# Alison Brie Reveals Her 'Masters of the Universe' Training Approach
Alison Brie, 43, recently shared details of her fitness routine developed for her role in the upcoming "Masters of the Universe" film during an episode of the podcast "Strong Like." The actor discussed how she prepared her body for action sequences and the physical demands of the production.
Brie's training regimen combined strength work with functional fitness to build the capability needed for on-set performance. The routine reflected a common approach among actors preparing for action-heavy roles: progressive conditioning designed to prevent injury while building power and endurance.
The actor's approach aligns with training principles that sports scientists recognize as effective for actors and performers. Functional training, which emphasizes movement patterns used in daily activities and performance work, helps build practical strength rather than isolated muscle development. This type of conditioning allows performers to execute choreographed sequences safely while maintaining control and precision during filming.
Brie's openness about her training process connects to a broader conversation in fitness about how actors prepare for demanding physical roles. Rather than pursuing extreme or unsustainable methods, contemporary approaches prioritize consistency, injury prevention, and sustainable habits that actors can maintain throughout lengthy filming schedules.
The "Strong Like" podcast frequently features conversations with performers about their fitness approaches, providing audiences with transparent insights into how entertainment professionals incorporate exercise into their work. Brie's participation contributes to normalizing discussions about strength training across different demographics and ages.
At 43, Brie's fitness focus also reflects research showing that strength training and consistent conditioning benefit people across all life stages. Building and maintaining muscle mass becomes increasingly important with age, as it supports bone health, metabolic function, and physical independence.