Executive Summary
Nokian Tyres, the world’s northernmost tire manufacturer, required a high-fidelity launch asset for the Hakkapeliitta 10, their flagship studded winter tire. The challenge was to visualize the invisible: the intricate internal mechanisms of their "Double Stud Technology" that provide superior safety. Advids utilized the Advids Precision Visualization Workflow to transform complex Computer-Aided Design data into a cinematic journey. By blending photorealistic ice simulations with technical "x-ray" animation, we delivered a video that communicated both the emotional reassurance of safety and the engineering precision of the product.
The Challenge: Visualizing Invisible Safety
The Hakkapeliitta 10 introduces a breakthrough in winter safety: a double stud configuration where center studs improve acceleration and braking, while shoulder studs maximize grip during turning.
However, these mechanical innovations are microscopic and hidden inside the rubber tread. Traditional video or photography could not capture the dynamic functionality of the studs engaging with ice. The client faced a dual challenge:
- Technical Accuracy: The movement of the studs needed to be mechanically precise to satisfy the engineering team.
- Cinematic Appeal: The marketing team required a visually stunning, emotional narrative that evoked the "Northern" heritage—Northern Lights, ice, and resilience—without feeling like a dry technical manual.
The Solution: The Advids Precision Visualization Workflow
Advids addressed this by deploying a specialized 3D production pipeline designed for industrial accuracy. We moved beyond standard animation, employing physics-based simulation to replicate the interaction between rubber, metal, and ice.
Our approach created a "glass-box" visualization, where the tire’s exterior could become transparent on command, revealing the "Eco Stud" cushions in action. This allowed us to tell a story that seamlessly transitioned from the beauty of the Arctic environment to the microscopic precision of the tire technology.
Client Profile
- Client: Nokian Tyres
- Industry: Automotive / Manufacturing
- Location: Nokia, Finland
- Focus: Premium winter tires and driving safety
Project Objectives
- Visualize Technology: Clearly demonstrate the function of the Double Stud Technology and Eco Stud cushions.
- Establish Atmosphere: Create a premium, "Arctic" visual language using high-end 3D environments.
- Ensure Accuracy: Maintain 100% fidelity to the engineering specifications of the tread pattern and stud placement.
Project at a Glance
| Category | Details |
|---|---|
| Project Type | Cinematic 3D Product Visualization |
| Primary Workflow | The Advids Precision Visualization Workflow |
| Core Technology | 3D Animation, Particle Simulation, Physically Based Rendering |
| Est. Duration | 8 Weeks |
| Target Audience | Automotive enthusiasts, Safety-conscious drivers |
| Collaboration Stack | Slack (Daily Comms), Google Drive (Asset Management), Vimeo Review (Frame-accurate Feedback) |
The Production Timeline
- Week 1: Data Ingestion & Optimization
- Ingestion of client-provided Computer-Aided Design (CAD) files.
- Artifact:
Nokian_HKPL10_Raw_Geom_Optimized_v03.obj
- Week 2-3: Look Development & Environment
- Creation of "Arctic Ice" and "Winter Rubber" shaders using Physically Based Rendering.
- R&D on Aurora Borealis particle effects.
- Week 4: Technical Animation (The Critical Juncture)
- Rigging the stud compression mechanism.
- Quote: "The compression ratio on the shoulder studs needs to match the braking force simulation data exactly." – Advids Technical Lead
- Week 5: Simulation & Dynamics
- Generating ice cracking and snow displacement effects.
- Artifact:
Ice_Fracture_Sim_Cache_v12.abc
- Week 6: Rendering & Compositing
- Multi-pass rendering to separate tire, environment, and "tech" overlays.
- Week 7: Feedback & Refinement
- Review cycles focusing on the color coding of the stud types.
- Week 8: Final Mastering
- Color grading and sound design integration.
