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The benefits of active recovery



Active recovery refers to engaging in low-intensity exercise or movement following intense physical activity, such as running, to enhance the recovery process. The benefits of active recovery in running and the effective implementation strategies for optimal recovery and performance enhancement are detailed below:


Improved Circulation and Metabolic Clearance:

Engaging in low-intensity exercise during the recovery period stimulates blood flow, promoting the delivery of oxygen and nutrients to the muscles. This increased circulation helps remove metabolic waste products, such as lactate, which are associated with muscle fatigue. Active recovery activities like light jogging or cycling can enhance metabolic clearance and accelerate recovery after intense running sessions.


Reduction of Muscle Soreness:

Active recovery has been shown to reduce muscle soreness, also known as delayed-onset muscle soreness (DOMS). Low-intensity exercise helps to alleviate the discomfort associated with DOMS by increasing blood flow, which aids in the removal of inflammatory substances and promotes the release of endorphins, natural pain-relieving chemicals.


Maintenance of Running Mechanics and Neuromuscular Function:

Engaging in active recovery exercises that mimic running movements, such as strides or form drills, can help maintain running mechanics and neuromuscular function. By reinforcing proper movement patterns and muscle activation, active recovery can minimise the negative effects of fatigue on running technique, reducing the risk of injury and optimising performance.


Psychological Benefits:

Active recovery not only provides physical benefits but also has positive psychological effects. Engaging in low-intensity exercise following intense running sessions can promote relaxation, reduce stress levels, and improve overall mood. This psychological recovery aspect is crucial for maintaining motivation, preventing burnout, and promoting long-term adherence to a training program.


Implementation Strategies:

Timing: Active recovery should be performed as soon as possible after intense running sessions to maximise its benefits. Incorporating it within the first hour post-exercise is ideal. However, the duration and intensity of active recovery should be adjusted based on individual factors, such as fitness level, training volume, and the intensity of the preceding workout.


Intensity and Duration: Active recovery exercises should be performed at a low intensity, typically below 50-60% of maximal effort. The duration of active recovery sessions can range from 10 to 30 minutes, depending on individual preferences and training goals. The emphasis should be on maintaining a comfortable pace and avoiding additional stress on fatigued muscles.


Variety: To prevent monotony and boredom, incorporating a variety of active recovery exercises is beneficial. Options include light jogging, cycling, swimming, walking, or engaging in other low-impact activities that promote movement and blood flow without excessive stress on the muscles and joints.


Individualisation: Active recovery strategies should be tailored to individual needs and preferences. Factors such as age, fitness level, injury history, and personal recovery patterns should be taken into consideration when designing an active recovery plan.


Active recovery is a valuable strategy for enhancing recovery and optimising performance in running. Engaging in low-intensity exercise following intense running sessions improves circulation, reduces muscle soreness, maintains running mechanics, and provides psychological benefits. By incorporating active recovery strategies with appropriate timing, intensity, variety, and individualisation, runners can promote efficient recovery, reduce the risk of injury, and achieve long-term success in their training and performance goals.

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