Cycling and gentle mobility: pedaling for your daily health

Have I ever calculated how much time I spend traveling or in my car each week? What if part of this time automatically became physical activity time, without adding anything to my schedule? This is exactly what the utility bike allows, cycling as a means of transportation, not as a sport.

In France, 60% of car journeys are less than 5 km, a distance easily covered by bike in less than 20 minutes. Regular cycling, even at a moderate pace, produces cardiovascular, metabolic and mental benefits well documented by research. And it has several unique benefits that few other physical activities can offer.

1. The specific benefits of cycling: what sets it apart

Cycling shares many benefits with other aerobic activities, but it also has its own characteristics:

2. The key figures: what the research says about daily cycling

The great originality of the bicycle as an object of study is that it makes it possible to measure the benefits of active travel on a daily basis, not just of leisure sport. The data is remarkable:

• ●All-cause mortality: a Danish reference study (Andersen et al., BMJ 2000) following 30,640 people over 14 years shows that regular cyclists have a 28% lower risk of all-cause mortality, even after adjusting for leisure physical activity.

• ●Cardiovascular health: cycling to work 5 days a week reduces the risk of heart attack by 46% (Celis-Morales et al., BMJ 2017, UK Biobank study on 264,000 people).

• ●Type 2 diabetes: Cyclist commuters have a 20 to 24% lower risk of diabetes compared to non-cyclists, regardless of their total physical activity.

• ●Mental health: an Ipsos/Decathlon study (2022) shows that 82% of regular cyclists report an improvement in their mood and daily energy level.

• ●Carbon footprint and health: replacing 1 car trip per day with a bike trip reduces the personal carbon footprint by 67% on this trip, a unique double health-environmental benefit.

3. Utility bike vs sports bike: two complementary practices

It is important to distinguish two uses which complement each other and do not replace each other:

• ●The utility bike (commuting, shopping, leisure activities): practical at a moderate pace, integrated into travel. Cardiovascular and metabolic benefits per daily accumulation. Regularity is its main asset.

• ●Sports cycling (road, mountain biking, gravel, indoor cycling): practice at variable intensity, with structured sessions. Allows you to go further in cardiovascular adaptations, muscle strengthening and performance.

• ●The electric bicycle (VAE): a stubborn received idea: the VAE does not eliminate the benefits. A study published in Transportation Research (Langford et al., 2017) shows that e-bike users travel longer distances and cover more kilometers than unassisted cyclists, which translates into often higher total physical activity.

4. How to integrate cycling into my daily life: practical strategies

The main obstacle to daily cycling isn't the physical effort, it's the logistics involved. Here's how to simplify it:

• ●Cycling between home and work: start with 1 or 2 days per week. Bring a change of clothes in the office. A 20 to 30 minute round trip is enough to cover a significant portion of the 150 weekly OMS minutes.

• ●Shopping and short trips: equip yourself with a luggage rack or bags for shopping. A city bike with basket or trailer allows you to replace the car for the majority of intra-urban journeys.- Safety and minimum equipment: helmet (essential), front and rear lights (obligatory), quality anti-theft device. A bicycle in good condition takes priority over sports equipment.

• ●Cycle paths and routes: use applications (Google Maps cycling mode, Strava, OpenCycleMap) to identify the safest and least stressful routes. Traffic stress reduces psychological benefits.

• ●Indoor cycling as a winter supplement: spinning or exercise cycling allows you to continue the practice in winter or in bad weather, with equivalent cardiovascular benefits.

5. Cycling and prevention of MSDs: essential precautions

Cycling is generally gentle on the joints, but poor posture or incorrect bike adjustment can create avoidable pain. Points of vigilance:

• ●Saddle height: the most important adjustment. At the bottom of pedaling, the knee should have a slight flexion (around 25-30 degrees). A saddle that is too low causes knee pain; too high, hip pain.

• ●Position on the handlebars: too far forward causes neck and lumbar tension. An upright or semi-upright position is recommended for city cycling.

• ●Pedaling frequency: pedaling at a high frequency (80-100 rpm) at low resistance is less restrictive on the knees than pedaling hard at a slow frequency.

• ●Warming up the knees: on short journeys, start at low intensity for the first few minutes to warm up the joint cartilages, especially in cold weather. 14px;font-weight:700;color:#006064;font-size:1.1rem">💡 Tips to remember
  1. Pedal to work 5 days a week week reduces the risk of heart attack by 46%, one of the most spectacular figures for cardiovascular prevention through physical activity.
  2. 60% of car journeys are less than 5 km in France. Replacing these trips with cycling covers a significant part of the 150 min of physical activity recommended by the WHO.
  3. The electric bike does not eliminate the benefits: its users pedal more often and further than cyclists without assistance, which translates into greater total physical activity.
  4. Saddle height is the most important adjustment: at the bottom of pedaling, the knee should have a slight flexion of 25-30 degrees. Improper adjustment is the primary cause of cycling pain.
  5. A health check-up allows you to assess whether cycling is suitable for your cardiovascular and joint profile, and to identify the optimal intensity level for your health goals.