Juno: New Origins stands out with its extensive customization options. Players can modify every aspect of their vehicles using easy-to-use tools, from resizing fuel tanks and wings to tweaking solar panels and jet engines. This flexibility extends to designing rocket and jet engines by adjusting parameters such as power cycle, combustion pressure, and nozzle performance, allowing for highly specialized creations tailored to specific mission needs.

The inclusion of Vizzy, a bespoke programming language, adds another layer of depth. Users can drag and drop code blocks to automate crafts, log telemetry data, or even design custom MFD touch screens. This feature not only enhances gameplay but also serves as an interactive learning tool for programming, mathematics, and physics.

Realistic orbit simulation provides accurate astrodynamics, supporting time-warp functionality to expedite longer missions. The Map View assists in planning future burns and encounters, ensuring precise navigation. Coupled with a vibrant community offering countless user-generated crafts and sandboxes, Juno: New Origins offers a rich, immersive experience for simulation enthusiasts seeking creativity and realism.

In Juno: New Origins, the economic system is intricately designed to simulate real-world aerospace industry dynamics. Players take control of their own aerospace company, earning money and tech points as they progress through the game. This economic model provides a realistic representation of resource management, where completing contracts yields financial rewards and tech points needed for advancement.

The game offers a mixture of hand-crafted and procedural contracts, ensuring that players have countless hours of new gameplay opportunities. These contracts are not just simple tasks but complex missions that require strategic planning and execution, thus offering dynamic feedback based on player decisions and actions.

Conquering milestones and exploring landmarks earn tech points, which unlock new technologies in the tech tree. This creates a layered economic strategy where players must balance immediate financial gains with long-term technological investments. The interactive tutorials further enhance this experience by teaching players how to build and operate various vehicles effectively.

Overall, the economic system in Juno: New Origins adds significant depth to the simulation, providing players with a rich and engaging experience that mirrors the complexities of managing an aerospace enterprise.

Resource management in Juno: New Origins is a critical aspect that balances strategic depth with creative freedom. Players can stretch and shape fuel tanks, wings, cargo bays, fairings, and nose cones using easy-to-use tools, allowing them to create exactly what they envision. This flexibility in resizing and reshaping parts ensures that resource allocation is both strategic and personalized.

The ability to resize solar panels, landing gear, pistons, jet engines, and more adds another layer of complexity to resource management. Each decision impacts the overall performance and efficiency of the crafted vehicles, requiring players to carefully consider their choices. Painting crafts with custom colors and tweaking reflectiveness, emissiveness, and texture styles further enhances this customization process.

Designing rocket and jet engines involves adjusting various parameters such as power cycle, combustion pressure, gimbal range, fuel type, and nozzle performance. These adjustments affect engine visuals and performance, demonstrating the importance of resource optimization. Players can choose to either fine-tune these details or use pre-built engines for quicker launches, depending on their preferred playstyle.

This balanced approach to resource management allows players to experiment with different strategies while maintaining a challenging yet rewarding gameplay experience. By integrating realistic physics and orbital mechanics, Juno: New Origins ensures that every resource management decision has tangible consequences, enhancing the overall immersion and enjoyment of the simulation.