
Dragon boating has developed from a traditional festival into a competitive worldwide sport. The Recent 17th International Dragon Boat Federation (IDBF) Championships (Brandenburg, Germany, 2025) and significant regional events confirm its growth:
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- The recent world championships were the largest IDBF event ever. Nearly 4,000 athletes representing 33 countries across 1,288 crews were supported by 700 participants.
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- Record-breaking participation led organizers to expand the race program, with entries nearly double those of the 2023 championships.
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- Regional enthusiasm reinforces global interest. Hong Kong’s international races attract over 4,500 athletes across 190 teams. Canada’s festivals see more than 200 crews and attract over 75,000 spectators.
These milestones underscore that dragon boating is a fast-growing, culturally rich, competitive sport gaining traction worldwide.
- Regional enthusiasm reinforces global interest. Hong Kong’s international races attract over 4,500 athletes across 190 teams. Canada’s festivals see more than 200 crews and attract over 75,000 spectators.
Who’s in the Boat?
Unlike many popular sports, dragon boating attracts older athletes—especially those transitioning from rowing, swimming, triathlon, or other endurance sports. Its inclusive team spirit provides community and competition without requiring early specialization.
| Event / Region | Participation Highlights |
| 2025 IDBF World Championships (Germany) | 4,000 athletes, 1,288 crews, 33 countries, designated senior categories |
| Hong Kong International Races | Over 4,500 athletes, 190 teams |
| Vancouver (Canadian Festival) | 200+ crews, 75,000+ spectators |
While detailed demographics are not routinely published, secondary sources show that dragon boating is an inclusive sport. Globally, participation is estimated at about 60% men and 40% women, with athletes ranging from teens to their 80s. In Brandenburg, Germany, the International Dragon Boat Federation (IDBF) recognized several racing categories for older athletes. These include “Senior A” (40+), “Senior B” (50+), and “Senior C” (60+), ensuring older athletes are structurally included in competition. This framework confirms dragon boating as a rare multi-generational, mixed-gender sport where participation extends across age and gender.
Uneven Training Across Clubs
Despite its rapid expansion, dragon boating still lacks standardized training protocols. Some clubs emphasize structured conditioning, technical drills, and periodization; others rely on shortcuts based on tradition or convenience. For example, some teams rigidly enforce a single-stroke method, ignoring crew composition or racing circumstances. On the ground, this often means training is limited to water sessions alone, without strength and endurance work. The result is a narrow focus on form repetition and seat time, rather than the balanced athletic development needed to raise performance standards.
One of the most common shortcuts is using ergometers (Ergs) for time trials and testing. While ergometers provide measurable outputs and consistency, their role in crew selection and athlete assessment remains controversial. As Dragon Analytics’ Mark Fogliani pointed out, erg performance does not reliably translate to on-water performance because paddling is a closed-chain movement (the paddle is fixed). In contrast, the erg work is open-chain (the paddler is fixed). The article warns that “however ‘good’ you get on the ergo, this will have no direct translation to how fast you are on the water other than from a fitness and base technique perspective.”

Closed vs. Open-Chain Movements in Dragon Boat Paddling
This mismatch raises questions about the erg’s fitness for purpose. On-water paddling is a closed-chain movement, like a pull-up, where the body moves against a fixed point. Meanwhile, erg training is an open-chain exercise, like a lat pulldown, where the paddle or handle moves toward the body. This discrepancy means erg performance often fails to accurately predict efficiency and speed on the water. The diagram below illustrates this point.

This difference in movement pattern — closed-chain on the water versus open-chain on the erg — means the muscles are recruited in opposite directions. This is why erg scores do not readily translate into observed boat speed or efficiency.
Training on an ergometer can also distort stroke mechanics. Ergs reward artificially long strokes, boosting scores but reinforcing habits that do not translate to real-time stroke efficiency. Unfortunately, the intensive erg training required to achieve competitive scores is linked with a higher risk of injuries, particularly in the lower back, knees, and hips.
