TTB COLA Processing Times
Current TTB COLA label approval status by commodity, plus historical processing-time snapshots for launch planning, queue checks, and formula-vs-label sequencing.
What this page shows
TTB processing times show the recent median review time for COLA label applications and the oldest received date TTB is currently working in each queue. Use the live snapshot for today's status, then use COLA Cloud's archived CSV and API history to see whether the queue is normal, improving, or slowing down.
- Check current COLA label approval median days by wine, malt beverage, and distilled spirits queues.
- Compare COLA processing with formula and registration queues when a product needs multiple TTB steps.
- Download historical processing-time CSVs or query the same reference data through the API.
Current label processing times
Current snapshot commentary
- Fastest label queue
- Malt Beverage at 1 day median. TTB was working applications received Jun 11, 2026.
- Slowest label queue
- Distilled Spirits at 6 days median. TTB was working applications received Jun 9, 2026.
- Formula signal
- All: Sample Analysis at 15 days median. TTB was working applications received Jun 8, 2026.
- Latest snapshot
- Jun 15, 2026. TTB is the official current source; COLA Cloud preserves the historical snapshots.
TTB publishes the current queue snapshot on its processing-times page. That page is the source of record for today's status.
COLA Cloud snapshots the public values over time. That turns a current-status page into history you can download, query through the API, or use in a dashboard.
How to read TTB processing times
- Median days
- The middle processing time for recently completed applications. Half moved faster, half moved slower. It is not a guarantee for your individual submission.
- Now processing
-
The oldest received date TTB is currently working for that queue.
In COLA Cloud data we store this as
queue_frontier_date. - 85% goal
- TTB's public service goal is to process 85% of label applications within 15 days. The median can look good while a smaller share of applications still take longer.
Historical COLA processing-time trend
This chart uses historical COLA Cloud snapshots of archived median label-review days by commodity, so you can compare today's queue to prior snapshots.
Why the history matters
A current snapshot tells you where the queue is today. A history tells you whether today's queue is normal, whether a delay is category-wide, and whether formula review or label review is the bottleneck.
- Launch planning: file labels when the queue is moving and build realistic approval buffers.
- Status-check context: compare your pending COLA to the queue frontier before escalating.
- Formula-vs-label sequencing: plan products that need formula approval before COLA submission.
- Operational trend monitoring: track whether TTB queues are speeding up, slowing down, or shifting by commodity.
Formula and registration queues
Some products need formula approval before the label application. New companies may also need a basic permit or registration before any COLA work matters. These are separate TTB queues.
| Queue | Commodity | Median | Queue depth | Now processing | Snapshot |
|---|---|---|---|---|---|
| All: Sample Analysis | All | 15d | 7d | 2026-06-08 | 2026-06-15 |
| Distilled Spirits | Distilled Spirits | 2d | 6d | 2026-06-09 | 2026-06-15 |
| Malt Beverage | Malt Beverage | 2d | 5d | 2026-06-10 | 2026-06-15 |
| Wine | Wine | 2d | 5d | 2026-06-10 | 2026-06-15 |
Download and query the open data
Related resources
FAQ
- Are these official TTB numbers?
- TTB is the official source for the current snapshot. COLA Cloud republishes archived public TTB snapshots as historical open data.
- Do processing times include corrections?
- The public metric is a queue-level processing statistic, not a promise for a specific application. Corrections, missing formulas, and label issues can add time.
- Can I use this data commercially?
- Yes. The open processing-time datasets are published under CC0, alongside API access for programmatic use.