Comparison

Base vs Airtable

Same kind of product: a grid with typed columns, views, forms, interfaces and automations. One difference decides the rest. Airtable put the AI inside the product — Omni in every base and interface, AI fields, field agents — and meters it in credits. Base took it out. There is no AI in the interface, nothing to meter, and the only AI is the agent you already pay for, connected over MCP. This page is that trade, surface by surface.

Last verified 16 September 2026 · sourced below

Where the AI lives

Inside the product, or inside your agent.

Airtable's answer is a copilot in the app. Base's answer is no copilot in the app. Both are deliberate, and they lead to different products.

Airtable Base
AI in the interface Omni in the corner of every base and every interface, AI fields in the grid, field agents. Included on every plan. An owner can switch Omni off per base. None. No copilot, no sparkle icon, no AI field type. The grid is a grid, and it will stay that way.
Who pays for the model You, in AI credits pooled per workspace and reset monthly — 500 per editor on Free, 15,000 per paid seat on Team, 20,000 on Business. A question to Omni is about 10. Extra packs from $20 a month per 10,000. You already do. The model is the Claude, ChatGPT, Grok or Gemini subscription you have today. Base adds nothing on top: no meter, no credits.
Which model, and whose context Airtable's choice, not configurable, and it knows your base. Whichever agent you connect, with everything else that agent already knows — your email, your code, your calendar, the other MCP servers you use.
How the AI reaches the data Two doors: the in-product AI, and an MCP server for outside agents. One door: MCP, 67 tools. Because the agent is the only AI Base has, the server has to expose everything — which is what the capability table further down measures.

Why this matters more than any single row below. An in-product copilot is built for the person in the grid. An MCP server is built for an agent that never opens the grid. When a product has both, the MCP server is the second door and gets the second-door budget. When it has only one, the MCP server is the product.

The product, without the AI

Same surfaces. Only one of them has AI attached to every one.

This is the clutter argument, made concrete. Every place you work in Airtable now has an AI entry point beside it. Every place you work in Base is just the place.

Surface Airtable Base
The base Your tables, with the Omni icon in the upper-left corner of every one. An owner can switch it off per base. Your tables. Nothing in the corner.
The grid Typed fields and formulas, plus an AI field type that spends credits per cell and whose model you do not choose. Typed columns, spreadsheet-compatible formulas, 25 field types. No AI field type. If a column needs a model, your agent fills it over MCP with the model you chose.
Views Grid, kanban, calendar, gallery, gantt, timeline, list. Grid, kanban, calendar, gallery, gantt, chart, list, pivot.
Interfaces Pages over your data, with the Omni icon in the lower-right corner of every one. Pages of blocks over your views, published to people who never open the grid. No icon.
Forms Forms in the base and in interfaces. Forms published to a URL, with held submissions you release by hand or by agent.
Automations Triggers and actions, including AI-generate steps that draw down credits. Triggers and actions, signed webhooks, a delivery log and retry. No AI step — if you want a model in the loop, your agent is the loop.
History Record revision history, retention set by plan. A change log with the actor on every write, per-row diffs, as-of reads, branching undo and named versions — so everything an agent does is attributable and reversible.
What it costs

Two meters, or none.

Airtable bills the seat and then bills the AI on top. Base bills neither, and the model bill is one you are already paying.

Airtable Base
Seats $20–24 per editor per month on Team, $45–54 on Business. Free during the beta, no card, while usage data settles the pricing model. Nothing is gated or counted today: editors, viewers, form submitters and agents all come with it.
AI Credits, pooled per workspace and reset monthly: 500 per editor on Free, 15,000 per paid seat on Team, 20,000 on Business. About 10 per Omni question. Extra packs from $20 a month per 10,000. None. The model bill is the Claude, ChatGPT, Grok or Gemini subscription you already have. Base meters nothing and sells no credits.
MCP server Included on all plans. Included.
Moving in — Airtable migration included. Your base is read, never written, and stays where it is.
The agent route, measured

If your agent is the only AI, the MCP server has to do everything.

Start honestly: Airtable's MCP server is good, and it's free on every plan. If you've seen a comparison page claiming Airtable doesn't support MCP, close it. Airtable ships an official server with one-click OAuth connectors for Claude and ChatGPT, and an assistant can search your bases, create and update records, spin up a new base, read and write comments, build an interface and draft automations. If that is all you want from an agent, you do not need to move, and we'd rather tell you that than sell you a migration you'll regret.

