What Is a Triple Axel and Why It Matters
A triple axel is the only figure skating jump that takes off forward and lands backward with three full rotations in the air, making it one of the most difficult elements in the sport. Because of the extra half rotation, it demands greater horizontal velocity, precise entry mechanics, and exceptional control on landing. In modern competition, clean triple axels are essential for high technical scores and program impact. This guide explains how the jump works, how skaters train it, how it is evaluated, common errors, and its role in shaping competitive outcomes over time.
How the Triple Axel Works: Mechanics and Physics
The triple axel is a forward takeoff, backward landing jump with 2.5 revolutions, classified as an axel family jump. The skater enters on a strong outside edge, initiates rotation quickly, and must generate enough height and horizontal speed to complete three full turns before landing on the back outside edge of the opposite foot. The biomechanics emphasize rapid rotation, tight body position, and precise edge control. Because of the forward entry, the jump is sensitive to speed, posture, and timing, which makes it harder to stabilize in competition conditions.
Key Technical Components of a Triple Axel
- Forward outside edge takeoff with deep edges and strong flow
- Quick upper-body counter and fast rotational pull to generate tight spin
- Three full rotations with minimal horizontal drift
- Backward landing on the outside edge with strong knee bend and quick stillness
Scoring the Triple Axel Under the IJS
Under the International Judging System (IJS), the base value of a triple axel is set higher than other triple jumps to reflect its difficulty, with additional grade of execution (GOE) possible for clean performances. Deductions apply for falls, under-rotations, loss of landing position, and visible struggles with balance. Judges pay close attention to entry speed, rotation speed, landing posture, and overall control. Because the triple axel often appears in combination sequences and jump passes, its placement within a program can affect levels and transitions, influencing both technical and presentation components.
IJS Base Value and GOE Potential for Triple Axel
| Element Type | Base Value (Women) | Base Value (Men) | Typical GOE Range |
|---|---|---|---|
| Triple Axel | 8.20 | 8.20 | ±3 to ±4 |
Training and Common Mistakes
Skaters develop triple axels through progressive drills that emphasize edge quality, rotation speed, and landing security. Coaches use patch training, harness work, and repetition of entry patterns to build consistency. Common errors include insufficient edge pressure leading to flat takeoffs, late or slow rotation, drifting in the air, and landing with weight back or on the toe pick. Additional mistakes involve poor posture, early checking of rotation, and landing in a sit position or on two feet, all of which increase fall risk and reduce GOE.
Historical Milestones and Notable Performers
Midori Ito was the first woman to land a ratified triple axel in competition in 1989, while Dick Button performed the first triple axel in men’s skating in the 1950s. Since then, the jump has evolved from a rare highlight to a standard expectation in elite programs. Many championship programs include at least one triple axel, and its presence often distinguishes top-level skaters. Consistent clean triple axels are a benchmark of technical maturity and longevity in a skater’s career.
Triple Axel in Competitive Context and Programs
In competition, skaters decide when to attempt the triple axel based on technical planning, program structure, and risk tolerance. Coaches and choreographers design jump passes and combinations that protect the element while maintaining flow. The triple axel can serve as a strategic anchor in the middle or later part of a program, helping to accumulate high-value technical points. When combined with spins, footwork, and transitions, it contributes to both difficulty and presentation scores.
Lasting Impact and Career Considerations
Mastering the triple axel can extend a skater’s competitive relevance, especially as athletes age and seek to maintain technical credibility. Programs that feature consistent triple axels often receive stronger technical evaluation and fan engagement. Avoiding chronic under-rotation and landing faults helps reduce injury risk and supports long-term development. Skaters who integrate the triple axel thoughtfully into well-structured programs tend to achieve more stable scores and sustained success at high levels of competition.