SPS Nutrition

SPS Nutrition We Specialise in Sport,Exercise & Performance Nutrition,for recreational & elite athletes.

We specialise in Weight Loss, Lean muscle and Performance Nutrition Plans. Some of my Clients have young families and most have busy lifestyles and jobs so our training focuses on improving their over all shape. Smaller Waists, Wide shoulders, bigger arms type of stuff so they look great in a T-shirt or that dress! Because of time issues and sometimes lack of money, we train online so it’s cost ef

fective and can work out anytime, anywhere. Despite what I specialise in, I can help you too whatever your Fitness goals.

Beetroot is one of the better-supported supplements for endurance performance, with the best results coming from using a...
24/08/2026

Beetroot is one of the better-supported supplements for endurance performance, with the best results coming from using a measured nitrate dose at the right time.

The key figure to check on the label is the nitrate content.

For a race or key endurance session:

🟠 6–8 mmol nitrate, approximately 400–500 mg
⏱️ Take it 2–3 hours before exercise
📆 Consider using it daily for 5–8 days before the target event
🦠 Avoid antibacterial mouthwash around the dose

Bacteria in the mouth convert nitrate into nitrite and then nitric oxide. This supports blood flow, muscle function and exercise efficiency.

Nitrate may reduce the oxygen cost of exercise, helping you produce the same workload with less oxygen.

Test the full protocol during training, check your gut tolerance and record how you respond. This gives you a clear, rehearsed strategy ready for race day.

More body mass does not automatically mean more performance. 🏉In pre-season, the goal is not simply to make a rugby play...
24/08/2026

More body mass does not automatically mean more performance. 🏉

In pre-season, the goal is not simply to make a rugby player heavier. The goal is to build useful mass that improves strength, power, repeat-effort ability and robustness without compromising speed, conditioning or movement quality.

Nutrition and strength programming cannot be judged by body weight alone.

A controlled energy surplus, sufficient protein and enough carbohydrate to maintain the quality of gym and field sessions create the conditions for gaining lean tissue. However, every kilogram gained still needs to justify itself through improved performance.

📊 Track:

• Body mass alongside ISAK skinfolds and girths
• 10 m sprint performance
• Countermovement jump height
• Relative strength and power
• Repeat-effort and conditioning performance

✅ Mass increases and performance improves: continue.

⚠️ Mass increases but performance remains unchanged: review the plan.

❌ Mass increases and performance declines: change the plan.

The target is not the biggest player possible. It is the strongest, fastest and most powerful version of that player for their position. 💪

If your pre-season progress is only being measured by the scales, you are missing half the picture.

For individual rugby performance nutrition, body-composition profiling and strength and conditioning support, contact .

🥊 THE WEIGH-IN WINDOW CHANGES THE CUT.A fighter weighing in two hours before competing cannot use the same acute weight-...
20/08/2026

🥊 THE WEIGH-IN WINDOW CHANGES THE CUT.

A fighter weighing in two hours before competing cannot use the same acute weight-loss strategy as a professional with 24 to 36 hours to recover.

⏱️ The shorter the recovery window, the less body mass should come from acute dehydration and gut-content manipulation.

Replacing scale weight is not the same as restoring performance.

💧 Fluid must be absorbed.
🧂 Sodium must be retained.
🩸 Plasma volume needs restoring.
🍚 Carbohydrate needs to be consumed and stored as glycogen.
🫃 The gut needs enough time to tolerate the recovery plan.

Force a large cut into a short window and you can still enter competition dehydrated, under-fuelled and carrying increased cardiovascular and thermal strain.

That can compromise repeated high-intensity efforts, power output, concentration and decision-making.

📊 The context-dependent ranges cited in the ISSN position stand are:

Under 4 hours: 0 to 3%
4 to 12 hours: 2 to 4%
12 to 24 hours: 3 to 5%
24 to 36 hours: 4 to 6%

⚠️ These are practitioner-informed ranges, not proven safety thresholds and not targets to chase.

The appropriate amount depends on starting hydration, body composition, age, s*x, weight-cutting history, competition rules, environment and individual response.

Same-day weigh-in? Stay much closer to weight.

Short recovery window? Use a much smaller acute cut.

If extreme dehydration is required to make the weight class, the camp strategy or weight class needs reassessing.

🎯 Plan early. Protect training quality. Make weight without giving away performance.

Individual assessment and qualified professional supervision are required. Never use diuretics or laxatives.

