Futuristic Sci-Fi Spaceship | V2Fun Discover

🛰️ COSMORA Space Debris Collector — 3D Model Description Create a **futuristic autonomous satellite designed to collect space debris and old satellites from Earth’s orbit**. The satellite has a **large central cylindrical spacecraft body** made from metallic, heat-resistant materials, with several smaller mechanical components attached around it. Two large **rectangular solar-panel wings** extend from the sides of the satellite to provide power. At the front is a **large circular debris-capture mechanism** resembling a futuristic robotic net launcher. The mechanism can deploy a **wide flexible capture net** to surround pieces of space junk such as broken satellite parts, discarded rocket components, and small debris. On the sides of the spacecraft are **two robotic mechanical arms** with multiple articulated joints. Each arm ends in a **multi-fingered robotic claw** capable of grabbing and securing larger pieces of debris. The arms should look industrial, strong, and highly detailed. The rear contains **small maneuvering thrusters** used to change the satellite’s orbit and safely approach debris. Add multiple small attitude-control thrusters around the body. Include a **large internal debris-storage compartment** in the center/rear of the spacecraft. Show a partially open section containing several pieces of collected space debris, including fragments of metal, a broken solar panel, and an old satellite component. Add several **cameras, radar sensors, navigation sensors, and scanning equipment** around the front of the satellite to identify and track debris. The satellite should have a **clean, advanced aerospace design**, combining realistic NASA-style engineering with a futuristic sci-fi appearance. Use a combination of metallic panels, structural frames, cables, bolts, vents, antennas, and protective shielding. ### Overall Shape * Large central cylindrical body * Two wide solar-panel wings * Two articulated robotic arms * Front-mounted debris capture net * Multi-finger robotic claws * Rear orbital maneuvering thrusters * Central debris-storage bay * Radar and optical sensors * Communication antenna * Small navigation lights ### Style **Highly detailed realistic 3D engineering model, futuristic space technology, functional mechanical design, hard-surface modeling, realistic proportions, visible joints and components, suitable for a physical prototype or exhibition model.** The satellite should look like a **real spacecraft that could actually be built and operated in low Earth orbit**, rather than a simple sci-fi spaceship.