Calculadora de ahorro con pagos con criptomonedas
Use this calculator to model how payment costs may change when part of your sales move from traditional card payments to crypto payments. The estimate considers GMV, transaction count, card fees, fixed fees, international share, FX costs, chargeback exposure, crypto processing fees, and optional operational costs.
Payment Cost Inputs
Your Estimated Impact
Bar chart compares current fiat costs with the modeled crypto adoption scenario.
Cost Breakdown
| Guión | Tratamiento | Transfronterizo + FX | Contracargos | Operational Cost | Total Monthly Cost |
|---|---|---|---|---|---|
| Ejecute el cálculo para ver su desglose. | |||||
Assumptions: crypto has no traditional card-network chargebacks, no card cross-border surcharge, and FX exposure may be reduced or avoided depending on settlement and off-ramp structure. Effective card rate = card % + fixed fee ÷ AOV.
A visual comparison of how traditional payment costs can stack across processing fees, fixed fees, cross-border surcharges, FX costs, and chargeback exposure.
Why This Is a Payment Infrastructure Cost Analysis
Cost savings with crypto payments should not be reduced to a simple headline fee comparison. A business may pay through processor fees, fixed transaction costs, international surcharges, FX conversion, dispute handling, payout timing, reconciliation work, and support activity when payments fail or get reversed.
This page treats payment cost as an infrastructure question. The calculator models visible payment costs, while the supporting sections explain which assumptions can change the result.
Where Card Fees Can Affect Business Costs
Card % + Fixed Fee
Card payments often combine a percentage fee with a fixed charge. On small orders, the fixed fee can raise the effective rate.
Cross-Border Surcharge
International card payments may add extra percentage fees when the customer’s card is issued outside the merchant’s settlement region.
FX Conversion Cost
When charging, settlement, and accounting currencies differ, providers may add FX spreads or conversion fees.
Chargebacks and Penalties
A dispute can reverse revenue, add dispute fees, require support time, and create product or service delivery losses.
Reconciliation Work
Teams may need to match payouts, orders, processor reports, dispute records, refunds, and bank settlement data.
Payout Timing Friction
Delayed settlement, rolling reserves, or payout holds can affect liquidity and make payment operations harder to forecast.
A breakdown of hidden payment infrastructure costs such as failed payments, FX spread, chargebacks, reconciliation work, settlement delays, and support overhead.
What Crypto Payments May Reduce
Crypto payments may reduce selected payment cost layers, especially in cross-border or high-friction payment environments. The most visible difference may be processing cost, but the broader operational effect depends on the business model, payment mix, settlement structure, and customer behavior.
What the Calculator Measures
| Output | What It Means | Por qué es importante |
|---|---|---|
| Ahorro mensual estimado | Traditional payment cost minus modeled post-adoption cost. | Shows the direct cost difference based on your inputs. |
| Effective card rate | Card % plus fixed fee divided by AOV. | Shows how fixed fees affect smaller order values. |
| Cost efficiency ratio | Savings divided by crypto processing cost. | Shows whether the modeled crypto share reduces more cost than it adds. |
| Impact score | A 0 to 100 prioritization indicator. | Higher GMV, international share, and chargeback exposure raise the modeled impact. |
How to Use the Cost-Savings Calculator
- Enter monthly GMV and transaction count to estimate average order value.
- Add card percentage fee, fixed fee, international share, cross-border surcharge, and FX conversion cost.
- Enter chargeback rate and a realistic loss multiplier.
- Set the estimated OxaPay fee and the expected share of sales paid in crypto.
- Add optional operational cost, then review the estimated savings and cost breakdown.
A merchant-focused model showing how crypto payment adoption can reduce selected fee layers while keeping operational and treasury assumptions visible.
Cost Savings Are Not Equal Across Businesses
The same crypto payment fee can produce different results depending on business model. A local business with low dispute rates may see limited financial impact. A digital business with international customers, FX costs, and chargeback exposure may model a stronger effect.
High Potential
International SaaS, digital products, remote services, creator platforms, and businesses with frequent cross-border payment friction.
Moderate Potential
Businesses with mixed local and international sales where crypto works as a secondary payment option.
Lower Potential
Businesses with mostly local customers, low payment costs, low dispute rates, and reliable domestic settlement.
Needs Careful Modeling
Businesses with heavy refund needs, regulated workflows, fiat treasury requirements, or complex accounting processes.
Understanding Chargeback Savings Correctly
Crypto payments do not use traditional card-network chargeback rails. This may reduce a major cost layer for businesses exposed to disputes, fraud claims, and reversed revenue.
But this does not mean customer conflicts disappear. Refunds, mistaken payments, service disputes, fraud checks, and support policies still matter. The operational difference is that these issues are handled through business rules rather than card-network chargeback rails.
Understanding FX and Stablecoin Settlement Correctly
Stablecoin settlement may reduce FX friction when customers pay in crypto and the merchant keeps settlement in a stablecoin or uses a predictable conversion structure. This may be useful for international sales where card processors add FX spreads or cross-border surcharges.
FX may still exist if the business converts stablecoins into local fiat, pays suppliers in another currency, or reports accounting in a different currency. For this reason, the calculator treats FX reduction as a model assumption, not a universal guarantee.
A visual comparison of how chargeback exposure and FX costs work in card payment flows compared with crypto and stablecoin settlement models.
What Is Not Included in the Calculator
A useful cost model should show both savings and limitations. This calculator focuses on common payment-cost layers, but it does not automatically model every operational cost.
- internal accounting and bookkeeping time
- treasury management or conversion decisions
- off-ramp fees or local banking costs
- refund policy handling
- customer education or payment support
- technical integration time
- compliance review or legal advice
Where OxaPay Fits
OxaPay helps businesses accept crypto payments with transparent pricing, real-time tracking, invoices, payment links, APIs, webhook automation, and stablecoin-friendly settlement workflows.
For merchants, the value is not only the fee rate. The value is having a payment flow that is easier to track, connect, and model across different operational scenarios.
Transparent Processing
Model a clear crypto processing fee against card-side fee layers for the crypto share of sales.
Global Payment Access
Support international customers without relying only on card-based cross-border payment rails.
Automation and Webhooks
Connect payment status changes with your order, invoice, or internal fulfillment system.
Stablecoin Settlement Logic
Use stablecoins to support more predictable international payment settlement planning.
Cost-Savings Calculator FAQ
Does crypto completely remove payment costs?
No. Crypto payments may reduce selected cost layers, such as card-side processing, cross-border surcharges, FX spread, and traditional chargeback exposure. Businesses may still have operational, treasury, refund, accounting, or off-ramp costs.
Why does average order value matter?
Fixed card fees are more expensive on smaller orders. A 30-cent fixed fee has a much larger effect on a 10-dollar order than on a 500-dollar order.
Why does international share affect savings?
Cross-border surcharges and FX costs usually apply to the international portion of sales. A business with more international customers may have more cost layers to model.
Are crypto payments really chargeback-free?
Crypto payments do not use traditional card-network chargeback rails. However, businesses still need refund, support, and dispute policies for customer issues.
Should I model 100% crypto adoption?
Usually no. A realistic model starts with partial adoption, such as 10% to 30% of sales, especially when crypto is introduced alongside cards rather than replacing them.
Final Takeaway
Cost savings with crypto payments are strongest when a business has real payment friction: international customers, stacked fees, FX exposure, chargeback risk, payout delays, or high reconciliation overhead.
The goal is not to claim that crypto is always cheaper. The goal is to identify which payment infrastructure costs apply to your business, then test whether a crypto payment flow changes them in a measurable and operationally realistic way.