- Output:
Nokian_Hakkapeliitta10_Launch_Master_v2.mp4
Deep Dive: Engineering the Elements
Ingestion: From CAD to Cinema
The project began with the raw engineering data of the Hakkapeliitta 10. These files were excessively dense, designed for manufacturing rather than animation. The Advids team performed a rigorous retopology process, optimizing the mesh to ensure smooth playback while retaining the micron-level accuracy of the tread pattern. This stage was crucial to ensure that the light reflections on the rubber looked realistic in the final render.
Look Development: Crafting the Arctic Aesthetic
Goal: To create a photorealistic winter environment that complemented the product without distracting from it.
Process: We utilized Physically Based Rendering (PBR) to create materials. The ice shader was particularly complex, requiring sub-surface scattering to mimic the depth and translucency of a frozen lake.
Action: The Advids artists generated procedural textures for the rubber, adding subtle imperfections and "frosting" to suggest the tire was in a sub-zero environment.
Visual Proof Point:
IMG ASSET 1 00:01 Rationale: Establishment of the atmospheric tone using particle simulations to create the Aurora Borealis, setting the premium "Northern" mood.
Feedback Loop: Refining the Atmosphere
Client: "The Aurora in Style_Frame_Env_V2.png is beautiful, but it's reflecting too strongly on the tire sidewall, making the branding hard to read."
Advids: "Noted. We have adjusted the roughness map on the sidewall in Style_Frame_Env_V3.png to reduce specularity and re-oriented the sky dome so the Aurora highlights the tread, not the logo area."
Technical Animation: The Mechanics of Grip
Goal: To visualize the "Double Stud Technology" where center and shoulder studs perform different functions.
Process: This was the project's Critical Juncture. We needed to transition from a photorealistic tire to a schematic view. The challenge was that the client's engineering data dictated a very specific range of motion for the stud cushion, which was barely visible at a standard camera distance.
Action: Advids implemented a "Tech-Vis" pass. We created a custom rig where the tire geometry became semi-transparent. We then used emissive shaders—Green for center studs, Blue for shoulder studs—to highlight their placement. We exaggerated the stud movement slightly (within approved tolerances) and added holographic UI elements to draw the viewer's eye to the mechanical action.
Visual Proof Point:
IMG ASSET 3 00:30 Rationale: The transition to the "Tech-Vis" mode. Here, the tire becomes translucent, and the distinct stud types are highlighted with color-coded holograms to explain the dual-safety feature.
Compositing: Merging Realities
The final stage involved integrating our 3D tire assets into the scene. For the driving shots, we composited the rendered tire onto backplates, matching the camera motion and lighting of the environment perfectly. The "ice cracking" effect seen at the start was a fluid simulation composited over the base ice layer to add dynamic impact to the tire's arrival.
Visual Proof Point:
IMG ASSET 4 00:54 Rationale: Seamless integration of the high-fidelity 3D tire model onto a vehicle in a dynamic driving shot, demonstrating photorealistic lighting and motion blur matching.
Synergy Analysis: Technology Meets Artistry
This project exemplifies the strength of the Advids Precision Visualization Workflow. It required a synergy between hard engineering constraints and soft artistic goals.
- Technology: We used advanced Computer-Aided Design conversion tools and physics simulators (Houdini/Cinema 4D) to respect the physical reality of the product.
- Human Expertise: The Advids creative team interpreted the "safety" message not just as data, but as a feeling—using lighting, color, and pacing to make a piece of industrial rubber feel like a high-tech guardian.
Outcomes and Strategic Learnings
The final video served as the centerpiece for the global launch of the Hakkapeliitta 10.
- Clarity: The complex "Double Stud" concept was understood instantly by viewers through the color-coded animation.
- Brand Alignment: The high-end visuals reinforced Nokian Tyres' position as a premium, innovation-led manufacturer.
- Asset Versatility: The optimized 3D assets created by Advids were subsequently repurposed for print materials and interactive web configurators, maximizing the client's return on investment.
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Final Video
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