Can We Develop a GBN System Like the One in Gundam Build Divers?

In the Gundam Build Divers series, fans of mobile suit models explore a fascinating virtual realm called GBN where physical models come to life. Inspired by this, let's dive into the possibilities of creating a similar GBN system that can scan and recreate our Gunpla models in a digital world.

Concept Overview

A Gunpla Battle Nexus (GBN) system would be a groundbreaking blend of physical model kits and virtual reality technology. This concept involves scanning Gunpla models, converting the scanned data into digital models, and creating a realistic virtual environment for these Gunpla to interact and battle. Below, we explore how such a system could be conceptualized and implemented.

Gunpla Scanning Technology

Developing a high-resolution 3D scanner to capture the intricate details of Gunpla models is the first step. This scanner must be capable of accurately scanning Gunpla of various sizes and types. Here's how the process would look:

3D Scanning: A high-resolution 3D scanner will be needed to capture the fine details of Gunpla models. This scanner must be precise enough to differentiate between minute details, ensuring that the digital model closely resembles the original physical model. Data Processing: The scanned data will be converted into a digital format compatible with the virtual environment, such as OBJ or STL files. This format allows for seamless integration into the game engine.

Virtual Environment

The GBN world requires a sophisticated virtual environment to support multiplayer interactions and realistic behavior of the Gunpla.

Game Engine

Utilizing a game engine like Unity or Unreal Engine, the GBN world will be created. This environment should support multiplayer interactions, enabling users to battle and showcase their Gunpla. The game engine will be crucial for the development of the virtual environment.

Physics and Animation

Implementing a physics system is essential to ensure that the Gunpla behave realistically in the virtual environment. Animation systems will also need to be integrated to provide a lifelike movement of the Gunpla.

User Interface

A user-friendly interface will allow users to easily scan their Gunpla, manage their collections, and access battle modes. This could include customization options for each Gunpla, allowing users to personalize their models with different colors and abilities.

Avatar System

Users can create personalized avatars that represent them in the GBN world, enhancing their immersion and interaction with the virtual environment.

Networking and Multiplayer

A robust server infrastructure is necessary to handle multiplayer interactions, ensuring that users can connect and battle with others in real-time.

Server Infrastructure

The servers will play a crucial role in supporting the multiplayer aspect of the game, ensuring smooth and uninterrupted gameplay.

Matchmaking System

A matchmaking system will be implemented to pair users based on their skill level and Gunpla capabilities, ensuring more enjoyable and balanced battles.

Customization and Upgrades

Allowing users to customize their Gunpla with different parts, colors, and abilities is a crucial aspect of the GBN system. This could include:

In-Game Customization

Users can purchase and install different parts and colors through an in-game shop, or earn them as rewards for performing well in battles.

Upgrades and Progression

A progression system will be introduced, where users can upgrade their Gunpla based on their performance in battles. This encourages players to return and improve their models continually.

Challenges

Developing a seamless scanning and recreation system would require advanced technology and software engineering skills. Additionally, legal issues related to the use of Gundam and Gunpla intellectual property must be addressed. User adoption may also pose a challenge, as convincing users to invest in scanning technology and a new virtual platform could be difficult.

Possible Implementation Steps

The following steps could be taken to bring this concept to life:

Prototype Development

Create a prototype scanner and a basic virtual environment to test the feasibility of the concept. Early testing will help identify any issues and refine the system.

Community Engagement

Engage with the Gunpla community for feedback and ideas. Potentially involving them in beta testing can provide valuable insights and help build a community around the project.

Iterate and Expand

Based on feedback, enhance the scanning technology and virtual environment. Add new features, optimize performance, and continuously improve the user experience.

Conclusion

While creating a GBN system like the one in Gundam Build Divers is ambitious, it is theoretically possible with the right technology and resources. This system would combine elements of 3D scanning, game development, and virtual interaction, providing a unique experience for Gunpla enthusiasts.