Payment Gateway / PSP

Braintree vs 2Checkout

Braintree and 2Checkout both show up under the payment gateway category, but they solve slightly different jobs. Braintree uses usage-based pricing, while 2Checkout runs on undisclosed pricing. Lock-in is medium for Braintree and low for 2Checkout. Transparency lands at 5/5 versus 2/5. Both tools target SaaS with online payments, so the choice comes down to pricing, lock-in, and operational fit rather than scope. Worth noting: Braintree is explicitly not for offline, Internal projects. The honest trade-off: Braintree trades off on offline-only retail; 2Checkout trades off on offline-only retail. On the plus side, Braintree highlights SaaS with online payments. Braintree's documentation also calls out e-commerce checkout. For teams evaluating payment gateway options today, the decision usually hinges on whether Braintree's profile or 2Checkout's profile maps more cleanly to the pricing model, lock-in tolerance, and scale your team can live with. Beyond the headline pitch, a documented Braintree use-case is "E-commerce checkout", and a documented 2Checkout use-case is "E-commerce checkout".

Quick take

Braintree is for SaaS with online payments; 2Checkout is for SaaS with online payments; decide on pricing model.

Feature comparison

Braintree Braintree 2Checkout 2Checkout
Category Payment Gateway / PSP Payment Gateway / PSP
Pricing Model usage β€”
Entry Price β€” β€”
Free Tier No No
Billing Complexity β€” β€”
Developer Experience 5/5 3/5
Pricing Transparency 5/5 2/5
Lock-in Level medium low
Migration Complexity β€” β€”
Data Portability β€” β€”
Enterprise Available β€”
GitHub Stars 1.0k 83
License MIT MIT

When to choose which

Choose Braintree when…

Choose Braintree if your project is SaaS with online payments, medium lock-in is an acceptable trade-off, strong SDKs and docs (5/5) are a priority.

  • SaaS with online payments
  • E-commerce checkout
  • Excellent developer documentation and SDKs

Not for: Offline, Internal projects

Choose 2Checkout when…

Choose 2Checkout if your project is SaaS with online payments, you want to keep future migration cheap, you can tolerate 2Checkout's limited public transparency (2/5).

  • SaaS with online payments
  • E-commerce checkout
  • Excellent developer documentation and SDKs

Not for: Offline, Internal projects

Common use cases

Braintree

  • SaaS with online payments
  • E-commerce checkout
  • Marketplace payment processing

2Checkout

  • SaaS with online payments
  • E-commerce checkout
  • Marketplace payment processing

Ready to explore?

Check each tool's dedicated page for deeper reviews, setup notes, and pros/cons.

Frequently asked questions

Is Braintree cheaper than 2Checkout?

Braintree uses usage-based pricing, and 2Checkout uses undisclosed pricing. The pricing models are different, so a direct cheaper-than comparison depends on your volume and usage pattern.

Can I migrate from Braintree to 2Checkout?

Our data puts Braintree at medium lock-in (paypal-owned, card data portable), and 2Checkout at low lock-in (merchant account tightly bound; customer and subscription data partially portable). Migration is feasible but not trivial β€” budget time for re-integration, data export, and parallel running before cutover.

Which has better developer experience?

Braintree scores 5/5 on developer experience in our data, while 2Checkout scores 3/5, so Braintree has the edge on docs and SDK quality by that measure. That gap is reinforced by transparency scores of 5/5 versus 2/5. Still, run a small integration spike on both before deciding β€” team familiarity with a given SDK style often matters more than a one-point score gap.

Is 2Checkout a good alternative to Braintree?

2Checkout covers a similar scope to Braintree β€” our data lists "SaaS, E-commerce, Marketplace" as the best-for on both. The pricing model shifts too β€” Braintree is usage-based pricing, 2Checkout is undisclosed pricing β€” so expect the cost profile to change as well. One caveat: 2Checkout is explicitly not for offline, Internal projects, so check that constraint against your use-case before switching.

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