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Covered Asian Bridge / Laser-cut design

A covered bridge. A pagoda roof.

SVG and DXF files for a covered Asian bridge with a pagoda roof, curved railings and steps. Build it for 28–32 mm miniatures with the included PDF assembly guide.

Get the filesExplore the model

Digital design · SVG + DXF · PDF guide
No physical model or materials are shipped.

Three-quarter visualization of a covered Asian bridge with curved railings, steps at both ends and a central pagoda roof
AI-assisted model visualization based on 21CNCStudio design renders.

01 /The design

A covered crossing for your village.

Steps rise from each end towards the central roofed opening. Curved railings follow the walkway, while pillars and lattice panels support the pagoda roof. The gallery shows opposite, overhead, end-on and close views, alongside a customer build.

The approximate finished size is 301 × 77 × 134 mm in length × width × height. Files are supplied for 3 mm and 1/8-inch plywood. Use the bridge as a crossing in a village, temple garden or tabletop scene.

28–32 mm terrain

The covered bridge is designed for this miniature size.

Views along the walkway

Inspect the steps, curved railings and covered opening in the gallery.

A guided build

SVG and DXF designs are accompanied by a PDF assembly guide.

Views & details

Different views, details and a physical build. Select an image for a larger view.

Three-quarter bridge visualization with the digital cutting-file formats and PDF guide listed above it.
AI-assisted visualization based on 21CNCStudio design renders. Three-quarter bridge visualization with the digital cutting-file formats and PDF guide listed above it.
Side visualization of the covered Asian bridge with the approximate assembled dimensions 301 by 77 by 134 mm.
AI-assisted visualization based on 21CNCStudio design renders. Side visualization of the covered Asian bridge with the approximate assembled dimensions 301 by 77 by 134 mm.
Opposite three-quarter visualization of the Asian bridge with curved railings, steps and pagoda roof.
AI-assisted visualization based on 21CNCStudio design renders. Opposite three-quarter visualization of the Asian bridge with curved railings, steps and pagoda roof.
Overhead visualization of the covered Asian bridge showing the walkway, railings and steps.
AI-assisted visualization based on 21CNCStudio design renders. Overhead visualization of the covered Asian bridge showing the walkway, railings and steps.
End-on visualization looking up the Asian bridge steps through the covered opening.
AI-assisted visualization based on 21CNCStudio design renders. End-on visualization looking up the Asian bridge steps through the covered opening.
Close visualization of the Asian bridge pagoda roof, pillars and lattice panels.
AI-assisted visualization based on 21CNCStudio design renders. Close visualization of the Asian bridge pagoda roof, pillars and lattice panels.
Close visualization of the Asian bridge steps and curved railing connections.
AI-assisted visualization based on 21CNCStudio design renders. Close visualization of the Asian bridge steps and curved railing connections.
Three-quarter bridge visualization with 28–32 mm miniature and material-version notes.
AI-assisted visualization based on 21CNCStudio design renders. Three-quarter bridge visualization with 28–32 mm miniature and material-version notes.
Side bridge visualization explaining proportional resizing from 3 mm to 4.5 mm material at 150 percent scale.
AI-assisted visualization based on 21CNCStudio design renders. Side bridge visualization explaining proportional resizing from 3 mm to 4.5 mm material at 150 percent scale.
Customer photograph of the assembled Asian bridge with a red railing and blue pagoda roof.
Customer build photo from an Etsy review. Customer photograph of the assembled Asian bridge with a red railing and blue pagoda roof.

02 /At your workbench

Choose your material.Make it fit.

01 /

Measure first.

Check your actual material thickness and the matching file version. Test the slots and kerf on a small cut.

02 /

Check the layout.

Open the supplied design in compatible laser software. Check that the layout fits your machine’s usable work area.

03 /

Follow the guide.

Use the PDF assembly guide to identify the parts and work through the construction sequence.

Plan this build.

Choose the file version matching your actual plywood thickness and check the layouts against your laser work area. Test the railing and fitted connections. Scaling a 3 mm design to 150% requires approximately 4.5 mm actual material; all finished dimensions change too.

At the 3 mm material scale, no individual part exceeds 290 mm. This refers to one part, not the assembled model or the whole cutting layout. Rescaling changes that limit.

Before you start.

Miniature size
28–32 mm
Design files
SVG + DXF
Assembly guide
PDF included
Material versions
3 mm / 1/8 inch plywood
Approximate finished size
301 × 77 × 134 mm (L × W × H)
Does the 301 mm length describe one laser-cut part?

It is the approximate length of the assembled bridge. Check the individual parts and layouts against your usable cutting area before preparing the job.

What do I receive?

SVG and DXF cutting designs with PDF assembly instructions, prepared for 3 mm and 1/8-inch plywood. No physical bridge, miniatures or material is supplied.

Can I change the scale?

Scale every part equally. Slots and tabs change with the design, so the material thickness must change in the same proportion; the finished dimensions also change. Test the fit and kerf before cutting all the parts.

Can I use the design commercially?

The files are for personal use. Contact 21CNCStudio before commercial use or selling finished items. Do not resell, share or redistribute the digital files without permission.

03 /From the studio to your workbench

Build your covered crossing.

View the Covered Asian Bridge file package and its current terms on Etsy.

View files on EtsyDigital design files.
No physical model, material or hardware is shipped.
Back to laser cuttingDesigned by 21CNCStudio. Made by you.
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