotation count like other jumps.
Phase 3: Flight and Rotation
The skater completes 3.5 rotations while airborne. Elite skaters achieve this in approximately 0.65 to 0.75 seconds. The skater pulls their arms tight to increase rotational speed using the principle of conservation of angular momentum.
Maximum height for a triple axel ranges from 18 to 22 inches off the ice. The skater travels 6 to 8 feet horizontally during the jump. These measurements are smaller than those of toe jumps because the axel relies entirely on edge power.
Phase 4: The Landing
The skater touches down on the backward outside edge of the opposite foot from takeoff. The landing foot absorbs impact forces up to four times the skater’s body weight. The skater must control this impact while maintaining backward glide.
The landing is “blind” because the skater’s back faces the direction of travel during the final rotation. Skaters rely on spatial awareness and muscle memory to stick the landing.
Why the Triple Axel Is So Difficult?
The triple axel combines multiple technical challenges that no other triple jump faces simultaneously. Understanding these factors explains why even elite skaters struggle with consistency.
The Rotation Count Reality
A triple axel requires 3.5 rotations while other triple jumps require only 3. That extra half-turn represents a 17% increase in rotational demand. The skater must rotate faster or stay airborne longer to compensate.
Research shows that skaters rotate at approximately 300 to 360 degrees per second during a triple axel. This rotational velocity approaches the biomechanical limits of what the human body can control while airborne.
The Forward Takeoff Disadvantage
All other triple jumps take off while moving backward. Skaters generate more power and control when launching from a backward edge. The forward takeoff of the axel feels less natural and provides less leverage.
The forward motion also means the skater cannot see their landing zone during takeoff. They must trust their spatial awareness completely.
The Opposite Foot Landing
The triple axel lands on the foot opposite from takeoff. This creates a transfer of momentum that is difficult to control. The skater must shift their center of gravity while rotating at high speed.
Comparison to Other Triple Jumps
The triple lutz, considered the second-hardest triple, uses a toe pick assist and takes off backward. The triple toe loop uses a toe pick and backward takeoff. The triple flip uses a toe pick and backward inside edge.
Only the axel relies entirely on edge power with no toe assistance. Only the axel requires the forward-to-backward transition. These unique characteristics make it the ultimate test of jumping skill.
Notable Skaters Who Have Landed the Triple Axel
The list of skaters who have successfully landed triple axels in international competition is surprisingly short. This rarity makes each successful landing a historic moment.
Pioneering Male Skaters
Vern Taylor’s 1978 breakthrough opened the door for male skaters. Throughout the 1980s and 1990s, the triple axel became standard for competitive men. Brian Boitano, Kurt Browning, and Scott Hamilton all mastered the jump during this era.
Today, most elite male skaters include triple axels in their competitive programs. The jump has become a baseline requirement for medal contention at major championships.
Female Skaters Who Made History
Midori Ito landed the first female triple axel in 1988. Her jump changed the perception of what women could achieve technically. Tonya Harding became the first American woman to land it in 1991.
Koko Yamada, Ludmila Nelidina, and Yukari Nakano added their names to the list in the early 2000s. Mao Asada of Japan landed multiple triple axels in Olympic competition, including at the 2010 Vancouver Games.
Recent Achievements
Mirai Nagasu landed a triple axel at the 2018 PyeongChang Olympics, becoming the third American woman to do so at the Games. Alysa Liu landed triple axels in competition before retiring from singles skating. Amber Glenn has successfully landed the jump in recent seasons.
As of 2026, fewer than ten women have ever landed a triple axel in international competition. This statistic highlights the jump’s extreme difficulty even at the highest levels.
The Quadruple Axel Pioneer
Ilia Malinin’s quadruple axel in 2022 pushed the sport into new territory. The jump required 4.5 rotations and made the triple axel look almost attainable by comparison. Malinin continues to land the quad axel regularly in competition.
Triple Axel vs Other Figure Skating Jumps
Understanding how the triple axel compares to other jumps helps explain its unique difficulty. Each jump type has distinct characteristics that affect execution.
Here is how the triple axel compares to other triple jumps in the ISU judging system:
| Jump | Rotations | Takeoff | Toe Pick | Base Value |
|---|---|---|---|---|
| Triple Toe Loop | 3.0 | Backward | Yes | 4.90 |
| Triple Salchow | 3.0 | Backward | No | 4.40 |
| Triple Loop | 3.0 | Backward | No | 5.10 |
| Triple Flip | 3.0 | Backward | Yes | 5.50 |
| Triple Lutz | 3.0 | Backward | Yes | 6.00 |
| Triple Axel | 3.5 | Forward | No | 8.80 |
How to Identify a Triple Axel When Watching
The forward takeoff is the clearest visual cue. Look for the skater approaching while facing forward. The jump also looks slightly higher than edge jumps but shorter than toe jumps.
