Can’t Touch Your Toes? Tips for Improving Flexibility with Age

As we age, maintaining flexibility becomes increasingly important for overall health and well-being. While many associate stretching with athletes, the ability to simply touch your toes can be a surprisingly telling indicator of physical health – and a skill that diminishes with age. A recent survey indicates that two in five people aged 45 and over are unable to touch their toes while standing.

Is Not Being Able to Touch Your Toes a Cause for Concern?

The inability to touch your toes isn’t automatically a sign of ill health or accelerated aging. Physiotherapist and coach Kim Johnson, co-founder of Move Well gym in London, explains that this seemingly simple act depends on a complex interplay of factors. These include hamstring length, calf flexibility, spinal mobility, hip joint movement, and even neural tension. Genetics and individual body proportions also play a role.

However, a noticeable decline in flexibility can signal a more sedentary lifestyle. Johnson notes that reduced movement, prolonged sitting, and infrequent joint use can contribute to stiffness, aches, and an increased risk of injury. It’s a reflection of how regularly you move your body through its available range of motion.

The Benefits of Flexibility and How to Improve It

Greater flexibility is linked to improved longevity, making it a worthwhile pursuit at any age. The good news is that mobility responds remarkably well to consistent, intelligent training, even well into later life. Jane Thurnell-Read, a healthy aging author, found this to be true firsthand. After struggling to touch her toes for most of her life, she began weight-lifting in her 60s and gradually improved her flexibility, eventually achieving the ability to touch her toes by age 78. She attributes her success to strength training, particularly calf raises and squats.

Improving flexibility isn’t about achieving a specific benchmark like touching your toes; it’s about maintaining and enhancing mobility. This process is similar to building strength, endurance, and speed – it requires consistent effort and will likely be challenging initially, but becomes easier with practice.

Types of Stretches to Enhance Flexibility

There are two primary types of stretches that can help improve flexibility: static and dynamic.

Static Stretches

Static stretches involve holding a muscle in a stretched position for a sustained period, typically around 30 seconds. This allows for deep, isolated stretching of specific muscle groups. Incorporating just 5 to 10 minutes of static stretching into your daily routine, both in the morning and before bed, can significantly improve muscle flexibility. Examples of static stretches include:

• Forward fold (touching your toes)
• Standing quad stretch
• Cross-body shoulder stretch
• Seated single-leg hamstring stretch
• Triceps stretch
• Seated twist
• Butterfly stretch
• Child’s pose
• Overhead side reach
• More advanced stretches like pigeon pose, figure four, and plow pose.

Dynamic Stretches

Dynamic stretches, in contrast to static stretches, involve continuously moving your muscles and joints through their full range of motion. This type of stretching is more vigorous and can even elevate your heart rate. Dynamic stretches are particularly beneficial to perform before and after exercise.

Important Considerations

Before starting any new exercise program, including stretching routines, it’s crucial to consult with your doctor or a qualified personal trainer. This ensures that the exercises are appropriate for your individual health status and physical condition.

Flexibility isn’t a fixed trait; it’s a skill that can be developed and maintained throughout life. By incorporating regular stretching into your routine, you can improve your mobility, reduce your risk of injury, and contribute to a healthier, more active lifestyle. While the ability to touch your toes may not be the ultimate measure of health, it serves as a useful reminder of the importance of staying active and maintaining a full range of motion as we age.