But Airtable's server is the second door — the first is Omni, inside the app. Base has one door, so it has to open all the way: restructure a table, stand up a form, ship an automation, join two tables in one query. Row by row, what each server lets an outside agent do.

Capability Airtable MCPOfficial server Base MCP67 tools
Reading data
Search and read records Yes Yes — list_rows with limit/offset, get_row by id
Aggregate with SQL Stats, not SQL — analyze_table sums, averages and counts one table, with group-by and filters. No joins and no arbitrary query. Yes — run_query runs SELECT/WITH against a typed, read-only SQLite view of every table. One call, not forty pages.
Discover the schema Yes Yes — get_table reports every column's SQL type and view name, so the agent reads the schema instead of guessing it
Writing data
Create records Capped — 50 records per request by the server's own tool schema; the help article still says 10 Yes — row batches apply in one round trip, as one history entry and one webhook
Update and delete records Yes Yes — plus duplicate_row
Create a table with its columns and its rows in one call Columns, yes — create_table takes the fields; the rows are separate calls Yes — create_table takes optional columns and rows batches, so a whole table is a single call
Add, retype and remove columns Add and rename — create_field and update_field (name, description, formula). No retype, no delete. Not in the help article; it is in the server's tool schema. Yes — create_column, update_column, delete_column across all 25 field types
Create a new base Yes — needs Creator permission Yes — create_base, and delete_base requires an explicit confirm
Building the workspace
Create and configure views Interfaces, not views — create_interface, create_page (grid, kanban, list, calendar, gallery, timeline, dashboard) and publish_interface. Editing an existing interface, or adding filters to one, stays UI-only. Yes — create_view, update_view, delete_view with filters, sorts, grouping and colour rules
Build and publish a form Fill, not build — get_form_schema reads one and submit_form submits it; building one is UI-only Yes — create, update, publish, unpublish, read submissions, release a held one. Ten tools.
Ship a working automation Drafts only — list, inspect, create and update drafts, read the run history; turning one on requires the Airtable UI Yes, live — create it, test_automation it, read its delivery log and retry a failed delivery
Read and write comments Read and write — list_record_comments, create_record_comment with threaded replies Read and write — list_comments, add_comment
Undo its own mistake Some — revert_action reverses a create, a delete or an automation update by its action id. Record updates are not revertible, and there is no version to walk back to. Yes — get_history, undo, redo, save_version. The agent can check in a version before it starts and walk back to it.
Connecting
Authentication OAuth OAuth 2.1 via WorkOS AuthKit — no pasted keys, we do not run the AS
Hosts Claude, ChatGPT, Cursor and other MCP clients Claude, ChatGPT, Grok custom connector, and Gemini — all over streamable HTTP

Where the Airtable column states a limit or a "no", it comes from Airtable's help article or from the tool schemas its server publishes to a connected client — and where the two disagree, we say so. If we're wrong, tell us and this page gets corrected the same day. We'd rather run a comparison people trust than one that flatters us.

The same request, from your agent

"Stand up renewals tracking for the CS team."

A real request, of the kind people actually make — typed into Claude, which already has the email thread it came from. Here is how far each product's MCP server gets on its own, based on the documented tool surfaces above.

Airtable MCP

  1. Sums the renewals with analyze_table — one table, filtered and grouped, server-side. Anything that joins accounts to contacts is paged into the model's context instead.
  2. Creates the tracking table with create_table, then fills it fifty rows per request.
  3. Stops. Forms can be read and submitted, not built — the form is hand-built in the UI.
  4. Drafts the reminder automation but cannot turn it on — someone opens Airtable and activates it.
Result: a table with rows in it, and two manual steps left on your desk.

Base MCP

  1. run_query — one SELECT with a date filter and a sum. The aggregation happens in SQLite, not in the context window.
  2. create_table — columns and all matching rows in a single call, recorded as one history entry.
  3. create_form then publish_form — the CS team gets a live URL.
  4. create_automation then test_automation — signed webhook, verified working, on.
  5. save_version — a labelled point to roll back to if you hate it.
Result: a working system, and a version marker in case it got it wrong.

