Somatic-Engineer

🏋️‍♂️⚡ The Relationship Between Strength and the Main Biomotor Abilities

Strength is not an isolated quality. It interacts continuously with speed, power, endurance, mobility and coordination to influence athletic performance.

Strength and speed/power

Greater force production can support:

✅ Faster acceleration
✅ More explosive sprinting
✅ Higher jumping ability
✅ More powerful throwing
✅ Improved change of direction

Relative strength is especially important in sports where the athlete must move their own body quickly and efficiently.

Strength and endurance

Strength can improve movement economy and help athletes maintain technique under fatigue.

However, excessive endurance training may reduce maximal strength and power development if both qualities are poorly balanced within the programme.

Strength and mobility

Adequate mobility allows athletes to express strength through an effective range of motion.

Limited mobility may create compensations, reduce movement quality and restrict force production.

Strength and coordination

Coordination determines how efficiently strength is applied during sporting movement.

Technical skill, timing and neuromuscular control convert physical strength into useful, sport-specific performance.

Practical training implications

🔹 Build a general strength foundation
🔹 Combine strength with speed and power work
🔹 Maintain mobility alongside loading
🔹 Balance endurance training to reduce interference
🔹 Use sport-specific drills to transfer strength into performance
🔹 Periodise all biomotor abilities across the training year

Strength is a foundation, but performance depends on how effectively it combines with every other biomotor ability.

Stronger foundation. Better movement. Better performance.

Reference:
Bompa TO, Buzzichelli CA. Periodization: Theory and Methodology of Training. 6th ed. Human Kinetics; 2019.

Coordination Agility AthleticPerformance StrengthAndConditioning SportsScience Periodization AthleteDevelopment SESportsTherapy SomaticEngineer

🏋️‍♀️ The Efficacy of Resistance Training in Youth

Resistance training is not only for adults.

When it is age-appropriate, progressively programmed and supervised by a qualified professional, it can be a safe and effective way to improve the health, fitness and sporting ability of children and adolescents.

Potential benefits include:

✅ Increased muscular strength and power
✅ Improved speed, agility and motor skills
✅ Stronger bones, tendons and joints
✅ Better body composition and metabolic health
✅ Improved confidence and psychological well-being
✅ Greater readiness for sport
✅ Reduced risk of some sports-related injuries
✅ Development of lifelong exercise habits

Practical starting guidelines

🔹 Begin with technique and movement quality
🔹 Use light, age-appropriate resistance
🔹 Perform around 1–3 sets of 6–15 repetitions
🔹 Train 2–3 times per week on non-consecutive days
🔹 Include exercises for all major muscle groups
🔹 Increase resistance gradually as competence improves
🔹 Allow sufficient sleep, nutrition and recovery
🔹 Keep training enjoyable, varied and individualised

The main goal should not be lifting the heaviest weight.

For young people, progress should be measured through improved technique, strength, coordination, confidence and enjoyment.

Children are not miniature adults. Their training should reflect their physical, emotional and developmental needs.

Move better. Control better. Perform better.

Reference:
Faigenbaum AD, Kraemer WJ, Blimkie CJR, et al. Youth resistance training: updated position statement paper from the National Strength and Conditioning Association. Journal of Strength and Conditioning Research. 2009;23(S5):S60–S79.

MovementQuality InjuryPrevention YouthFitness SportsScience PhysicalLiteracy LongTermAthleteDevelopment SESportsTherapy SomaticEngineer

🏃‍♂️⚡ Nutrition Guidelines for Sprinters

Sprint performance depends on more than speed, strength and technique. Good nutrition helps support training quality, muscle recovery, body composition and power output.

For sprinters, the goal is not simply to gain more body mass. The aim is to develop the right power-to-mass ratio.

Key nutrition guidelines

🍚 Carbohydrates
A practical starting range is around 3–6 g/kg/day, adjusted to training volume and intensity. Hard sprint, gym and repeated-sprint days generally require more carbohydrate.

🥚 Protein
Aim for approximately 1.3–1.7 g/kg/day, spread across four or five meals. A useful target is around 0.3–0.4 g/kg per meal, with about 20–40 g after training.

🥑 Healthy fats
Include olive oil, nuts, seeds, avocado and oily fish to support general health, hormones and recovery.

💧 Hydration
Begin training well hydrated. Water is usually enough for shorter sprint sessions, while longer, hotter or double-session days may require extra fluids and electrolytes.

Around training

⏱️ Before:
Eat a familiar carbohydrate-rich meal with some protein 1–3 hours before training.

🚰 During:
For normal short sprint sessions, water is generally sufficient.

💪 After:
Consume carbohydrate with high-quality protein to support muscle repair and glycogen recovery.

Race-day advice

✅ Eat familiar foods
✅ Avoid heavy or high-fat meals close to racing
✅ Stay hydrated without over-drinking
✅ Use small carbohydrate-rich snacks between rounds if needed
✅ Test your nutrition strategy during training first

Supplements such as creatine, caffeine and beta-alanine may help some athletes, but they should be individualised, quality-checked and used with anti-doping safety in mind.

Fuel the work. Recover well. Perform fast.

Move better. Control better. Perform better.