BAD ASS Pre 438g MangoLemon

One serving (8.75 g) of BAD ASS Pre Booster (Mango-Lemon flavor) contains 200 mg of caffeine.

To achieve optimal results with BAD ASS Pre Booster (Mango-Lemon flavor), take it as follows:
Dosage: Mix one serving of approximately 8.5 g (about one level scoop) with 200–250 ml of water. Experienced users with a higher tolerance to stimulants can increase the dose to a maximum of two servings (approximately 17 g in 300–350 ml of water). It is strongly recommended to test your individual tolerance first with one 8.5 g serving.
Timing: Consume the prepared drink approximately 20 to 45 minutes before starting your workout. This timeframe ensures that ingredients such as caffeine, beta-alanine, and citrulline malate can take full effect before your workout begins.
Important Instructions:
- Do not exceed the daily intake of 17 g.
- Due to its high caffeine content, this product should not be taken within 4 to 6 hours before bedtime to avoid difficulty falling asleep.
- Drink plenty of water during your workout to maintain hydration.
- This booster should only be used on training days. To avoid developing a caffeine tolerance, it is recommended to discontinue use of the product for 1 to 2 weeks after a few weeks of use.

The nitric oxide boosters arginine alpha-ketoglutarate and citrulline malate contained in BAD ASS Pre work synergistically to dilate blood vessels, a process known as vasodilation. The increased production of nitric oxide in the body significantly improves blood flow to the working muscles, directly leading to a more intense and fuller muscle pump during training. Beyond this visual effect, the optimized blood flow ensures more efficient transport of oxygen and valuable nutrients to the muscle cells and simultaneously supports the faster removal of metabolic waste products such as lactate. As a result, muscle fatigue is delayed, regeneration between sets is improved, and overall physical performance and endurance during high-intensity exercise are enhanced.

The beta-alanine it contains promotes the synthesis of carnosine in the muscles, which acts as a buffer against muscle acidification and thus delays fatigue during high-intensity exertion.