EARLY ASSETS
Railway objects and scenery supporting the visual character of routes and stations.
Explore opportunities to contribute to the development of Indonesian railway content for Trainz Simulator.
LODC Trainz was established in 2020 in Bandung, Indonesia, through an interest in developing Indonesian railway content for Trainz Simulator. Its early work began with relatively small supporting add-ons, providing a starting point for learning how digital railway assets are modeled, prepared, and used within the simulator.
Those early projects included environmental objects, splines, and track assets. Although smaller in scope than an entire locomotive, these elements are important foundations of a railway route: they shape stations, rail corridors, infrastructure, and the wider setting in which trains operate.
Over time, growing experience allowed LODC Trainz to progress beyond its initial supporting assets and into the development of locomotives and complete train consists. This progression—from individual components to more complex railway vehicles and formations—reflects the continuing development of the studio’s creative and technical capabilities.
Based in Bandung, LODC Trainz continues to focus on digital content that expresses the distinctive appearance and character of Indonesian railways. The story of LODC is one of building capabilities step by step, where smaller projects contribute to the knowledge needed for more demanding work.
Beginning with objects, splines, and tracks made it possible to explore essential production skills, including modeling, texture preparation, asset structure, and integration into Trainz. These building blocks remain relevant even when the final objective is a locomotive or a full train formation.
As projects became more ambitious, the development process also became more involved. Locomotives and rolling stock require attention to component geometry, material consistency, attachment systems, animation, technical configuration, and functionality within the simulator.
The progression to consists introduced a further dimension: how multiple vehicles are assembled and represented as a coordinated formation. Each new category brings different production challenges and opportunities to improve the end result.
Railway objects and scenery supporting the visual character of routes and stations.
Splines and track assets used to build connected railway environments.
Locomotive and rolling-stock development involving more detailed geometry and technical setup.
Consists that bring multiple railway vehicles together for use within the simulator.
At LODC Trainz, creating railway content is more than producing attractive 3D models. It is about translating the identity, visual details, and technical characteristics of Indonesian railway equipment into a digital simulation environment.
Our vision is to develop Indonesian railway add-ons that balance authentic appearance, careful craftsmanship, functional integration, and an engaging experience for people who enjoy Trainz Simulator.
Every category of work—from a trackside object to a locomotive—offers an opportunity to learn, refine methods, and produce content with a clear purpose. A convincing simulation experience depends on both the prominent vehicles and the smaller supporting details around them.
We value the combination of creative thinking and technical problem-solving. By bringing these disciplines together, LODC Trainz seeks to contribute meaningful Indonesian railway content to the wider Trainz community.
Our mission is to continue developing recognizable Indonesian railway assets while improving the technical and visual quality of our work. That means paying attention not only to the finished appearance but also to the steps that make an add-on usable inside the simulator.
We aim to keep expanding practical knowledge across modeling, material creation, scripting, integration, and testing. As the scope of a project increases, coordination between these disciplines becomes increasingly important.
We also want the development of railway content to remain a place for learning and collaboration. Sharing ideas, checking details, solving technical problems, and revisiting work are all part of a constructive creative process.
LODC Trainz develops digital railway add-ons for Trainz Simulator, focusing on Indonesian railway equipment, infrastructure, and environments. These add-ons are digital assets intended to be installed and used within the supported Trainz environment; they are not physical railway products.
The content covers several levels of complexity. Some assets help route builders create believable surroundings, while others form the core of the railway experience through locomotives, rolling stock, and assembled train formations.
Different categories require different kinds of development work. A station object may emphasize visual design and placement; track content requires continuity along routes; a locomotive can demand moving parts, simulator configuration, and interactive behavior.
Trainz Simulator is a railway simulation platform in which users can explore routes, operate trains, and build virtual railway environments. Its content system supports additional railway assets that can enrich existing experiences or be used in new route-building projects.
LODC Trainz add-ons are created for use within this broader railway simulation ecosystem. Depending on the asset, a user may place scenery objects in a route, lay track and splines, introduce railway vehicles, or assemble trains for simulation.
Compatibility is specific to each add-on and its technical requirements. The supported Trainz edition, installation requirements, and any dependencies should be checked in the information provided for the individual product; compatibility with every Trainz version should not be assumed.
An add-on collection becomes more useful when it combines the vehicles people operate with the infrastructure and scenery that surround them. The following categories describe the types of content involved in LODC Trainz development.
Station-related elements, trackside facilities, infrastructure objects, and environmental details that support route building and recognizable settings.
Continuous railway elements used to form tracks and linear infrastructure, with attention to appearance and integration into routes.
Digital locomotive models that combine detailed geometry, liveries, materials, and simulator-specific configuration or behavior as applicable.
Passenger and other rail vehicles represented as individual assets, with consistent modeling, materials, and appropriate configurations.
Complete train formations that organize locomotives and rolling stock together for use in the simulator.
Additional components, textures, attachments, and technical resources required to support a complete asset where applicable.
Creating digital railway content involves a combination of creative and technical disciplines commonly used across the Trainz creator community. At LODC Trainz, these broad development stages help explain the kinds of work involved in bringing railway-inspired assets into the simulator.
The overview below describes general practices rather than LODC Trainz's internal production methods. The stages involved depend on the kind of add-on: a scenery object, a track asset, and a locomotive may require different levels of development.
