What Is a Quintuple Axel
A quintuple axel is a proposed figure skating jump that would involve four and a half rotations in the air, landed forward. It would be an extension of the current highest competitive jump, the quadruple axel, which features three and a half rotations. No skater has yet completed a quintuple axel in competition, and only a handful of attempts have been recorded in practice or exhibition settings. The discussion around the jump centers on biomechanics, injury risk, and the evolving technical limits of human performance on ice.
Jump Mechanics and Technical Demands
Basic Axel Takeoff and Rotation
The axel is distinguished from other jumps by its forward takeoff, which naturally adds half a rotation to the total revolution count. For a quadruple axel, the skater aims for four full rotations after that half, totaling four and a half. A quintuple axel would extend this to five full rotations after the takeoff half, requiring five complete turns in the air.
Power, Edge Work, and Air Position
Skaters generate the necessary impulse through a powerful outside edge takeoff, maximizing horizontal velocity. In the air, maintaining a tight, fast rotational posture is essential to completing multiple revolutions safely. Small deviations in body position or insufficient rotational speed quickly lead to under-rotation or imbalance upon landing, raising the risk of falls and joint impact.
| Jump Type | Rotations in Air | Current Competitive Status |
|---|---|---|
| Triple Axel | Three and a half | Standard for most elite skaters in women’s and men’s programs |
| Quad Axel | Four and a half | Common among elite men and increasingly among women at senior level |
| Quintuple Axel (proposed) | Five and a half | Not yet landed in competition; limited practice attempts only |
Historical Context and Attempts
Coaching staff and sport scientists have discussed the theoretical possibility of a quintuple axel as early pattern speeds and training methods advanced. In the 2010s, a few top male skaters publicly experimented with the jump in controlled environments, and some younger skaters have attempted it in practice under supervision. No official competition footage exists of a successful quintuple axel, and governing bodies have not established a value for the jump because it has not been performed under competition conditions.
Biomechanics and Injury Considerations
Each additional rotation increases the forces absorbed upon landing, particularly in the knees, hips, and ankles. Orthopedic research on elite figure skaters indicates that even quadruple jumps place considerable stress on lower-body joints. Coaches and sports medicine professionals generally agree that attempting a quintuple axel would magnify these loads and may raise the long-term injury risk unless skaters develop corresponding strength, on-ice awareness, and safer training protocols.
Training Pathways and Readiness
Foundation in Single and Double Jumps
Skaters typically master single and double rotations in various configurations before progressing to triple and quadruple variants. Consistent, clean quadruple axel attempts are considered a prerequisite for any serious quintuple axel work.
On-Ice and Off-Ice Preparation
- Repetition of correct rotational technique on fewer-rotation jumps.
- Strength training focused on core stability, leg power, and joint resilience.
- Controlled progressive increases in rotation speed and landing frequency.
- Use of video analysis and biomechanical feedback to refine form.
Governing Rules and Competitive Implications
Currently, the International Skating Union assigns base values only to jumps through the quadruple axel in senior-level competitions. A quintuple axel would need formal recognition, standardization of its entry and execution, and a decision on its scoring before it could influence program strategies. Until then, skaters focus on maximizing the technical content within the established rules, where quadruple axels already play a key role in men’s free skating and are becoming more prominent in women’s programs.
Future Outlook and Practical Expectations
Most coaches and analysts view the quintuple axel as a potential future milestone rather than an immediate competitive element. Advances in training methods, injury prevention, and athletic development could make it more attainable over time. However, the jump will likely remain rare and high-risk, pursued only by skaters with exceptional physical attributes, technical mastery, and tailored support teams. For now, the quadruple axel represents the practical upper boundary of competitive figure skating.