Count the rotations if possible. A triple axel rotates longer in the air than other triples. The skater lands on the opposite foot from takeoff, creating a distinctive crossing motion.
Training Progression: From Waltz Jump to Triple Axel
No skater starts with a triple axel. The progression takes years of systematic training. Most elite skaters begin learning the axel pattern as children.
Building the Foundation
Young skaters begin with the waltz jump, essentially a half-rotation axel. This teaches the forward takeoff and backward landing pattern. Single axels follow, requiring 1.5 rotations.
The double axel represents a major hurdle. It requires 2.5 rotations and often takes years to master. Many competitive skaters never progress beyond the double axel.
The Triple Axel Barrier
Adding that final rotation pushes the jump into elite territory. Skaters need exceptional rotational speed and air position. The timing of the takeoff must be precise.
Coaches use off-ice training to build the necessary strength and coordination. Harness systems help skaters practice the rotation pattern safely. Video analysis fine-tunes technique details.
Physical and Mental Requirements
The triple axel demands explosive leg power for takeoff and core strength for rotation control. Skaters need excellent proprioception to maintain body position while spinning. Mental focus is equally important given the blind landing.
Many skaters report that the triple axel feels more like a mental barrier than a physical one. The fear of falling on a blind landing can prevent even capable skaters from committing fully.
Is a Triple Axel Still Impressive
Yes, a triple axel remains deeply impressive even in the era of quadruple jumps. The jump’s difficulty-to-reward ratio makes it high-risk for any skater.
The Context of Modern Skating
While male skaters now regularly land quadruple jumps, the triple axel still separates good skaters from great ones. For women, the triple axel remains a game-changing element that can elevate a program’s technical score significantly.
The base value of 8.80 points makes it one of the highest-scoring elements available. When executed well with positive grade of execution, it can deliver over 10 points to a program.
Why Some Skaters Skip It
Many elite skaters choose not to include triple axels in their programs. The risk of falling or under-rotating often outweighs the potential points gain. A clean triple lutz followed by a combination may score more reliably.
This strategic calculation proves how difficult the jump remains. Even skaters capable of landing it in practice often leave it out of competition programs.
Frequently Asked Questions
Who has done a quadruple axel?
Ilia Malinin of the United States landed the first quadruple axel in competition at the US International Figure Skating Classic in September 2022. As of 2026, he remains the only skater to successfully land this jump in international competition. The quadruple axel requires 4.5 rotations in the air.
How difficult is a triple axel?
A triple axel is extremely difficult, combining three major challenges: 3.5 rotations instead of 3, a forward takeoff that generates less power than backward takeoffs, and a blind landing where the skater cannot see the ice. The forward-to-backward transition creates the extra half rotation that makes this jump harder than any other triple.
Has anyone landed a triple axel?
Yes, many male skaters have landed triple axels since Vern Taylor first succeeded in 1978. For women, the list is much shorter: Midori Ito, Tonya Harding, Koko Yamada, Ludmila Nelidina, Yukari Nakano, Mao Asada, Mirai Nagasu, Alysa Liu, and Amber Glenn are among the few who have landed it in international competition.
What’s more than a quadruple axel?
Currently, nothing in competitive figure skating exceeds the quadruple axel. A quintuple axel would require 5.5 rotations, which most experts consider physically impossible with current techniques and human limitations. The quadruple axel itself was considered impossible until Ilia Malinin landed it in 2022.
Why is it called an axel?
The jump is named after Axel Paulsen, a Norwegian figure skater who invented it in 1882. Paulsen first performed the single axel, and the name stuck as the jump evolved through doubles, triples, and now quadruples. He was also a speed skater who won world championships in both disciplines.
Is triple axel harder than quad toe loop?
Many skaters find the triple axel more difficult than a quadruple toe loop, despite the quad having one more rotation. The toe loop uses a toe pick assist and backward takeoff, which make rotation easier to generate. The axel’s forward takeoff and edge-only launch create unique challenges that some skaters find harder to master than the quad toe.
Conclusion
A triple axel is a figure skating jump requiring 3.5 revolutions in the air, combining a forward takeoff with a backward landing on the opposite foot. This unique combination makes it the most difficult triple jump in the sport.
We have explored the history, the physics, and the elite group of skaters who have mastered this element. The triple axel remains a benchmark of technical excellence, especially for female skaters where it continues to separate the good from the legendary.
The next time you watch a figure skating competition, pay attention to this jump. You will understand why commentators fall silent when a skater attempts it. You will appreciate the years of training required. And you will join the millions of fans who gasp when a skater lands it cleanly, knowing you have witnessed something extraordinary.