Traditional venture math was engineered for pure software. When a company needs $1M–$100M in physical equipment to grow, funding that equipment with equity creates a severe mispricing of capital — and a dilution problem that compounds toward exit.
In a pure software model, $1 of equity capital goes entirely into people and digital marketing. That capital produces an intangible asset with 80%+ gross margins and near-infinite scalability — no physical infrastructure required. Venture economics were built for exactly this.
When a company requires significant capex — servers, manufacturing lines, IoT hardware fleets, robotics, EV chargers, or specialized tooling — the same venture math fails structurally. Funding depreciating physical equipment with equity that expects a 10x return creates an implied cost of capital that no physical asset can rationally deliver on its own.
VCs deploy capital expecting a 10x return across their portfolio. It is rational to pay that hurdle for OpEx that builds a proprietary codebase which multiplies enterprise value. It is not rational to pay a "10x return hurdle" on a standard, depreciating asset — a computer server or a CNC machine cannot become worth 10x the equity used to buy it.
For asset-heavy companies in early growth, physical capital needs outpace valuation milestones. If a company needs $30M to build a production facility while its valuation is only $40M, raising that cash via equity forces founders to give up close to half the company before a single machine runs. Cap-table distortion sets in before the business has a chance to prove itself.
When founders are diluted heavily before the business scales, operational incentives erode well before a liquidity event. Equity given up to fund equipment is equity that no longer motivates the people who have to make the equipment work.
The same capital decision, structured two ways, produces a $100M difference at exit.
Costly at exit
The company issues 20% new equity to fund a $10M equipment purchase at a $40M post-money valuation. At a future $500M exit, that single financing decision costs founders and early stakeholders $100M in final exit proceeds. The machines depreciate; the dilution is permanent.
Preserves the cap table
The company finances the same $10M in equipment via an equipment lease at a 12–15% lease IRR. The principal and interest are repaid over 36 months from the operating cash flow generated by those exact machines. At the same $500M exit, founders retain their 20%, keeping $100M in value that would otherwise have been transferred to the equity round.
The most capital-efficient structure for a capex-intensive growth company separates its financing into two parallel tracks.
R&D, product-market fit, software, brand, and team. These are the activities that actively drive enterprise value upward — and where paying a 10x return hurdle is rational, because the upside is theoretically uncapped.
Equipment, production capacity, hardware fleets, and infrastructure. These assets generate predictable cash flow and have collateral value — making them well-suited for senior-secured debt structures where the cost of capital is far lower than equity.
IoT and hardware-as-a-service businesses require massive up-front physical inventory before generating recurring revenue. Lease financing lets them defer equity rounds until after machines are deployed and producing cash — shifting the equity raise into a materially higher-valuation up-round.
Infrastructure businesses — data centers, AI compute, telecom — require continuous heavy capital injections. Equipment leases let them match debt service to the revenue generated by the infrastructure directly, scaling enterprise value while keeping early cap tables insulated from the capex burden.
See how this has worked for Fountain-financed companies across asset types →
Fountain Partners has structured capital around physical assets for over 20 years — from seed-stage first equipment purchases to near-investment-grade balance sheets. If your company is capex-intensive and you're weighing how to finance growth, we'd like to have that conversation.