How to avoid losing wedding footage that can't be reshot. The 3-2-1 rule, NAS, cloud storage, archive structure, and recovery plan—with pricing verified in October 2026.
3 copies, 2 different storage types, 1 offsite — adapted specifically for videography workflows.
NAS models (Synology, QNAP), editing SSDs, NAS drives (IronWolf, WD Red), portable backup drives.
Cloudflare R2, Backblaze B2, Wasabi, Glacier, Google Drive — price per TB, egress fees, and recommendations.
Complete folder structure template, file naming convention, and per-wedding organization workflow.
How long to keep raw footage, project files, and exports. Annual cost calculations for 30-wedding workflows.
What to do when NAS fails, cloud goes down, drives get stolen, or you accidentally delete a project.
Contents:
Plus a comparison of 7 cloud storage services with prices as of October 2026, a ready-made folder structure, and a file naming rule.
For wedding videographers, this means:
| Copy | Where | Type |
|---|---|---|
| Working copy | Editing SSD/NVMe | Local |
| On-site backup | NAS or external HDD | Local |
| Offsite backup | Cloud storage or rotated drive | Remote |
After the Wedding (Same Day)
Three copies of each file, on two different types of storage media, and one copy off-site. For a wedding videographer, this works like this: the working copy is on the editing SSD, the backup is on a NAS or external drive, and the third is in the cloud or on a drive stored elsewhere. One copy on the NAS isn't enough: a fire, theft, or power surge will destroy both the computer and the NAS. Therefore, the third copy is always off-site.
Wedding footage is irreplaceable. A hard drive failure, accidental deletion, or theft can mean losing months of work — and your client's most important memories. A proper backup strategy isn't paranoia; it's a professional requirement.
The 3-2-1 rule is the industry standard: three copies, two storage types, one offsite. This guide walks you through implementing it with hardware recommendations, cloud pricing, and a step-by-step workflow you can start using today.
A typical wedding generates 400-800 GB of data (raw footage, project files, and exports). At 30 weddings per year, that's 12-24 TB annually. Use our Video File Size Calculator to estimate your specific storage needs based on your shooting specs.
For long-term delivery and client access, platforms like OurStoria handle the streaming and download infrastructure so you can focus on archiving raw footage locally.
A NAS in a videographer's studio is primarily a second copy and archive, not a drive for editing. The two-drive Synology DS225+ is suitable if you're shooting solo: two drives in a RAID 1 mirror. The four-drive DS425+ is suitable for growing archives: RAID 5. A budget alternative is the QNAP TS-264. Edit active projects from a local NVMe SSD: a 2.5GbE network share is slower than an internal drive. Synology Plus models once again support third-party hard drives.
A single wedding takes up approximately 400–800 GB: source footage from two cameras, audio, a drone, the project, and exports. At 30 weddings per year, that's about 15 TB, so the cost calculation in the guide assumes a 16 TB NAS. For the NAS, choose drives designed for 24/7 operation: Seagate IronWolf, WD Red Plus, or the budget Toshiba N300.
Three copies of each file, on two different types of storage media, and one copy stored off-site. For a videographer, this means a working copy on the editing SSD, a backup copy on a NAS or external drive, and a third copy in the cloud or on a drive stored elsewhere.
Better not. Two- and four-bay NAS devices like the Synology DS225+ and DS425+ are designed for backup, archiving, and distributing finished files. Keep the active project on a local NVMe SSD, and a copy of the source files and project autosave on the NAS.
This guide compares 7 storage solutions. For a professional archive, consider Cloudflare R2 (around $15 per TB per month, free egress) or Backblaze B2 (around $7 per TB, free egress up to three times the data you store). For the coldest archive, consider Amazon S3 Glacier or Google Cloud Archive: cheap to store, expensive to download.
Usually 400–800 GB: 8 hours of source footage from two cameras takes 300–600 GB, audio takes 5–15 GB, drone footage takes 30–100 GB, project and assets takes 10–30 GB, and final exports takes 20–60 GB.
Keep raw footage and project files for 2–3 years (in case of re-edits), final master files indefinitely, social media cuts for 1 year, and contracts and invoices for 7 years. After two years, raw footage can be moved to the cheapest “cold” storage.
Only after both copies have been verified: offload the cards to the editing SSD, check that the files are readable, copy the raw footage to the NAS—and only then format.