Airtable has a second route we are not showing: ask Omni, inside the app. It builds tables, interfaces and automations without spending credits, and charges about 10 credits per question about your data. What it cannot be is your agent — it is Airtable's model, in Airtable's window, without the thread that started the request or anything else your assistant already knows. That is the trade, not a flaw.

Why the row counts and timings aren't on this page: we haven't published a benchmark, so we're not going to imply one. The steps above are what each documented tool surface permits, nothing more. A recorded side-by-side run is coming, and it will be the raw screen capture with the failures left in.

The REST API

And the same comparison, over plain HTTP.

MCP is the surface an agent drives. A script drives the REST API, and we audited ours endpoint by endpoint against Airtable's Web API. Both directions of the result are below.

Over REST Airtable Web APIapi.airtable.com/v0 Base/v1
Reading
Records per page100 maximum500 maximum
Total row countNot returned — you page until the cursor stopsOn every page
FilteringfilterByFormula — a per-record predicate. No joins, no aggregates, no groupingRead-only SQL over the whole base: SELECT status, COUNT(*) … GROUP BY in one request
Returning some columnsfields[]Not supported — take the row, or project in SQL
Writing
Records per write10500 — one history entry and one webhook for the batch
Upsert on a keyperformUpsert on up to 3 fieldsNot supported
DeletePermanent, 10 per requestArchived and recoverable — but one at a time
Around it
Field addressingBy name; a rename breaks callers unless they opt into field idsBy key, stable across renames — one scheme, and it is the durable one
Token scopesRecords, comments, schema and webhooks split separatelyThree — read, values, shape. Coarser, but a sync key can fill rows and not drop a table
Uploading a fileuploadAttachmentSigned-in sessions only
Change feedPull, with a cursor you can replay after downtimePush — signed webhooks with a delivery log and retry, but no replay cursor
History and undoNoneChange log, per-row diffs, as-of reads, branching undo
CSV exportNot in the APIOne GET

Compatibility was never the target. Base's API is not a drop-in for Airtable's and no Airtable SDK will point at it — the shapes differ deliberately, starting with cells keyed by column key instead of fields keyed by name. We ran the comparison to find our own gaps, and four of them are in the table above. The full endpoint-by-endpoint audit, including what we intend to close, lives in the repository as docs/airtable-api-audit.md. The API reference is here.

The other side

Where Airtable is still the better answer.

A comparison page that concedes nothing is an advertisement. Here is where we'd point you back.

You want the AI inside the product
Omni, AI fields and field agents ship with Airtable on every plan, and they work for people who will never connect an agent. If your team wants a copilot in the grid and does not want to bring its own assistant, Airtable has one and Base never will. That is the trade this whole page is about, and it cuts both ways.
You need Airtable's Interface ecosystem as it is today
Both have grid, kanban, calendar, gallery, gantt, chart and list. Base has Interfaces too — pages of blocks over your views, published to people who never open the grid. Airtable's have a longer track record and a larger template library. If you are deep in that ecosystem, weigh the rebuild.
You live in a long integrations marketplace
Airtable has hundreds of one-click connectors and a deep automation library. Base has a directory of one-click connectors too, but only a curated whitelist is enabled. If you depend on the long tail, you'll still be on webhooks and the REST API.
Your sync job needs upsert, or finer-grained tokens
Airtable's API can match-or-create on a key, trim a response to named fields, upload attachments, and split scopes further than we do — separate comment and webhook scopes, and a read/write split on schema. We separate values from shape and stop there. The first three we simply do not have yet, and they are written up in our own audit rather than left for you to discover.
Your security review has a checklist
Single sign-on works here, but there is no SOC 2 report and no procurement packet. If those are gating requirements, Airtable clears them and we do not. If that is the thing stopping you, email us — demand is how we decide whether to do the work.
You need scale and a track record
Airtable serves over 500,000 companies and 90% of the Fortune 100. We are a small team on big cloud infrastructure, and you should price the company-size risk honestly — which is why every export path is open from day one.
Your team is deep in Airtable's ecosystem
Extensions, scripting blocks, sync from external sources, mobile apps, and a large community with an answer for everything. Switching costs you all of that.
If the agent you already pay for is all the AI you want

Bring a base over and point it at the grid.

Migration copies — your Airtable base is read, never written, and stays where it is. About a minute for a typical base.