Furthermore, unlike the ethos of inclusivity the IDBF has sought to establish, the erg favors taller and larger paddlers, at the expense of lighter ones, who can use their mass to generate greater power. As I will discuss in my next blog post, this bias toward size and mass can be a handicap. All else being equal, smaller paddlers produce greater speed and efficiency than larger paddlers, especially over longer distances. Below is a summary of the common statements on using erg scores to evaluate performance.
| Claim | Evidence Supporting Claim |
| Erg scores do not equate to on-water efficiency/power | Ergs = open-chain, paddling = closed-chain → different recruitment; machine stroke mechanics differ; oartec.com |
| Erg technique is misaligned with boat performance | Ergs reward long strokes that don’t exist in real paddling; dragonboat.house |
| Injury risk (hips, knees, low back) | Rowing studies: erg use strongly linked to low-back, knee, and hip pain and overuse injuries (activesafe.ca, bjsm.bmj.com) |
| Bias toward taller/heavier athletes | Taller = longer stroke, heavier = more absolute power; widely acknowledged in rowing/erg contexts. |
| Useful training/testing tool in moderation | Ergs enable off-water training, consistent fitness comparisons, and data collection for conditioning. |
Conclusion: Finding Alter `Ergo(Metrics)’
To help dragon boating develop as a sport, we can consider a balanced, comprehensive training approach:
- Strength and weight training to build physical resilience and prevent injuries.
- Endurance exercises (like running, cycling, swimming) for race stamina and cardiovascular health.
- Dragon Boat O-1s or small boats for refining individual techniques on the water.
- Resistance training in boats (drag paddles, bungee resistance, section paddling, and seat work) to mimic load conditions in water.
- On-water time trials can be conducted thoughtfully to reduce environmental variability.
💡 For a deeper look at the community and teamwork that make dragon boating unique, see the TEDx talk “Dragon Boating: More Than Just a Sport”: https://www.youtube.com/watch?v=37LIZU4RVTo&t=234s
References
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- Dragon Boat Sport. 17th IDBF World Dragon Boat Racing Championships, Brandenburg, Germany: Bulletin 3. 2025. https://www.dragonboat.sport/news/bulletin-3-17th-idbf-world-dragon-boat-racing-championships-brandenburg-germany
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- Dragon Boat Sport. Expanded Race Program Confirmed for 17th IDBF World Championships. 2025. https://www.dragonboat.sport/news/expanded-race-program-confirmed-17th-idbf-world-dragon-boat-racing-championships-brandenburg-germany
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- South China Morning Post (SCMP). Dragon boating grows around the world with friendship driving the sport’s boom. July 2025. https://www.scmp.com/sport/china/article/3313493/dragon-boating-grows-around-world-friendship-driving-sports-boom
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- Wikipedia. Canadian International Dragon Boat Festival. Accessed August 2025. https://en.wikipedia.org/wiki/Canadian_International_Dragon_Boat_Festival
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- Dragon Analytics. Fogliani, M. 10 Ways an Ergo Helps a Dragon Boat Paddler and One Way It Doesn’t. 2016. https://dragonanalytics.com.au/10-ways-an-ergo-helps-a-dragon-boat-paddler-and-one-way-it-doesnt
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- Hooper, I. The Rowing Ergometer: Its Relevance to Training and Testing. Oartec, 2018. https://www.oartec.com/wp-content/uploads/2018/06/The-Rowing-Ergometer-Its-Relevance-to-Training-and-Testing-Ivan-Hooper.pdf
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- British Journal of Sports Medicine. Fatigue changes lumbar spine motion during rowing ergometer exercise. 2011. https://bjsm.bmj.com/content/45/4/383.3
- Activesafe. Rowing Injury Fact Sheet. 2018. https://activesafe.ca/wp-content/uploads/2018/04/Rowing.pdSharyn O’Hallorantlowaa







