Best Render Farm for Lumion Animation: Walkthrough & Flythrough on Cloud
The best render farm for Lumion animation (walkthroughs and flythroughs) is iRender, offering dedicated RTX 4090 GPU servers (24GB VRAM) at ~$8.20/hour. A typical 2-minute 4K architectural walkthrough renders in 20–40 minutes on an RTX 4090, costing approximately $3–6. The same animation takes 3–6 hours on a local GTX 1070 workstation. Unlike still images, Lumion animations render frame-by-frame — a 2-minute video at 30fps produces 3,600 frames — making cloud GPU essential for meeting client deadlines. iRender, Xesktop, and AWS EC2 are the only cloud services that support Lumion animations.
| Animation Type | Duration | RTX 4090 Time | Local GTX 1070 | iRender Cost |
| Interior Walkthrough (4K) | 1 min | 8–15 min | 1–2.5 hours | $1.50–2.50 |
| Exterior Walkthrough (4K) | 2 min | 20–40 min | 3–6 hours | $3.00–6.00 |
| Flythrough — Masterplan (4K) | 3 min | 40–75 min | 6–10 hours | $6.00–10.00 |
| Presentation Video (4K, complex) | 5 min | 80–150 min | 12–20 hours | $12.00–20.00 |
How Does Lumion Animation Rendering Work on a Cloud Server?
Lumion renders animations frame-by-frame on a single GPU — it cannot distribute frames across multiple GPUs or machines. This means you connect to an iRender server via remote desktop, open your Lumion project, set up the camera path (walkthrough or flythrough), and click render. The server’s RTX 4090 processes each frame sequentially, outputting an MP4 or image sequence.
The critical difference from still images: animation render time scales linearly with video length. A 1-minute video = ~1,800 frames. A 5-minute presentation = ~9,000 frames. Each frame takes 0.3–0.8 seconds on an RTX 4090 (vs 1.5–4 seconds on a GTX 1070), which is why cloud GPU can turn an overnight local render into a 1–2 hour task.
What Is the Biggest Risk When Rendering Lumion Animations on Cloud?
Forgetting to shut down the server. Lumion animation renders can take 30 minutes to 2+ hours. If you start a render before bed and forget to disconnect after it finishes, iRender’s billing timer continues running. At $8.20/hour, an 8-hour overnight idle session wastes approximately $65. We recommend setting a phone alarm for your estimated finish time, or using iRender’s auto-shutdown feature (available on some server configurations).
A second risk: render crashes from insufficient VRAM. Complex flythrough scenes with 10,000+ objects at “Ultra” quality may exceed the RTX 4090’s 24GB VRAM. If this happens, switch to “High” quality or reduce the number of visible objects by using Lumion’s layer visibility settings to hide distant elements during render.
See more: Render Lumion walkthroughs faster on cloud GPU → View Lumion animation servers on iRender
Frequently Asked Questions
- Can I render a Lumion flythrough on RebusFarm or GarageFarm?
No. Lumion renders animations on a single GPU with real-time desktop access — a workflow incompatible with RebusFarm, GarageFarm, and Fox Renderfarm’s automated SaaS pipeline. These farms distribute frames across multiple nodes, which Lumion does not support. The only cloud options for Lumion animations are IaaS render farms: iRender (~$8.20/hour), Xesktop (~$10–14/hour), and AWS EC2 (~$12–20/hour with manual setup).
2. How much does a 5-minute Lumion presentation video cost on iRender?
A 5-minute 4K Lumion presentation video costs approximately $12–20 on iRender’s RTX 4090 server, rendering in 80–150 minutes depending on scene complexity. For the same video, a local GTX 1070 workstation would take 12–20 hours. iRender’s Credit Back system (10–20% returned per session) can reduce the effective cost to approximately $10–16 for the same render.
3. Should I render Lumion animations at 30fps or 60fps on a cloud render farm?
For most architectural presentations, 30fps is standard and sufficient. Rendering at 60fps doubles your frame count and cloud cost — a 2-minute walkthrough jumps from 3,600 frames ($3–6) to 7,200 frames ($6–12). We recommend 60fps only for VR presentations or high-end competition entries where smooth motion is critical. Most architecture clients cannot distinguish 30fps from 60fps in standard playback.
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