A robot fleet passes through several moments where cash is needed before it arrives: the order, the purchase, the deployment, the wait for payment, and the point where an operating record makes cheaper capital possible.
Below are the structures we are open to evaluating at each of them. None is a product on a shelf; each depends on the fleet, the counterparty and the contract.
This structure helps a manufacturer or operator cover the cost of fulfilling a service agreement or purchase order before the customer pays. Capital is provided against the confirmed commitment, and repayment generally comes from the proceeds of the completed deployment.
For example, a manufacturer might hold a signed three-year agreement to place 200 quadrupeds across a logistics operator's sites, but need capital to build and ship the units before the first monthly fee is billed.
The key distinction is that financing is provided before the work is complete and an invoice becomes payable. The lender takes on both performance risk, whether the fleet is built and deployed as agreed, and payment risk, whether the customer ultimately pays.
Equipment loans and leases allow an operator to acquire robots without paying the full price up front. The lender or lessor holds a security interest in the fleet, and payments are spread over a term that resembles the machines' useful life.
For example, an inspection operator might lease 60 quadrupeds for a 36-month term, matching lease payments to the monthly fees it collects from its own customers.
Robots differ from most equipment in one useful way: they report on themselves. Uptime, utilization and location are part of how the collateral is valued and monitored, not only how it is sold.
A working capital line gives a business access to funds it can draw, repay and draw again as needed. Unlike receivables financing, which ties capacity to outstanding invoices, these facilities are typically supported by the company's overall financial performance and ability to repay.
For example, a company deploying robots across new sites might have established customers but need to hire field engineers, hold spare parts and cover operating expenses well before collecting on those sites. A line could cover those costs without requiring more equity.
The main advantage is flexibility. Because repayment depends more heavily on broader performance, lenders place greater emphasis on financial history, profitability and expected cash flows.
Receivables financing allows a business to borrow against unpaid customer invoices without selling them. A lender takes the value of outstanding invoices and applies a percentage, the advance rate, to set how much can be borrowed. That amount is the borrowing base.
As a fleet bills each month, the base increases. When customers pay, those payments reduce the loan and the collected invoices leave the base. The cycle repeats as the fleet grows.
For a fleet operator billing 130 units monthly and waiting 60 days to be paid, this turns two months of receivables into capital for payroll, spares and the next deployment, with a clear path to repayment from money already owed.
A fleet that has operated for a year under contract has something a new fleet does not: a record. Uptime, task completion, payment history and residual values are no longer assumptions.
That record allows the original facility to be refinanced on better terms, or for several fleets to be pooled and financed together, with the resulting cash flows distributed to banks, credit funds and asset-backed investors who hold other kinds of infrastructure the same way.
This is where the long-term objective sits: a robot fleet as easy to finance, deploy and refinance as any other productive asset.
These are a few of the structures available. The right one depends on the fleet, the contract and the cash flows. Describe yours and we'll tell you plainly whether we can look at it.