Frequently Asked Questions

The amount of protein needed depends on your training intensity and body composition goals. General guidelines suggest 1.2 to 2.0 grams of protein per kilogramme of body weight per day for athletes engaged in regular strength and endurance training.

For strength athletes and those in heavy resistance training phases, the higher end (1.8–2.0 g/kg) supports muscle repair and adaptation. For endurance athletes, 1.2–1.6 g/kg is typically sufficient when combined with adequate carbohydrate intake.

Protein should be distributed across multiple meals throughout the day rather than consumed in one large serving, as this optimises muscle protein synthesis. Quality sources include lean meat, fish, eggs, dairy, legumes, and plant-based options.

Pre-training nutrition should focus on easily digestible carbohydrates and moderate protein consumed 1–3 hours before exercise. A banana with almond butter, oats with berries, or a slice of toast with honey are practical examples. This fuels your workout and provides amino acids for muscle support.

Post-training nutrition is equally important for recovery. Within 30–60 minutes after training, consume a meal or snack combining carbohydrates to replenish muscle glycogen and protein to initiate muscle repair. Greek yoghurt with granola, a chicken sandwich, or a smoothie with protein powder all work well.

Individualisation is key—some athletes prefer heavier meals, whilst others do better with lighter snacks. Experiment during training to find what settles well and improves your performance and recovery.

Hydration is absolutely critical for athletic performance and safety. Even mild dehydration—as little as 2% loss of body weight in fluids—can impair strength, endurance, and cognitive function. This translates to slower times, reduced power output, and compromised decision-making during competition.

A practical approach is to drink consistently throughout the day rather than trying to compensate just before exercise. Aim for pale yellow urine as a rough indicator of adequate hydration. During training lasting longer than 60 minutes, consume electrolyte-containing drinks to maintain sodium balance and fluid absorption.

Individual sweat rates vary significantly, so personalise your hydration strategy. Keep a water bottle handy, drink to thirst, and monitor your body weight before and after training—losing more than 2% warrants increased fluid intake.

Injury prevention starts with smart programming and body awareness. Gradually increase training volume and intensity rather than making sudden jumps—the 10% rule (increasing weekly volume by no more than 10%) is a useful guideline. Sudden spikes in workload significantly raise injury risk.

Mobility work, dynamic warm-ups, and strength training addressing muscle imbalances are essential foundations. Many sports injuries stem from poor movement patterns or weak stabiliser muscles. Dedicating 10–15 minutes to mobility and corrective exercises can substantially reduce injury rates.

Listen to your body. Minor aches often become major injuries when ignored. Taking an extra rest day or modifying an exercise at the first sign of unusual pain is far more cost-effective than missing weeks or months due to injury.

Strength training focuses on building muscle force and power through resistance exercises, typically involving lower repetitions (3–8) with heavier loads. Examples include barbell lifts, weighted squats, and pull-ups. This builds the foundation for athletic performance and resilience.

Conditioning training develops aerobic capacity, anaerobic power, and work capacity through metabolic stress. This includes interval training, steady-state cardio, circuits, and sport-specific drills. Both are essential—strength without conditioning leaves you fatigued in later stages of competition, whilst conditioning without strength lacks the power to apply force efficiently.

The ideal approach integrates both. A typical weekly plan might dedicate 2–3 sessions to strength development and 2–3 to conditioning work, with some overlap in hybrid sessions that combine resistance and metabolic demands.

Most athletes require 7–10 hours of sleep per night for optimal recovery, performance, and adaptation. Sleep is when your body repairs muscle tissue, consolidates learning, and regulates hormones critical for strength and endurance. Shortchanging sleep undermines all other training efforts.

Quality matters as much as quantity. Aim for consistent sleep and wake times, a cool dark bedroom, and minimal screen exposure in the hour before bed. Even one night of poor sleep reduces reaction time and power output noticeably.

During intense training blocks or competition, consider extending sleep by 30–60 minutes if possible. Some elite athletes benefit from short 20–30 minute naps, though these are best taken early in the afternoon and not near bedtime.

Carbohydrates are the primary fuel source for high-intensity exercise, particularly events lasting longer than a few minutes. Your muscles store carbohydrates as glycogen, which is rapidly depleted during intense training. Without adequate carb intake, performance suffers and fatigue sets in earlier.

The amount needed depends on training volume and intensity. Athletes in heavy training might need 5–10 grams per kilogramme of body weight daily, whilst those in lighter phases need 3–5 g/kg. Timing matters too—consuming carbs around your training sessions helps fuel workouts and enhance recovery.

Quality sources include whole grains, oats, rice, sweet potatoes, fruits, and legumes. These provide not only energy but also fibre, vitamins, and minerals essential for long-term health and sustained performance.

Effective progress tracking goes beyond simply noting what weights you lifted. Record key metrics including weight, reps, sets, perceived difficulty, mood, sleep quality, and any unusual sensations. This data reveals patterns and helps identify what's working.

Progressive overload—gradually increasing demands—is the driver of improvement. This might mean adding weight, increasing reps, reducing rest periods, or improving form. Consistent incremental progress beats sporadic big jumps. Over months, these small improvements compound into substantial gains.

Simple tools like a notebook, spreadsheet, or training app work equally well. What matters is consistency in recording and reviewing. Monthly check-ins on strength levels, body composition, endurance metrics, and subjective well-being help you stay on track and adjust when needed.

Rest days aren't wasted time—they're when adaptation happens. During intense training, you create micro-damage in muscle fibres and stress your nervous system. Rest allows repair mechanisms to operate, hormones to normalise, and tissues to rebuild stronger.

Complete rest days (minimal activity) every 1–2 weeks are valuable, as are active recovery days involving gentle movement like walking, light stretching, or leisure sports. Taking full weeks with reduced volume every 8–12 weeks prevents overtraining, maintains motivation, and allows accumulating fatigue to dissipate.

Athletes who ignore recovery often plateau or regress despite hard work, and increase injury risk. Viewing rest as essential rather than a failure of discipline is a mindset shift that dramatically improves long-term progress and sustainability.

Meal timing is less critical than overall daily nutrition, but it does matter tactically. The idea of an anabolic window—a narrow post-workout window for nutrient absorption—is somewhat overstated. However, consuming protein and carbohydrates within 2–3 hours of training enhances recovery and muscle protein synthesis.

More important is spreading protein intake evenly across the day. Research shows muscle protein synthesis is maximised when protein is distributed across multiple meals—roughly 20–40 grams every 3–4 hours—rather than concentrated in one or two large servings.

For most athletes, a flexible approach works best. Eat balanced meals throughout the day, prioritise protein with each meal, and ensure carbohydrate and fat intake supports your training volume. Obsessing over exact timing is unnecessary if your overall nutrition is sound.

Athletic mobility combines joint range of motion, muscle flexibility, and movement control. Improving it enhances performance and reduces injury risk. A comprehensive approach includes dynamic stretching pre-workout to prepare tissues, static stretching post-workout to promote recovery, and dedicated mobility sessions targeting stiff areas.

Effective techniques include foam rolling to release tight muscles, yoga to improve flexibility and body awareness, and targeted stretching addressing individual limitations. The hips, shoulders, and ankles typically need the most attention in most athletes, but assess your own patterns.

Consistency beats intensity. Spending 10 minutes daily on mobility work produces better results than sporadic longer sessions. Integrated mobility work—addressing limitations during your regular training rather than as a separate time-consuming routine—is sustainable and practical for long-term adherence.