📚 Evidence base: ISSN Position Stand, 2025.



Pre-season training load goes up. Food intake often stays the same. That is where under-fuelling starts.Field conditioni...
20/08/2026

Pre-season training load goes up. Food intake often stays the same. That is where under-fuelling starts.

Field conditioning, gym sessions, speed work, skills and double sessions all increase energy and carbohydrate requirements.

If intake does not rise with the workload, players can feel flat in training, recover more slowly and lose body mass faster than planned. Persistent under-fuelling is also associated with increased illness and injury risk.

A 2025 study of 34 professional male rugby players reported a median carbohydrate intake of 2.7 g/kg per day. More than 90% were below the reference range used by the researchers.

This was one squad using self-reported dietary intake, so the figures should not be applied to every player. However, they show how easily carbohydrate intake can fall short in rugby.

On harder training days:

• Increase carbohydrate at your main meals
• Eat carbohydrate before training and between sessions
• Spread protein across 4 or 5 meals and snacks
• Use convenient foods or drinks when time and appetite are limited
• Monitor body mass, training quality and recovery each week

Your fuelling should change when your training changes.

Pre-season is where you build fitness, strength and power. You need enough fuel to adapt to the work.

Fuel the work. Recover. Adapt. Perform.



Making weight is only useful if you can still perform.A proper cut is built across the full fight camp , not rescued in ...
18/08/2026

Making weight is only useful if you can still perform.

A proper cut is built across the full fight camp , not rescued in the final 24 hours.

➡️ Plan early
Aim for approximately 0.5–1% body mass loss per week across an 8–10-week camp. This reduces the need for extreme last-minute restriction and gives you a better chance of retaining strength, power and lean mass.

➡️ Fuel the work
During weight descent, the ISSN recommends:

Carbohydrate: 3–4 g/kg/day
Protein: 1.6–2.2 g/kg/day
Fat: 0.7–1.3 g/kg/day

These are starting benchmarks, adjusted to body composition, training load and the individual athlete. Cutting weight does not mean removing the fuel needed for sparring, conditioning and recovery.

➡️ Understand fight-week weight
Fight week is not the time to lose significant body fat. Short-term scale changes come largely from gut content, glycogen-bound water and fluid.

Each gram of glycogen is stored with approximately 2.7 g of water. A planned carbohydrate reduction and short low-fibre phase can therefore reduce scale weight ➡️ without simply starving the athlete.

➡️ Match the cut to the weigh-in
The shorter the recovery window, the smaller the acute cut should be.

A professional MMA athlete with 24–36 hours to recover is not the model for an amateur boxer weighing in only a few hours before competing.

➡️ Rehydrate and refuel properly
Use an oral rehydration solution first, followed by familiar, easily digested carbohydrate at a tolerable rate ➡️ initially up to 60 g per hour. Keep large servings of fibre and fat low during the early recovery period.

Diuretics, laxatives and uncontrolled dehydration are not performance strategies.

The objective is simple: make weight, restore fluid and fuel, then enter the ring or cage ready to perform.

If every cut ends in panic, starvation and excessive sweating, the problem normally started earlier in camp.



How much sodium do you actually need during training? 💧🧂The answer depends on how much you sweat, how much fluid you rep...
10/08/2026

How much sodium do you actually need during training? 💧🧂

The answer depends on how much you sweat, how much fluid you replace and how much sodium you lose in that sweat.

➡️ Shorter sessions with relatively low sweat and fluid losses may need little or no additional sodium.

➡️ As duration, sweat losses and fluid replacement increase, sodium becomes more relevant.

➡️ Sweat sodium concentration also varies considerably between athletes, so a single sodium target won’t suit everyone.

For longer sessions, particularly endurance and ultra-endurance events, the aim is to build a hydration strategy around your individual sweat losses, environment, duration and tolerance.

Post-exercise is slightly different. Replacing around 100–150% of the fluid deficit can support rehydration when rapid recovery is required, alongside sufficient sodium to help retain the fluid consumed.

The key is not simply taking more electrolytes.

💧 Know your sweat losses
🧂 Match sodium to the demands
⏱️ Consider duration and conditions
🏃 Practise your strategy in training
🎯 Personalise when required

Hydrate smart. Fuel better. Perform stronger.

Your health, recovery and performance don’t depend on avoiding dairy. They depend on choosing foods that fit your goals,...
09/08/2026

Your health, recovery and performance don’t depend on avoiding dairy. They depend on choosing foods that fit your goals, preferences and tolerance.

