Inspired DVST8 25 Pre-Workout

Inspired DVST8:25 Ultra-Dosed Pre-Workout

Inspired DVST8:25 is the Decade Edition of the legendary DVST8 pre-workout, engineered to deliver a fully integrated performance experience. Built around neurochemical drive, advanced nitric oxide support, and cellular endurance, this ultra-dosed formula is designed to support energy, focus, pumps, stamina, and power throughout intense training sessions. DVST8:25 reflects ten years of refinement and represents the most advanced DVST8 formula to date.

• Supports motivation, mood, and mental focus through targeted neurochemical support
• Promotes nitric oxide production for pumps, blood flow, and vascular support
• Helps support endurance, power output, and fatigue resistance
• Includes electrolytes to support hydration and muscle function during training
• Designed for experienced users seeking a fully loaded, high-intensity pre-workout

Key Ingredients & Formula Highlights

• Mucuna (L-Dopa) & L-Tyrosine: Support dopamine and norepinephrine pathways associated with energy, drive, and motivation
• N-Coumeryl-Dopamine, Salidroside (SalidroPure®), & Catuaba Bark: Support dopamine tone, neurotransmitter protection, and stress buffering
• Choline & Uridine-5-Monophosphate: Support acetylcholine activity, focus, and synaptic function
• L-Citrulline & Citrulline Nitrate (NO3-T®): Support nitric oxide production through multiple pathways for blood flow and pumps
• OxiGro™ (Amla, Watermelon, Pine Bark, Grape Seed): Provides polyphenols that support nitric oxide activity and sustained vascular support
• Betaine Nitrate (NO3-T®): Supports nitric oxide levels along with osmolyte and hydration benefits
• Beta-Alanine: Supports muscle carnosine levels and helps buffer fatigue during high-intensity training
• ATP (Adenosine-5-Triphosphate): Supports cellular energy availability and muscle contraction efficiency
• ENDLESS™ Electrolyte Matrix: Supports hydration, nerve signaling, and muscle function
• MaxCatalyst™ (Piperine): Supports nutrient uptake and absorption efficiency