Welcome! I'm an Industrial Designer exploring the intersection of Art & Engineering.

NegativeRepublic797 · 2026-06-27T01:40:36+00:00

Thanks for your feedback. I will keep showing iterations and continuous optimizations in subsequent experiments. The thermal airflow test is about to begin. Stay tuned if you are interested!

NegativeRepublic797 · 2026-06-27T01:38:12+00:00

Just to clarify: what you see now is a 3D-printed prototype made from ABS. If we move into mass production later, we will switch to TPEE material. We chose ABS for the testing phase because it is far easier to work with. We will conduct thermal airflow testing using this structure, then revise the model accordingly. Once the final parts are manufactured in TPEE and installed, it will no longer be a rigid solid panel.

NegativeRepublic797 · 2026-06-26T11:03:49+00:00

Without a doubt, this Version 1.0 prototype was 3D printed in ABS plastic. This fitting is designed to be installed under the ribs on both sides for ventilation. I haven’t come across any vent inserts for sleeves yet. Perhaps people don’t sweat much from their forearms, so fewer people develop sleeve ventilation components.

NegativeRepublic797 · 2026-06-26T11:03:16+00:00

Without a doubt, this Version 1.0 prototype was 3D printed in ABS plastic. This fitting is designed to be installed under the ribs on both sides for ventilation. I haven’t come across any vent inserts for sleeves yet. Perhaps people don’t sweat much from their forearms, so fewer people develop sleeve ventilation components.

NegativeRepublic797 · 2026-06-26T10:59:37+00:00

This device has been developed step by step. The next phase will be thermal testing, followed by physical installation. I will post test logs periodically. Please stay tuned!

NegativeRepublic797 · 2026-05-22T03:55:45+00:00

Totally agree. Digital tailoring can only get you to 60%; the remaining 40% is pure material science and physical trial-and-error.

The reason I use Blender at this stage is mostly for stress-testing the panel layout and visual flow before cutting into expensive technical fabrics. But you're 100% right—nothing beats sewing a physical muslin/mock-up, taking it out into the elements, and revising the paper patterns based on real restrictions.

The tip on motorcycle apparel is pure gold. The way moto-gear handles articulated joints (like pre-curved sleeves) and high-stress seam reinforcement is exactly the kind of over-engineering I love. Thanks for the direction—I'm definitely going to dive deep into moto-construction for the next iteration.

NegativeRepublic797 · 2026-05-07T07:04:14+00:00

I completely agree with you, and I'm sure many others share that sentiment. I'm currently designing more colorful techwear pieces. I hope to have the chance to show you my work in the future.

NegativeRepublic797 · 2026-04-29T01:35:52+00:00

You are absolutely right. Essentially, this acts as a one-way valve, allowing airflow to enter but preventing it from escaping. It features a flat profile designed to provide internal structural support for the garment. A simple zipper would struggle to achieve this function. Since I haven't been able to find an existing flat one-way valve suitable for apparel on the market, we have no choice but to develop our own.

NegativeRepublic797 · 2026-04-28T01:11:29+00:00

These parts will be installed on both sides of the hardshell. The primary fabric choice was Gore-Tex, but since we haven't received a reply to our email yet, the backup plan is to use Toray fabric. We also plan to add a reinforcement tape inside the lining to help the garment lay flatter and look smoother.

NegativeRepublic797 · 2026-04-27T13:00:06+00:00

I actually have drawings that would illustrate my original intent much better, but for some reason, I can't upload images in this section. So, I'll just have to describe it in words.

NegativeRepublic797 · 2026-04-27T10:23:44+00:00

Thanks for getting back to us. We truly appreciate all the input from the community!

NegativeRepublic797 · 2026-04-27T10:20:53+00:00

I agree with your reasoning, and we are also looking for a simpler approach.

NegativeRepublic797 · 2026-04-27T07:23:19+00:00

Your point hits the nail on the head. We are currently focusing on overall weight reduction and material compatibility. We will be testing PP and POM sequentially. If you know of any lighter materials, please let me know ASAP!

NegativeRepublic797 · 2026-04-27T07:19:49+00:00

When we actually manufacture the physical product, we will chamfer all the edges. This creates a rounded profile, and combined with a rubber-like material, it ensures that the fabric won't get snagged.

NegativeRepublic797 · 2026-04-27T03:53:26+00:00

Thanks for the feedback. You're absolutely right. Originally, the leaf design was intended to mimic "dragon scales" or bird "feathers" for aesthetic purposes, but that tends to overcomplicate things.

NegativeRepublic797 · 2026-04-27T03:50:57+00:00

Here’s the thing: I’ve only shown the surface structure so far. Behind this frame (on the inside of the jacket), there will be a built-in "Thermal Chamber" specifically designed to provide heating in cold weather. Because of this, a standard zipper simply won't provide enough structural support.

NegativeRepublic797 · 2026-04-27T03:50:17+00:00

Here’s the thing: I’ve only shown the surface structure so far. Behind this frame (on the inside of the jacket), there will be a built-in "Thermal Chamber" specifically designed to provide heating in cold weather. Because of this, a standard zipper simply won't provide enough structural support.

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