Microbot Chase

Written by Jordan Roberts & Daniel Gerson & Robert L. Baird for the Oscar-winner animated film *Big Hero 6*, this contemporary sci-fi scene captures a frantic warehouse discovery. Hiro and Baymax follow an active microbot to an eerie facility, uncovering a massive manufacturing operation controlled by an unseen adversary. When the swarm abruptly turns hostile, the duo is forced into a chaotic, breathless escape through tight spaces and factory corridors.

Hiro is an inventive, quick-witted teenager whose sharp mind is constantly running ahead of his physical circumstances. In this sequence, his intellect clashes with pure survival instinct, revealing both vulnerability and comedic frustration. Baymax embodies the ultimate literal-minded sidekick, maintaining a soothing, clinical healthcare persona regardless of imminent danger. The dynamic thrives on the tension between Hiro’s escalating panic and Baymax’s unflappable, deliberate slowness.

This two-minute duologue offers dynamic comedic contrast, making it an engaging showcase for actors who excel at physical comedy and vocal timing. The scene moves rapidly from quiet stealth to high-stakes action, requiring performers to establish distinct rhythms right away. It provides an excellent platform to demonstrate partner work, clear active listening, and the ability to find humor within authentic terror.

This piece is tailor-made for performers under 18 targeting teenager, nerd, comedic, or sidekick casting types. It works wonderfully for general-practice workshops, competitive speech tournaments, and animated or commercial self-tape auditions that demand high energy and precise vocal differentiation.

For the actor portraying Baymax, focus on warm vocal neutrality and absolute literalism rather than an overly robotic monotone. Hiro must ground his terror in reality, letting genuine stakes fuel the rapid-fire delivery instead of slipping into generalized shouting. Establish clear physical geography for the warehouse obstacles and swarming threats, ensuring that your spatial reactions remain believable and readable on camera.