1:32 Lamborghini LP770 Scale Diecast Model
35.99 € – 41.99 €
FREE SHIPPING with tracking number!
No Import Taxes on delivery!
Ships from: HK Warehouse – Hong Kong (China)
Estimated delivery: July 2 – July 7
Own a stunning 1:32 scale replica of the exclusive Lamborghini LP770-4 with this diecast alloy sports car model. Its sleek design captures every detail of the powerful V12 engine that accelerates from 0 to 100 km/h in just 2.8 seconds, reaching a top speed of 350 km/h. Perfect for adult collectors, this high-quality model features realistic sounds and movable parts, making it a captivating addition to any collection. Display it proudly and relive the thrill of Lamborghini’s pinnacle design and performance. Whether for display or gifting, this model brings the excitement of super racing cars right to your space.
This this Lamborghini LP770-4 alloy car model
Imagine adding a stunning piece to your collection with this highly detailed 1:32 scale Lamborghini LP770-4 diecast model. Crafted from durable alloy and plastic, this replica captures the spirit of the legendary supercar unveiled at the 2016 Geneva Motor Show. Its intricate design highlights the powerful V12 engine boasting 770 horsepower and an impressive top speed of 350 km/h. Perfect for enthusiasts and collectors aged 14 and up, this model brings the thrill of the Lamborghini LP770-4 right into your hands. Whether displayed on your shelf or used as a conversation piece, it offers a realistic, high-quality representation of this exclusive vehicle. This is more than a model; it’s a statement of passion for high-performance cars.
Keys features of the this Lamborghini LP770-4 alloy model
- Meticulously crafted from alloy and plastic for authenticity and durability, bringing a realistic look to your collection with fine detailing and robust construction.
- Scaled at 1:32, this model offers a perfect size for display on shelves or desks, making it easy to showcase your love for luxury sports cars.
- Features sound and movable parts such as a lifting tail and hot car wheels, enhancing the play and display experience for collectors and car enthusiasts.
- Designed without batteries or electrical components, ensuring long-lasting quality and easy maintenance for years of enjoyment.
- Celebrates the 2016 Lamborghini LP770-4 model, with accurate details inspired by the limited-edition supercar, perfect for passionate collectors and car lovers.
- An ideal gift choice for car enthusiasts and collectors, offering a captivating piece that embodies Lamborghini’s extreme performance and design.
This superb Lamborghini LP770-4 model makes a perfect gift
Bring excitement to your collection with this highly detailed Lamborghini LP770-4 alloy model. With its realistic size, sound features, and impeccable craftsmanship, it’s a must-have for any car enthusiast. Secure yours today and elevate your display, turning your passion for high-performance cars into a captivating showcase of craftsmanship and speed. Don’t wait—celebrate the thrill of Lamborghini with this exceptional collectible!
– If there's any issue with your order, I personally handle it—no delays, no excuses. Whether it's a delivery concern, a damaged item, or any other issue, I fix it, fast.
– My shipments are integrated into high-priority international logistics networks through Cainiao Global Express, ensuring most orders arrive within 7-10 days.
– Every order comes with a tracking number that lets you monitor your package in real time.
– I am not just an entrepreneur in the e-commerce business; I also hold a PhD in Mathematics and continue to work at the frontier between computer science and pure mathematics. My expertise spans multiple advanced fields, allowing me to approach complex logistical, operational, and technical challenges with precision and efficiency. This mindset of structured problem-solving and analytical thinking is what enables me to offer a smooth, optimized, and highly reliable shopping experience. Whether it's managing logistics, handling unexpected issues, or improving customer service, I apply the same rigorous problem-solving approach that I use in advanced mathematical research.
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