Railway content development often begins by studying visual references and identifying the characteristics of the asset being represented. This provides general direction for later creative work.
Three-dimensional modeling creates the visible shapes of railway objects, vehicles, and infrastructure. It is a fundamental discipline used by many digital asset creators.
UV mapping helps organize how two-dimensional textures appear on a three-dimensional model. It supports the visual presentation of surfaces and details.
Texturing and materials give digital assets their colors, markings, and surface appearance. Different assets and simulator versions may have different visual requirements.
Some add-ons include animated elements to represent movement or interaction. The need for animation depends on the purpose and features of the content.
Configuration and, where appropriate, scripting enable supported assets to function within Trainz Simulator. The level of interactivity varies between scenery, infrastructure, and railway vehicles.
In-game testing helps creators review how an asset looks and behaves in its intended simulation environment. Findings may lead to general refinements before publication.
Before release, creators may review an asset for practical performance and compatibility with the intended Trainz version. Some content may receive further updates after release.
Building an asset is a multidisciplinary task. Geometry determines form; UV layouts connect surfaces to textures; materials define visual response; configuration establishes how Trainz recognizes the asset; and optional scripts or animation provide more specialized functions.
Each layer affects the others. Changes to model geometry may require UV updates, revised attachment positions, or further testing. A convincing add-on depends on understanding these relationships rather than treating visual appearance and technical integration as separate final steps.
For more complex rolling stock, developers also need to consider component organization, naming consistency, dependencies, simulator limitations, and the effect of asset complexity on performance. The precise tools and implementation details can vary by project.
High-quality railway content depends on deliberate attention to detail throughout the production process. The following principles describe the considerations that are important when assessing and improving Trainz add-ons—not a claim that every LODC product has identical specifications or features.
Visual accuracy starts with believable shapes and proportions. Materials and liveries should support those shapes without obscuring important details. Technical functionality should match the intended use of the particular asset, while practical optimization helps make the content manageable within the simulator.
Testing is a continuing part of this work. Changes made during development should be checked in the relevant Trainz environment, especially when they affect attachments, movement, dependencies, or compatibility.
Reference-informed geometry, proportions, markings, and visual character.
Configuration and behavior appropriate to the specific type of asset.
Reasonable resource use through considered geometry, textures, and dependencies.
Testing and clear product-specific information about supported Trainz editions.
Coherent asset organization, materials, and appearance across related components.
Identifying issues, checking revisions, and considering appropriate updates.
LODC Trainz has progressed from supporting objects, splines, and tracks into more advanced railway add-ons, including locomotives and consists. This progression is best understood through actual releases and development work.
For examples of available content, explore the Products section of the website. Product pages are the appropriate place to confirm features, supported Trainz versions, release details, and any necessary dependencies.
Only official LODC development images and confirmed product information should be used when expanding this section into a visual project gallery.
Indonesian railway equipment and infrastructure have distinctive appearances, proportions, and operational characteristics. For LODC Trainz, the real railway is the starting point for understanding what a digital asset is intended to represent. Our content draws inspiration from original locomotives, rolling stock, railway facilities, and other elements found in the real world.
Visual references help establish the overall identity of an asset, including its silhouette, dimensions, structural details, colors, markings, and the relationship between its components. Whether the subject is a trackside object, a section of railway infrastructure, or an entire train formation, references provide context for creating a recognizable representation within Trainz Simulator.
Beyond appearance, real-world references also help us understand the purpose and general behavior of railway equipment. Doors, lights, moving components, train formations, and other functional characteristics may inform how an add-on is presented or experienced in the simulator, where those features are relevant and supported.
Digital simulation has its own technical possibilities and limitations. As a result, an add-on is not necessarily an exact reproduction of every real-world specification or function. The level of detail and available features can vary from one project to another, depending on its intended scope and the capabilities of the target Trainz version.
By keeping the identity and intended function of real railway equipment in view, LODC Trainz aims to create Indonesian railway-themed content that feels familiar and meaningful to enthusiasts. The individual models, features, screenshots, and supported versions can be explored in greater detail through our CONTENT pages.
Creating complex digital railway content benefits from people who approach the same project with different strengths. Modeling, material preparation, configuration, scripting, and testing are connected activities, and an improvement in one area often affects another.
Effective collaboration means communicating what an asset is intended to do, keeping project resources organized, sharing feedback constructively, and checking that changes remain compatible with the rest of the project.
For prospective contributors, curiosity and a willingness to continue learning can be valuable alongside existing technical skills. Actual working arrangements, project roles, and responsibilities depend on the opportunities announced by LODC Trainz.
If you are interested in contributing to railway content development, it can be helpful to show what you have already created. A focused portfolio may include 3D models, texture work, Trainz assets, scripting examples, technical documentation, or examples of testing and troubleshooting.
Explain your role in each example, the tools you used, the challenge you were addressing, and—where possible—the result inside Trainz. Clear examples can make your capabilities easier to understand than a list of software names alone.
This section offers guidance for potential contributors, not a statement that vacancies are currently open. Requirements, eligibility, work arrangements, and application steps should follow the details of any official opportunity published by LODC Trainz.
Turn your passion for railway simulation into meaningful creations. Explore opportunities to collaborate, share your skills, and contribute to the development of Indonesian railway content for Trainz Simulator.
JOIN WITH US