TAIWAN / PROTOTYPE MANUFACTURING + SYSTEMS INTEGRATION
See the manufacturing evidence, meet the integration team, then bring one component or interface for review.
Updated English voice and captions. Press Play to start.
CURRENT CHAPTER
BYTE · ManufacturingReady for the next step? Choose the manufacturing or integration brief below.
01 / BYTE — WE BUILD
Manufacturer-published machining, production and inspection references. Share the drawing, material, quantity and critical dimensions.
Displayed certificate copies expired on 14 March 2023. Current validity, origin, capacity and lead time require order-specific checks.
02 / HÉ JĪ — WE INTEGRATE & TEST
Current team backgrounds connect systems planning, embedded control, aircraft integration, mechanical prototyping and software. Sun’s approved role includes flight control, guidance and technical instruction.
Equipment documents are historical supplier evidence. Work packages remain proposed and unexecuted; staffing and acceptance are agreed per enquiry. Military systems operator training is not offered.
03 / SMART TOOLS — OPTIONAL
A recorded browser example queues sample events and ignores duplicate IDs after a simulated route is restored.
No AI model, radio or field hardware is connected. Equipment illustrations are concepts. Smart Tools is not physically attending; availability and follow-up support need separate confirmation.
Open the original software presentation ↗YOUR NEXT PROTOTYPE
Bring a drawing, an interface requirement or a prototype brief. Include existing equipment, delivery destination, data restrictions and what a successful first delivery must prove. Unknown details can remain to be confirmed.
Opens the existing BE PASSIVE intake with the company and this demo’s context. No enquiry is submitted and no email is sent merely by watching. Scope, technical responsibility, quotation and supply are agreed per project.
Download the MP4 before travelling. It includes narration and visible English subtitles. Source links and RFQs need an internet connection.
Have a part you need to build? Let's start there. BYTE TCM presents precision machining, tooling, and mechanical prototyping in Taiwan.
Share a drawing, a material, and the quantity you need.
Here, you can see the company's own production and inspection photographs. Your drawing and acceptance criteria guide the review.
We'll still need to confirm current certificates and delivery availability.
For integration, meet Hé Jī. The team covers systems planning, embedded control, aircraft integration, mechanical prototyping, and software.
Yi-Sheng Sun's approved background covers flight control, guidance development, and technical instruction.
Use the equipment documents to map the interfaces. These are historical references. Your configuration still needs its own tests.
Before we begin, let's agree who does the work, what gets delivered, and how we'll check it.
Smart Tools offers an optional, simulated software example.
The restored route delivers once. No field hardware is connected.
Its team isn't attending. Support needs separate confirmation.
Bring a drawing, an interface requirement, or a prototype brief. Which part or system would you like us to quote first?
Have a part you need to build? Let's start with that. BYTE TCM presents precision machining, tooling, and mechanical prototyping in Taiwan. A useful first conversation begins with one component and a clear drawing.
The photograph here comes from the manufacturer. The customer and programme haven't been disclosed. It gives us a reference to discuss, while your tolerances, material, and quantity define the actual job.
We'll need to review those requirements before confirming production capacity, delivery timing, or any aircraft qualification.
Now let's look at production and inspection. These are the company's original photographs, and the inspection image shows a hand-held caliper. For your component, the question is straightforward: which dimensions matter, and how should we check them?
We can use your drawing to agree the inspection method, material requirements, and traceability needed for a sample. That gives both sides a clear basis for acceptance.
The certificate copies shown expired in March twenty twenty-three. Current validity still needs to be checked against your procurement requirements.
A practical first project could be a housing, a motor mount, a sensor bracket, or an assembly fixture. These are proposed starting points, rather than confirmed orders.
Bring the drawing revision, material, sample quantity, and target date. Then we can review a defined scope and discuss a quotation, with an inspection plan agreed before the sample is made.
For the integration work, Hé Jī brings together systems planning, embedded control, aircraft integration, mechanical prototyping, and software.
Yi-Sheng Sun's approved experience covers flight-control and guidance development, software, and military technical instruction. Military operator training isn't offered as a service.
The portraits are AI-restyled, and the first four profiles are CV-reported with proposed English names. Sun has approved his name, biography, portrait use, and role.
For each project, we'll agree availability, responsibilities, and the technical signatory before work begins.
Here's where the equipment documents help. You can open the ground-station reference, the Blue Magpie controller document, or the RTK Lite manual beside this player. Pause whenever you'd like to inspect a detail.
These are historical supplier references. They don't establish delivery by the current team, or Sun's individual project history.
For your setup, confirm the model, hardware and firmware, interfaces, power needs, and failure behaviour. Stock, compatibility, and performance need configuration-specific checks.
Let's define one manageable piece of work: equipment selection, integration and ground testing, manufacturing review, or a mission-data workflow.
Possible outputs include an interface table, software test cases, logging requirements, a drawing review, and acceptance criteria.
These packages haven't been executed. Before starting, we'll agree the people, equipment, budget, permissions, and acceptance plan. Start with a bounded paid scope. Broader cooperation can follow a concrete delivery.
We can pause here and look at the component or system you have in mind. Bring your drawings, interface requirements, existing equipment, and any data restrictions.
Smart Tools is available as an optional recorded software chapter. Its team isn't physically attending, and follow-up support needs separate confirmation.
Which part or system would you like us to quote first?
Here's an optional software example from Smart Tools. The equipment pictures are concepts; they don't show a validated hardware system. The Smart Tools team isn't attending the forum.
Watch what happens when the simulated route stops. A sample event waits in the browser's local queue, ready for the route to return.
Restore the route, and the event reaches the ledger. This demonstrates application logic, without a radio or field test.
Replaying leaves one record and raises the duplicate counter. No AI or field hardware is connected. Support needs separate confirmation.
Recorded 21 October 2026 from approved Presentation Mode screens: BE PASSIVE v157 and the Smart Tools v53 standalone copy. Edited still-screen sequences, with automatic cuts and AI-generated English narration, revised with a neural voice on 21 October 2026; not a continuous field recording or an engineer’s voice. AI-restyled portraits and source limitations remain visible. First four English team names remain proposed; Sun’s name, bio, portrait use and technical positioning are approved. No named buyer order or completed new integration is asserted.