Caffeinated Pre-Workout Smoothie

Natural caffeine from espresso plus creatine and protein — a whole-food pre-workout that replaces neon-colored powders. Drink 30 minutes before training.

Ingredients

• 1 shot espresso or 1/2 cup cold brew, chilled
• 1 scoop vanilla or mocha protein powder
• 5g creatine monohydrate
• 1 frozen banana
• 1 tbsp peanut butter
• 1/2 cup milk of choice
• 1/2 cup ice

Method

1. Brew espresso and let it cool slightly (or use cold brew).

2. Add coffee, milk, and peanut butter to blender.

3. Add frozen banana, protein powder, and creatine.

4. Blend until smooth. Drink 30–45 minutes before your workout.

What You're Practicing

Building a pre-workout smoothie:

• Caffeine (100–200mg) peaks in blood at 30–60 minutes. One espresso shot = ~63mg, cold brew = ~100mg per 1/2 cup.
• Creatine timing doesn't matter much — consistency matters more than pre vs post workout.
• Simple carbs (banana) provide quick energy for the session.
• Protein before training can reduce muscle breakdown during exercise.
• Avoid high fiber or fat pre-workout — they slow digestion and can cause discomfort.

Supplement add-ons (nutritional impact per serving):

• Beta-alanine (3.2g): +0 cal. Buffers lactic acid in muscles, extending time to exhaustion by 2-3% on sets lasting 60-240 seconds. Causes harmless tingling (paresthesia) in face and hands for 15-30 minutes — this is normal and fades with consistent use.
• Citrulline malate (6g): +0 cal. Converts to arginine then nitric oxide, dilating blood vessels and improving blood flow to working muscles. Reduces perceived exertion by 7% and increases reps to failure by 1-2 reps. Slightly sour taste — the coffee masks it.
• Electrolyte powder: +0-10 cal. Pre-loading sodium before training improves hydration status and performance, especially in heat. 500-1000mg sodium 30 minutes before exercise is the standard recommendation.
• Creatine monohydrate (5g): Already included. The caffeine in this recipe (63-100mg from espresso/cold brew) does not meaningfully reduce creatine's effectiveness despite older studies suggesting interference.