£2.45
PF30 Energy Chews are a high-carbohydrate fuelling option designed to deliver 30g of carbohydrate per packet in a chewable format.
They provide a simple, fast-acting source of energy using sugar as the primary carbohydrate, offering an alternative to gels and drinks for athletes who prefer a more solid, chewable option during training or racing.
Nutrition Breakdown: (per 34g packet)
Energy – 120 kcal / 511 kJ
Protein – <0.1g
Fat – <0.1g
Carbohydrate – 30g
Fibre – <0.1g
Salt – <0.1g
Per 100g
Energy – 354 kcal / 1503 kJ
Protein – <0.1g
Fat – <0.1g
Carbohydrate – 88g
Fibre – <0.1g
Salt – <0.1g
Ingredients:
Original Citrus
Sugar
Corn Starch
Water
Citric Acid
Mint & Lemon
Sugar
Corn Starch
Water
Citric Acid
Natural Flavours
Natural Colours
Is it suitable for vegans/vegetarians?
Suitable for vegans.
Suitable for vegetarians.
Allergen Information:
Gluten free, Dairy free, Wheat free, Peanut free, Soybean free, Egg free (not independently certified)
This is as simple as it gets, and that’s not a bad thing.
No fancy blends, no overcomplication, just a straightforward hit of carbohydrate in a format that’s easy to use.
The flavours are light and refreshing and most definitely not overpowering.
Who it’s for:
Endurance athletes who don’t like gels.
Runners and cyclists wanting something easy to chew.
Anyone needing quick, accessible energy during training.
Athletes who prefer simpler ingredient profiles.
What it does:
Provides 30g of fast-acting carbohydrate per packet.
Helps maintain energy levels during training or racing.
Offers an alternative to gels and drinks.
Gives a simple, predictable fuelling option.
How I’d use it:
I’d use these during sessions where you need a quick top-up of energy, similar to how you’d use a gel.
They’re particularly useful when you want something different from gels, or if you struggle with liquid fuelling.
Simple product, does exactly what it says on the tin!
The Science:
Oxidation of combined ingestion of glucose and fructose during exercise
Study: Investigated whether combining glucose and fructose increases carbohydrate oxidation compared to glucose alone during endurance exercise.
Journal of Applied Physiology, 2004
https://pubmed.ncbi.nlm.nih.gov/14657042/
Co-ingestion of glucose and fructose significantly increased carbohydrate oxidation compared to glucose alone, supporting improved fuel delivery during prolonged exercise.
High rates of exogenous carbohydrate oxidation from a mixture of glucose and fructose ingested during prolonged cycling exercise
Study: Examined the effect of ingesting mixed carbohydrate sources on oxidation rates during prolonged exercise.
British Journal of Nutrition, 2004
https://pubmed.ncbi.nlm.nih.gov/15354037/
Mixed carbohydrate ingestion resulted in higher carbohydrate oxidation rates than single sources, supporting improved energy availability during endurance performance.



