Commertize Desk · November 8, 2026

Stablecoin Distributions: Payout Math on One Property

By Commertize Desk · Published 8 November 2026

Take one stabilized suburban office building: $42 million of equity held by 400 holders, with $2.4 million a year of cash available for distribution after debt service, paid monthly. That is a $200,000 distribution every month, an average of $500 per holder, and 4,800 individual payments a year. The question a sponsor actually faces is simple: what does each payment cost, how long does it take to land, and how many come back.

This piece runs that one building through three payment rails (wire, ACH and stablecoin) and shows where the stablecoin rail wins, where it does not, and what has to be true for it to work. The figures are illustrative, built from ordinary assumptions, not from any specific deal.

The building and the payout file

The assumptions, kept deliberately ordinary:

• Holders: 400, ranging from $25,000 to $1.5 million invested. Median check around $60,000.
• Monthly distribution: $200,000, paid pro rata on the first business day after the record date.
• Holder mix: 340 domestic individuals and trusts, 40 domestic entities, 20 holders outside the United States.
• Register: one current ownership record, so the payment file is generated from the same ledger that records transfers.

The last assumption matters more than the rail. A distribution is only as accurate as the register it is paid against.

Rail 1: Domestic wires

Wires are fast and final, but priced per payment. The Federal Reserve Financial Services fee schedules (2025) price a Fedwire Funds transfer at well under a dollar at the Reserve Bank level, but the sponsor never pays the Reserve Bank directly. The sponsor's bank charges its own outgoing-wire fee, often in the $15 to $35 range for commercial accounts.

At $25 per outgoing wire across 380 domestic holders, monthly cost is $9,500, or $114,000 a year. That is 4.75% of annual distributable cash spent on moving it. Few sponsors pay monthly distributions by wire for this reason.

International wires to the 20 offshore holders add intermediary-bank deductions and foreign exchange spreads, and they arrive one to three business days later, often for a smaller amount than the holder expected.

Rail 2: ACH

ACH is the default because it is cheap. Per-item bank pricing for commercial ACH originations is commonly cents to under a dollar. At $0.50 per item across 380 domestic holders, monthly cost is $190.

The costs show up elsewhere:

• Timing. Standard ACH settles in one to two business days. Same-day ACH exists, but it runs only on banking days and within fixed settlement windows.
• Returns. Closed accounts, changed bank details and name mismatches produce returns. Each return means investigation, a holder email, a re-send and a reconciliation entry. On a 400-holder register, even a handful of returns a month consumes staff hours that never appear in the per-item fee.
• Offshore holders. Domestic ACH does not reach the 20 holders outside the United States, so they stay on wires.

Realistic monthly cost: about $190 in ACH fees and $500 to $700 in international wires, plus the staff time behind returns.

Rail 3: Stablecoin distributions

A payment stablecoin is a digital dollar issued by a regulated issuer and redeemable one-for-one. The GENIUS Act (S. 1582, signed into law 18 July 2025) set the federal framework for payment stablecoin issuers, including one-to-one reserve backing and monthly public disclosure of reserve composition. For a sponsor, that statute is what turns a stablecoin into a defensible cash leg.

Paid on a public network, each transfer costs a network fee. On a rollup such as Arbitrum, a transfer typically costs a few cents; on Ethereum mainnet it varies with congestion. Batching all 400 payments into one transaction reduces the per-holder cost further.

On this building:

• Cost: at $0.05 per transfer, 400 payments cost $20 a month. Add the cost of converting $200,000 of operating cash into stablecoin at the sponsor's bank or payment provider, which varies by relationship and is the line to negotiate.
• Timing: payments land within minutes of submission, on any day of the week. The 20 offshore holders receive the full amount at the same time as everyone else.
• Returns: a payment to a valid address on a current register does not bounce for a closed account. The failure mode moves to the holder side: an address the holder no longer controls.
• Record: every payment is a timestamped entry tied to the record-date register. The audit trail is the payment itself.

Side by side

| Rail | Monthly direct cost | Time to land | Offshore holders | Failed-payment work |
|---|---|---|---|---|
| Wire (all holders) | ~$10,000+ | Same day domestic, 1-3 days offshore | Yes, with deductions | Low |
| ACH + offshore wires | ~$700-$900 | 1-2 business days | Wires only | Moderate |
| Stablecoin | ~$20 + conversion | Minutes, any day | Same rail | Low, shifts to address control |

The honest read: against ACH, the direct fee saving on this building is a few hundred dollars a month. That is not why a sponsor switches. The reasons are the 20 offshore holders paid in full on the same day, the returns that stop happening, and a payment record that reconciles itself against the register.

What has to be true

The worked example depends on four conditions. If any one fails, the advantage shrinks.

1. A current register. Payments go to the addresses on the record-date register. A stale register pays the wrong people faster. Our explainer on real-world asset tokenization in plain English covers how the register and the payment layer connect.
2. Holders who can receive. Some holders will want dollars in a bank account. A sponsor needs a conversion path for them, or a hybrid run with ACH for those holders.
3. Reserve evidence. A sponsor accepting a stablecoin as its cash leg should read the issuer's monthly reserve report, and where possible an independent reserve feed. Our pillar on proof of reserve for real-world assets explains what that evidence looks like.
4. Tax reporting unchanged. The form of payment does not change what the holder owes or what the sponsor reports. The IRS digital assets guidance page (updated 2025) lists stablecoins within its definition of digital assets, so the tax team should confirm the reporting workflow before the first run.

Where the math changes

The example favors stablecoins most when the register is large, checks are small, holders are spread across borders, or distributions are frequent. It favors them least on a 15-holder deal paying quarterly to domestic institutions, where a few wires are cheap and nobody misses a weekend.

That is the right way to decide: run the sponsor's own payout file, holder count and holder geography through all three rails, and compare the full cost including returns and staff time, not just the per-item fee.

What to do next

If you have a commercial property you are considering bringing to market, start at the commercial real estate tokenization overview.

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