Racquets add years
A 25‑year study highlighted this week found playing racquet sports was linked to the biggest life‑expectancy gains — researchers suggested it could add up to about 10 years to your life compared with non‑players. That’s a striking payoff if you’re balancing gym time with social, durable activity; racquet sports combine aerobic movement, bursts of power, and social engagement that appear to stack into long‑term benefit. (tomsguide.com)
The claim making the rounds this week comes from a real study, but it did not discover some hidden miracle of tennis in 2026. It comes from a long-running Danish cohort called the Copenhagen City Heart Study, published in *Mayo Clinic Proceedings* in 2018. Researchers followed 8,577 adults for up to 25 years and compared the life expectancy associated with different leisure sports. Tennis came out on top. It was linked to 9.7 extra years of life compared with being sedentary. Badminton followed at 6.2 years. Soccer, cycling, swimming, jogging, calisthenics, and health-club exercise all trailed behind. The paper was observational, so it cannot prove that racquet sports caused those extra years. But the ranking was striking enough that people are still resurfacing it now. (mayoclinicproceedings.org) What made the result memorable was not just that tennis beat running. It was the size of the gap. In the same analysis, cycling was associated with 3.7 added years, swimming with 3.4, and jogging with 3.2. Health-club exercise barely moved the estimate at all. That does not mean treadmills are useless. It means the study was picking up something broader than calories burned. The authors said as much. The sports with the biggest apparent payoff were the ones that naturally involved other people. (health.yahoo.com) That social piece keeps showing up in the literature. A large British study of 80,306 adults, published in the *British Journal of Sports Medicine* and later summarized by Harvard Health, found that people who played racquet sports had a 47% lower risk of death from any cause and a 56% lower risk of cardiovascular death compared with inactive people. Swimming and aerobics also looked good. Running did not show a statistically significant drop in all-cause mortality in that analysis. Again, this was not proof of cause and effect. But it pointed in the same direction as the Danish work: the best outcomes were tied to activities that mix sustained movement with coordination, bursts of effort, and regular human contact. (health.harvard.edu) That matters because racquet sports are physiologically messy in a useful way. They are aerobic, but not monotonous. A match asks for repeated accelerations, decelerations, pivots, reaches, and short recoveries. That combination trains the heart, legs, balance, and reaction time at once. It also tends to be self-reinforcing. People return because someone is waiting on the other side of the net. Adherence is the hidden variable in almost every exercise story, and sports that are fun enough to keep people showing up for years usually beat perfect workout plans that dissolve by February. A later Copenhagen analysis found a U-shaped pattern for time spent in sports, suggesting that more is not endlessly better, but regular participation still mattered. (mayoclinicproceedings.org) The newer evidence does not hand tennis a permanent gold medal, but it does support the larger idea. A 2025 *BMJ Medicine* paper that pooled two big cohort datasets with repeated activity measures over roughly 30 years found that total physical activity mattered most, and that most individual activities were linked to lower mortality. The exact pecking order was less dramatic than in the Copenhagen paper. That is a useful correction. The 10-year figure is best understood as a model-based estimate from one famous cohort, not a guaranteed bonus for buying a racquet. Still, the old Danish study keeps resurfacing because it captured something people recognize instantly: exercise works better when it is also a game, and when another person notices if you do not show up. (bmjmedicine.bmj.com)