SIS Beta Fuel Strawberry and Lime Gel – Advanced Energy for Cycling and Endurance
The SIS Beta Fuel Strawberry and Lime Gel is a world-class energy gel, developed by Science in Sport to meet the needs of endurance athletes and cyclists facing high-intensity training and competitions.
Part of the Beta Fuel range, which also includes drinks and chewable bars, this Dual Source Energy Gel is optimized with a new carbohydrate ratio of 1:0.8 and provides 40 g of carbohydrates per serving. The formulation is designed to increase power, improve carbohydrate absorption, and reduce the risk of stomach troubles, offering a supplementary solution based on solid scientific evidence.
Why Choose Beta Fuel Dual Source Energy Gel
In endurance sports, such as cycling, it is recommended to take between 80 and 120 g of carbohydrates per hour. The Beta Fuel Dual Source Energy Gel provides 40 g of optimized carbohydrates in a single, practical energy solution, allowing you to easily cover the hourly need with minimal risk of stomach problems while maintaining high performance even during prolonged efforts.
New Carbohydrate Ratio 1:0.8
The new 1:0.8 ratio between maltodextrins and fructose replaces the previous 2:1 ratio and offers concrete benefits:
Greater energy efficiency: increase in the percentage of ingested carbohydrates oxidized from 62% to 74% compared to the 2:1 ratio
Better tolerance: reduction of self-reported symptoms of gastric fullness compared to traditional formulations
Optimized absorption: supports a steady energy supply during intense activity
Main Features
Product: Dual Source Energy Gel
Brand: Science in Sport (SIS)
Line: Beta Fuel
Flavor: Strawberry and Lime
Carbohydrates: 40 g per gel
Carbohydrate ratio: Maltodextrins / Fructose 1:0.8
Recommended use: Cycling and high-intensity endurance sports
Goal: Increase power, better carbohydrate absorption, and reduction of stomach troubles
The SIS Beta Fuel Strawberry and Lime Gel is the ideal choice for cyclists and endurance athletes seeking maximum energy efficiency, high tolerance, and steady performance, even in the most demanding phases of effort.
