Baz it-reborn

Work Log — Support Structure Build For today’s work log, I focused on building another custom part designed to act as a support structure. The goal is to make hardware management inside the case easier, while keeping every component exactly where I designed it to be. This piece mainly covers three key areas: 1. GPU Holder I designed the GPU to sit at an angle—not just for looks, but also to improve airflow. Instead of blowing heat straight into the glass, the angled position helps distribute heat more efficiently. Since GPUs are quite heavy, I extended the support base from the rear almost all the way to the front of the case for better stability. Under this section, I installed three 140mm fans. I also removed the stock support bracket to make cable management underneath much easier. The GPU is slightly lifted from the base, giving more room for airflow and fan installation. Another detail is at the rear of the GPU—I raised the tank support. This improves the overall look and also makes coolant draining easier. 2. Top Radiator & Fan Setup For the top section, I designed the radiator to sit at an angle. This helps direct airflow toward the rear exhaust fan, allowing heat to leave the case more efficiently. The angled setup also makes the fans more visible without needing to look from below. I removed the original mounting bracket and let the radiator extend slightly above the case. Another reason for this design is the 3D-printed structure on the top panel, which blocks airflow. This adjustment helps create more space for air to move through. 3. Front Panel Extension At the front, I extended the panel outward to match the overall design. This section also acts as a mounting support for additional fans: Two fans on the upper side One fan at the bottom All fans are supported by this custom part, keeping everything aligned and clean. Everything is finished in black, keeping the same tone as the previous build—clean, simple, and cohesive. Thank you.

Bringing Thai Architecture to Life — on The Great Siam Engine : This project began with a simple idea: "What would happen if traditional Thai architecture were reimagined within a modern engineering context?" The concept was to apply elements of Thai architecture by translating their visual language into a new form. The design focuses on translating the distinctive characteristics of Thai architecture into the work — including: • Bell-shaped stupas • Slender spires • Surrounding chedis • And the geometry of traditional temple structures These elements were reinterpreted into a clean, balanced, and contemporary composition. From Digital to Physical : The forms were developed digitally and brought into the physical world through 3D printing. This process allowed flexibility in refining proportions, scale, and overall composition. Thai Identity in a New Context : The result is a reinterpretation of Thai architectural identity in a modern context. By simplifying and restructuring traditional forms, the design remains familiar — while offering a fresh perspective. The Great Siam Engine : The final installation sits atop the case like a miniature architectural landscape. It is not merely decorative — it represents a dialogue between heritage, design, and technology. A reinterpretation of Thai identity, reconstructed through form, proportion, and material. This is “The Great Siam Engine” Printed using PLA+ material with a 0.2 mm layer height and 25% infill, providing a good balance between strength and surface detail. Thank you

The goal was to achieve a rugged, aggressive metal-like texture. I built it up using a controlled misting technique, allowing each layer to partially set before applying the next. The final coat was laid down after a full cure, bringing out the depth and raw detailing you see here. Got the base nice and textured—after that, painting the rest was a piece of cake.

Today I’m sharing an update on the structural build of this project. The Thermaltake View 600TG is a very large case. Adding the empty case and hardware, it was so heavy my back almost broke lifting it. One of the key highlights of this build is the tracked system. Because of this, the structure must be strong enough to support a significant amount of weight while remaining stable at all times. For this reason, I built the main frame using 3 mm steel, including both L-shaped steel and flat steel. To preserve the original identity of the case, I designed the base to fit tightly around it without cutting or removing any part of the case. The lower frame uses inward-facing L-shaped steel to support the full weight of the case when it is placed down. On top of that, I added another layer of outward-facing L-shaped steel to create mounting points for additional components. I also cut slots into the frame to allow the track axles to pass through. Next, I added the legs to raise the base to match the height of the tracks. At this stage, the goal was to use as little material as possible while still keeping the structure strong and stable. I also reinforced key areas to prevent bending. Even though the steel is 3 mm thick, flat steel can still slightly bend during welding, so extra support was added. Once the main structure was completed, I moved on to shaping the front of the case. The design is inspired by a sharp, aggressive front similar to a locomotive. For now, I temporarily placed a metal mesh at the front. This area will later be covered with more detailed elements. The pointed front will be refined with plastic wood for a cleaner and more defined shape. For future PSU servicing, I added a cutout at the back to make maintenance easier. At this stage, the structure is complete and ready for primer. From now on, I will be updating more frequently as I work on this project full-time. If you have any questions, feel free to leave a comment. See you in the next update.

Project Title: THE GREAT SIAM ENGINE When I first saw the Thermaltake View 600TG, I immediately felt that the case already had a very strong identity. The large vertical tower design and the surrounding glass panels allow the hardware inside to be fully visible. Even before any modification, the case already looks powerful and beautiful. Because of this, my goal was not to hide the case or completely change its original design. Instead, I wanted to create something new while still keeping the unique character of the View 600TG. This idea became the starting point of The Great Siam Engine. The concept comes from the imagination of a giant mechanical engine carrying an entire city on its back. Normally, cities stay in one place. But for this project, I imagined bringing a city onto a moving machine so it could move forward and reveal its beauty to the world. Instead of a fictional city, I wanted the city on top to represent Thailand. The structures are inspired by famous Thai landmark and architecture, bringing Thai culture onto this massive mechanical engine. This project also represents my journey as a new modder from Thailand. I wanted this build to clearly show its origin, so that when people see it, they can immediately feel the Thai influence behind the design. This build is not only about modifying a PC case. It is about telling a story. The story of a Thai city traveling forward on a giant engine.

Hello friends, Today I received some products from TT. At first, I planned to wait until everything arrived before taking photos and properly thanking all of the sponsors. However, after looking at the products I already have and the number of sponsor logos involved, I realized that it feels like the right moment to start doing something, even if it’s just a small beginning. Of course, once all the products have arrived and everything is fully ready, I’ll gather them all together and take another photo to share. For today, this will do. Happy New Year, everyone!! Thank you Thermaltake Thank you Intel Thank you Palit Thank you Asrock Thank you Seagate

Black Myth Working Bull King ร้ายกาจ

หนีไป....!!

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Suchao----------------------------------------------!!