The V-2, a symbol of innovation from World War II, has always fascinated me. Building on my previous work on the V-2 rocket engine, I've now crafted the full structure, seamlessly integrating it with the last iteration of the rocket engine.In my earlier post, we explored the intricacies of the V-2 turbopump's historical significance. The V-2, also known as the A-4, was a groundbreaking achievement in rocket technology. Developed by Germany during WWII, it marked the world's first long-range guided ballistic missile. Its innovative features and powerful capabilities set the stage for future space exploration.Specific Features and Usage:Range: The V-2 boasted an impressive range, capable of reaching altitudes that no other rocket of its time could achieve.Propulsion: Powered by a sophisticated rocket engine, the V-2 utilized a combination of liquid oxygen and alcohol for propellant.Payload Capacity: It could carry a payload of approximately 1,000 kilograms, making it a significant advancement in payload delivery systems.Now, tying it all together – the complete V-2 rocket structure! Combining historical accuracy with modern design principles, I've meticulously crafted each component. The rocket engine details and dimensions were gathered from thorough research on Google, complemented by assumed measurements for logical and foundational engine components.