Process
I began by studying HEN’s CAD data to ensure accuracy in the 3D model. Once the base geometry was imported, I refined all critical components—the rotating base, the azimuth/elevation mechanisms, the adjustment ring with “Near” and “Far” detents, and the outlet nozzle tip—so that each part could articulate exactly as it would in real life. After finalizing the high-resolution model, I created PBR textures that balanced rugged, functional metal finishes with subtle wear marks. This gave the Titan a realistic, industrial look without feeling overly distressed.
Storyboard
Styleframes
Behind The Scenes
Outcome
The final animation runs just under 60 seconds and effectively balances real-world context with technical clarity. By visually demonstrating the Titan’s modular adjustability—both in how it mounts on a rig and how an operator can switch from pinpoint jet to full-coverage—the animation helps communicate the product’s key selling points in under a minute.
