MOC-190723 Lotus 97T 1985 F1 Race Car Building Blocks Set(811PCS)

Product Introduction:
MOC-190723 Lotus 97T - Ayrton Senna Tribute 1985 F1 Formula 1 Race Car Building Blocks Set(811PCS)
Material: ABS

Product Background:
1. Designed and authorized by WBsupercars_V.b.
2. This 97T race car model features a clean, streamlined design. Its aerodynamic layout faithfully replicates the structure of the actual vehicle, drawing inspiration from classic racing cars while incorporating the brand's signature early-era winglet structures.

Product Highlights:
1. Winglets are cleverly positioned between the front wheels and sidepods, effectively optimizing side airflow and enhancing overall aerodynamic performance.
2. Through ingenious layout design, the model circumvents the rear-wing restrictions of that era by integrating functionally similar structures into the trailing edges of the sidepods.
3. The model accurately reproduces the vehicle's silhouette, air intake layout, and suspension structure, offering high fidelity and realistic detail.
4. Constructed from high-quality building block parts, the assembly is tight and stable; whether for static display or as a collector's piece, it embodies the mechanical beauty of racing cars.

Product Features:
1. Materials: Made from eco-friendly ABS. The set contains 811 high-quality parts manufactured via precision molding for a perfect, secure fit. The parts are smooth, burr-free, and vibrant in color, ensuring a safe and satisfying assembly experience.
2. Clear Instructions: Includes a QR code to access digital instructions via your smartphone camera; the steps are detailed and easy to follow for quick assembly.
3. Value & Significance: Once assembled, it serves as an excellent display model or decorative piece; it also helps develop hands-on skills and critical thinking.
4. Important Notes: Contains small parts; please handle and store with care. Suitable for ages 16 and up. Please contact us promptly if you encounter any issues during assembly.

Packing List:
Building block set x1