Create a 5-second Remotion example of true 3D motion graphics using the SAME subject as the other examples: exactly one coin being set aside in one savings jar. This is an illustrative saving action, with no investment return, currency denomination or actual transaction claim.

VISUAL SYSTEM
Use 1920x1080 at 30fps. One plain round gold-colored coin starts at (960,280), about 180px in diameter. One savings jar is centered around (960,650), about 440px wide and 480px high, with a cobalt #165DDE lid/base and visible horizontal slot centered around (960,430). Its front is pale or clear enough to show the coin inside after entry. Adapt these coordinates coherently to the specified projection and style. Create actual modeled 3D meshes for a thin brass coin, a rounded translucent jar and a cobalt slotted lid. Use a warm gray studio floor, upper-left area-style light and soft coherent shadows. Keep the slot genuinely open or build explicit lid geometry around it. Align the thin coin edge with the slot before insertion.

TIMELINE
0-1s: establish the jar and coin in a three-quarter camera view. 1-2.5s: make a restrained 10-degree camera orbit while rotating the coin only enough to align with the slot; lower it to the opening. 2.5-4s: move that real mesh inside the jar and settle it on the base; place Set aside one coin as a readable 2D overlay. 4-5s: hold the settled coin and jar.

IMPLEMENTATION
Use actual modeled meshes, a depth buffer and a perspective camera. Use compatible Three.js/Remotion integration if installed, or a deterministic native WebGL renderer like this example; do not substitute a rotating flat photograph. Set explicit canvas dimensions and drive all mesh/camera positions from Remotion frames. Inspect local dependency availability without changing shared or global installations.

Read this project's instructions first. Work in a clearly named local project folder and preserve existing files and exports. Reuse a compatible Remotion runtime if present. Keep this example silent unless I supply audio. Do not use the article image as a flattened video: create editable components and expose copy, colors, geometry and timing in configuration.

Drive every animation from useCurrentFrame(), interpolate() or spring(); do not use CSS animation clocks, timers or unseeded randomness. Keep opacity and sizes bounded, and text inside a 120px landscape safe margin. Reuse objects between beats and use a readable final hold.

Deliver editable source, a registered composition, local render instructions and a versioned H.264 MP4 and a looping five-second web GIF (800x450, 20fps, 100 frames). Preserve the MP4 as the source. Use palette generation for GIF conversion, verify its full decode, and confirm that one loop lasts 5.000 seconds. Render the video, extract a contact sheet including transition boundaries, inspect it at full resolution and at phone width, and correct visible defects. Verify dimensions, frame rate, duration and full video decode. Report any unperformed checks or missing dependencies honestly. Follow project permissions for installs, paid tools and publication; do not delete files, change credentials or publish without authorization. Do not claim the video is finished merely because the source compiles.