Dairy provides high quality protein, calcium and a range of key micronutrients that support muscle recovery, bone health and day to day performance. For most people, current evidence shows dairy can be part of a healthy diet without increasing the risk of heart disease or type 2 diabetes.

If you tolerate dairy, there’s no reason to remove it simply because of social media myths.

A few practical takeaways:

✓ Choose dairy to help increase daily protein intake and support recovery.

✓ Greek yoghurt, cottage cheese, milk and whey are excellent high protein options.

✓ Lactose intolerance doesn’t mean you need to avoid dairy completely. Lactose free products provide the same key nutrients.

✓ Focus on your overall dietary pattern rather than labelling individual foods as “good” or “bad”.

Nutrition should be evidence based, practical and tailored to your goals, whether that’s improving health, building muscle, enhancing recovery or performing at your best.

If you’re unsure whether your nutrition is supporting your performance, a nutrition analysis can identify gaps in protein, energy and key micronutrients before making unnecessary changes.

📩 DM “FUEL” for evidence based nutrition support.

Not all whey proteins are the same, but for most people the differences are smaller than the marketing suggests.The main...
05/08/2026

Not all whey proteins are the same, but for most people the differences are smaller than the marketing suggests.

The main differences come down to processing, protein content, lactose, digestion and cost. Choosing the right one depends on your goals, not simply buying the most expensive option.

✔ Whey Concentrate (WPC) – A great all-round choice for most people. Affordable, high quality and ideal for meeting daily protein targets.

✔ Whey Isolate (WPI) – Higher protein, lower fat and lactose. A good option if you’re cutting calories, lactose sensitive or simply want a leaner protein source.

✔ Whey Hydrolysate (WPH) – Pre-digested for faster absorption. May suit some athletes during heavy training blocks or those who struggle with digestion, although performance benefits over other whey proteins are generally small for most people.

The biggest driver of results is still the basics:

✅ Total daily protein intake
✅ High-quality training
✅ Recovery
✅ Consistency

The best whey protein is the one that helps you consistently hit your daily protein target while fitting your budget, digestion and lifestyle.

Need help choosing the right supplements or checking whether your diet is meeting your protein and micronutrient requirements? A nutrition analysis can identify the gaps and build a strategy around your training, recovery and performance goals.

📩 DM “PROTEIN” for evidence-based nutrition support.

Protein quality includes hitting your daily protein target and choosing the right sources for your goals.Not all protein...
04/08/2026

Protein quality includes hitting your daily protein target and choosing the right sources for your goals.

Not all protein sources are equal. They differ in their amino acid profile, leucine content, digestibility and how effectively they support muscle protein synthesis.

Current evidence suggests:

✔ Whey remains the gold standard for stimulating muscle protein synthesis.

✔ Well-formulated plant protein blends can achieve comparable results when total protein and essential amino acid intake are sufficient.

✔ Mycoprotein is an effective alternative with growing evidence supporting muscle maintenance and recovery.

✔ Emerging protein sources, including microalgae and insect protein, show promise but require further research.

The priority is choosing protein sources that fit your training, health, preferences and lifestyle while consistently meeting your daily protein requirements.

A nutrition analysis can identify gaps in your protein intake, overall diet quality and key micronutrients, helping to optimise recovery, adaptation and performance.

📩 DM “PROTEIN” for evidence-based nutrition support.

Your best performance isn’t always at your lightest body weight.The goal isn’t to lose as much weight as possible. The g...
02/08/2026

Your best performance isn’t always at your lightest body weight.

The goal isn’t to lose as much weight as possible. The goal is to find the body composition that allows you to produce the greatest amount of force, speed and endurance for your sport.

🏉 Rugby players need enough mass to dominate collisions while staying explosive around the field.

🏃 HYROX athletes need the balance between running economy and the strength to perform across every station.

🥊 Combat sport athletes need to make weight without compromising power, recovery or repeat performance.

🚴 Endurance athletes often benefit from reducing non-functional mass, but only when power output and fuelling remain high.

The best competition weight is individual. It depends on your sport, position, event demands and physiology, not simply the number on the scales.

A detailed nutrition and performance analysis can help identify opportunities to optimise body composition, energy availability, fuelling, hydration, recovery and micronutrient intake, ensuring you’re carrying the weight that improves performance, not just reducing it.

Performance first. Weight second.

If you’re looking to optimise your performance, get in touch to see how evidence-based nutrition and strength & conditioning can help.

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