Front paws: Its front paws can transform into three-fingered hands, similar to human hands, which can grab and manipulate objects, as well as support its body and increase its stability. Its fingers are made of flexible materials, which can bend and stretch, adapting to different scenarios and needs. Hind legs: Its hind legs have a wheel-shaped butt, similar to a balance car structure, which can glide quickly on the ground, improving its mobility and efficiency. Its wheels are made of wear-resistant rubber, which can adapt to various road conditions, and can also fold up, turning into normal hind legs, convenient for crawling and jumping. Tail: Its tail is a lightweight folding high-performance solar panel, which can collect and store solar energy, providing continuous power for the mechanical dog. Its tail can also be used to adjust the mechanical dog’s balance and direction, as well as communicate and signal with humans or other mechanical dogs. Abdomen: Its abdomen has a built-in neural diffusion module, which can exchange and collaborate data with other mechanical dogs or smart devices through wireless networks, achieving group intelligence and autonomous learning. Its abdomen also has a technology umbrella, which can use high-tech jet spray to protect the mechanical dog from rain and snow. This technology umbrella is a product of Dyson, using aerodynamics to create an airflow shield that can resist wind and rain. Eyeballs: Its eyeballs have high-brightness lighting beads, which can emit strong light in dark environments, illuminating the surrounding objects and scenes. Its eyeballs can also rotate and adjust, adapting to different light and distance, improving its visual clarity and accuracy. Vision system: Its vision system is the slit between its eyes, which has a built-in small X-ray device, which can penetrate and analyze the internal structure and composition of objects, finding potential dangers and opportunities. Its vision system can also switch to different modes, such as infrared, ultraviolet, microwave, etc., to adapt to different environments and tasks. Other parts: Its other parts, such as head, neck, back, torso, etc., also have auxiliary cameras, which can detect the surrounding situation 360 degrees, improving the mechanical dog’s perception and reaction ability. Its other parts are also made of high-strength metal and plastic, which can resist impact and wear, ensuring the mechanical dog’s durability and safety.
1 of 2
Design a racing car based on the GTR 2020 Concept. Here is the description of the car I have designed for you: Exterior Design: 1. The car features a streamlined body design to enhance aerodynamic performance. 2. The body color is bright orange to increase the visual appeal of the racing car. 3. The front of the car is equipped with a large air intake and cooling vents to ensure engine cooling and airflow. 4. The car is equipped with wide wheel arches and low suspension to increase stability and handling performance. 5. The rear of the car is equipped with a large spoiler and diffuser to provide additional downforce and stability.
1 of 2
\The Lotus Hyper SUV of the future resembles a Zonda but with a more aggressive stance. The SUV is entirely constructed from carbon fiber, featuring numerous aerodynamic elements throughout its body, resulting in an exceptionally low drag coefficient for an SUV. It appears wider than a Ferrari, lower than a Lamborghini, and more powerful than a Bugatti, emphasizing aerodynamics to the maximum.\
1 of 2
Vehicle Design: The Front Half is Based on the GTR 2020 Concept, while the Back Half is Based on the 2023 Nissan Hyperforce EV Description of Designed Vehicle: Exterior Design: 1. The vehicle features a streamlined body design for improved aerodynamic performance. 2. The body color is a bright pure white, complemented by the NISMO logo, to increase the visual appeal of the car. 3. Large air intakes and vents are installed at the front of the vehicle to ensure engine cooling and airflow. The car is also fully equipped with carbon fiber components to reduce wind resistance, and advanced laser headlights are used for a very imposing look. 4. The vehicle is equipped with extremely wide wheel arches and low-slung tires to increase stability and handling performance. 5. At the rear of the vehicle, it is equipped with a GT3-style spoiler and F1-style diffuser to provide additional downforce.
1 of 2
\The Lotus Hyper SUV of the future resembles lotus evija but more aggresive ，SUV entirely made of carbon fiber. Its body is filled with numerous aerodynamic elements, resulting in an unprecedentedly low drag coefficient for an SUV. It appears wider than a Ferrari, lower than a Lamborghini, and more powerful than a Bugatti, prioritizing aerodynamics to the fullest extent.\
1 of 2
A car made of silver, wheels made of rubber, door made of glass, windows made of gold
1 of 2
A car made of silver, wheels made of rubber, door made of glass, windows made of gold
1 of 2
