Waddle Labs · Launch Video Breakdown: Hook, Pacing & Motion Design
Claude Code for robots.
Scene-by-scene timeline & spoken transcript
The Hook
Micro-Proof Montage
“(No spoken dialogue — mechanical robotic whirring and ambient audio)”
- On screen
- in mo
- Camera
- Tight macro close-ups cutting to medium wide living-room setup
- Motion
- Fast kinetic cuts between delicate manipulations
Product Reveal
Founder Value Proposition
“We build AI agents that control robots.”
- On screen
- (No on-screen text)
- Camera
- Static eye-level two-shot
- Motion
- Direct-to-camera founder delivery
Feature Teaser
Prompt to Autonomous Execution
“Connect our API to your robot and enter a prompt. Then our agents write code and use skills to create a working policy. After 20 minutes, your robot learns the task.”
- On screen
- Fold the t-shirt | shirt = get_coords("t-shirt") | Autonomous
- Camera
- Over-the-shoulder typing cut to front-facing benchtop rig
- Motion
- Floating prompt badge entry and translucent code inspection card
Feature Teaser
Benchmark Split Comparisons
“We aim to make robot intelligence that is accessible. Tasks that usually require specialized models costing billions of dollars to train can now be solved in 20 minutes by an agent thinking. Our agents are inherently generalist. They work with any robot in any environment.”
- On screen
- Figure | Waddle Labs in 20 minutes | Physical Intelligence | Waddle Labs in 20 minutes
- Camera
- Split-screen side-by-side locked perspective
- Motion
- Synchronized dual-pane comparative evaluation
Feature Teaser
Multi-Agent Coordination & Long Horizon Planning
“They also excel at long-horizon planning and can break a complex physical goal into subtasks to work through. And what if we have agents that spawn sub-agents? Now, I mean, we can coordinate an entire fleet of robots that work together.”
- On screen
- Pick up all three cups | Give the bottle to the robot arm | Place the mints in the bottle | Continue cleaning up the room
- Camera
- Wide static apartment tracking humanoid and desktop arm
- Motion
- Cascading floating prompt capsules anchoring agent state
Feature Teaser
Everyday Prompting & Data Scaling
“For the first time, you can make robots do tasks simply by prompting. This unlocks many exciting capabilities. Internally, we've been using our agents to generate data, run auto-research to train models, and even go straight to deployment.”
- On screen
- Autonomous | Stack the legos | Unscrew the bottle cap | Generate data for picking legos at different poses | Sort the nuts and screws
- Camera
- Close-up manipulation cuts, 4x4 matrix grid, overhead sorting view
- Motion
- Multicam mosaic tile grid synchronized playback
Problem Agitation
Empirical Scaling Laws
“In all these cases, we're finding that larger models with higher budgets perform better. So, we're very excited to see where this goes as foundation models continue to scale.”
- On screen
- Success scales with model size and thinking budget | Average Success Rate Across Task Suite | Cost Per Task | Fable 5 | GPT 5.6 Sol | Opus 4.8
- Camera
- Static full-screen data graphic
- Motion
- Animated multi-line vector graph progression
Call to Action
Mission & Early Access
“We believe there will be billions of robots in the future, and our mission is to enable everyone to take part in building them.”
- On screen
- Request early access: founders@waddlelabs.ai | Our technical blog: waddlelabs.ai/research | Waddle Labs
- Camera
- Eye-level founder frame transitioning to black outro card
- Motion
- Minimalist centered text reveal and vector logo fade
Motion design primitives
Synthesizable in Remotion · key components of the ai-robotics-agent-launch template.
AgentPromptPill
Pill-shaped badge with animated asterisk icon, expanding to accept simulated typing
+ Code construction recipe
Use spring interpolation on scale and opacity with flexbox layout, inner icon rotation, and typing string slice.
CodeOverlayCard
Frosted rounded card rendering mono-spaced Python syntax with syntax highlighting
+ Code construction recipe
Construct translucent AbsoluteFill layer with backdrop-filter blur, mapping script lines timed to audio frames.
SplitScreenComparator
Two equal vertical columns with bottom bold text labels displaying side-by-side workflows
+ Code construction recipe
Two video flex containers width 50% with absolute bottom-centered typography tags.
MetricScalingChart
Dark-themed 2D coordinate chart drawing sigmoid multi-line trajectories with trailing labels
+ Code construction recipe
SVG polyline paths strokeDasharray and strokeDashoffset driven by frame progress interpolation.
Style DNA & aesthetic system
Visual aesthetic
Typography
Motion
Special effects
Pacing & rhythm
Conceptual story rhythm
- 1
Proof of Dexterity
Purpose. Hook technical audience instantly with real hardware execution.
Execution. Rapid macro cuts of gripper stacking and grasping.
- 2
Prompt Workflow
Purpose. Demonstrate effortless user interface from prompt to code to motion.
Execution. Laptop typing transitioning into live folding robot arms with code card.
- 3
Direct SOTA Parity
Purpose. Claim superiority over expensive foundational models with rapid 20-min setup.
Execution. Split-screen comparisons against Figure and Physical Intelligence.
- 4
Empirical Proof
Purpose. Validate architecture with scaling law curves.
Execution. High-contrast vector line plot scaling performance against cost.
- 5
Visionary Outro
Purpose. Call developers and researchers to early access.
Execution. Direct address followed by high-contrast typographic CTA card.
Remix in Animatiq Studio
Master remix prompt · agent-ready
Sample remix
Objective
Announcing an autonomous drone fleet coordination APIHow the recipe adapts
Replace robot arm footage with multi-drone outdoor maneuvers, swap folding code with flight path waypoints, and show multi-camera grid surveillance.Remix blueprint · ai-robotics-agent-launch
Scene durations (8 scenes, 92s)
Key Remotion components
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