**Objective:** Create a high-quality, photorealistic product render of an innovative motorcycle side stand with an automatic three-leg expansion mechanism. **Concept Overview:** The product is a mechanical bike stand that improves stability by expanding into a tripod when the bike is parked. It uses a central shaft with a cam/linkage mechanism that deploys three legs outward under load and retracts when lifted. **Design Requirements:** * A **central cylindrical shaft** attached to the motorcycle frame * **Three foldable/extendable legs** arranged symmetrically (120° apart) * **Mechanical linkage arms** connecting the legs to the central mechanism * A visible **cam or actuation mechanism** near the top of the leg assembly * **Telescopic or hinged leg structure** with realistic joints and pivots * **Wide anti-slip foot pads** for each leg (for uneven surfaces) **Material & Finish:** * Matte black anodized aluminum body * Stainless steel joints, pins, and fasteners * Rubberized foot pads * Industrial, durable, real-world manufacturable look **Scene Setup:** * The stand should be **mounted on a modern motorcycle** * Show the stand in **fully deployed position (tripod mode)** supporting the bike * Ground surface should be slightly uneven (concrete/road) to demonstrate stability **Additional Deliverables:** 1. Main **hero render (deployed state)** 2. Secondary **compact/folded state view** 3. Optional: **Exploded view showing components and mechanism** **Style & Quality:** * Photorealistic rendering (not cartoon or stylized) * High detail with visible mechanical elements (bolts, joints, linkages) * Professional product lighting (studio + natural shadows) * Clean, minimal background * 4K resolution **Reference:** Use the provided reference image for structure, proportions, and mechanism understanding. **Goal:** The final output should look like a real, market-ready engineered product suitable for presentation, prototyping, and pitch decks.