Investor Supplement
Phase 1 should be read as a bounded first-node investment rather than a speculative regional rollout. The investor is underwriting one controlled Turks & Caicos operating node that combines a factory earnings floor with a measured development and land-bank overlay. The investment case is designed to make uses of capital, operating conversion, reserve logic, and investor recovery visible and governable.
The consolidated 17+5 bridge case preserves the company thesis from the earlier proof case, but expands the amplitude of Phase 1. Compared with the leaner factory-only frame, the current raise adds more early DevCo activity, a larger land position and project pipeline, and a clearer bridge into Bahamas replication logic. What does not change is the requirement that Acrete earn commercial permission through proof packs, quality systems, bounded claims, and disciplined drawdown pacing.
| Question | Answer |
|---|---|
| Why this case exists | To convert Phase 1 from a narrow proof node into a more robust first operating platform while still remaining single-country and controlled. |
| What investors are funding | Factory capex, working capital, proof-system spend, strategic reserves, land-bank / development deployment, and project-level debt support. |
| What makes it institutionally legible | Visible capital buckets, milestone-based drawdown, reserve protection, one-factory reference economics, and a transparent investor waterfall. |
| What investors should not underwrite | Unproven multi-country expansion, speculative later-phase optionality, or premium margins unsupported by evidence. |
The bridge case sits between the lean proof case and the eventual broader platform. It is still factory-anchored and proof-first, but it is no longer a pure factory-only memo. It adds controlled development and land-bank exposure so the first operating node can generate recurring manufacturing evidence and selective monetization events.
| Dimension | Implication |
|---|---|
| What changes versus the earlier case | Larger capital base; more early DevCo activity; larger land position and project pipeline; more visible bridge to Bahamas replication. |
| What stays the same | Single-country launch; factory as the physical operating spine; proof-pack discipline; quality control; bounded warranty logic; governed capital pacing. |
| Strategic interpretation | Investors are not funding a vague regional aspiration. They are funding a more substantial first node that can support manufacturing proof and measured development monetization. |
| Why this matters | The first node begins to resemble the eventual platform without forcing investors to give credit to optionality the current phase has not yet earned. |
Investors need to see a functioning operating node rather than an abstract technology program. In the current raise, the capital stack is legible: $17.0M of investor cash, $5.0M of sponsor contribution, and targeted project-level debt layered into development activity at roughly 8%, with no large platform debt.
The underwriting purpose of each bucket is important. Factory capex builds tangible productive capacity; working capital protects commissioning and early commercial rhythm; proof-system and QA spend turns claims into financeable evidence; reserve capital protects credibility in interruption-prone island execution; and development capital broadens the cash-conversion logic beyond a single revenue line.
| Capital Bucket | Role in the Case | Underwriting Purpose | Control Note |
|---|---|---|---|
| Factory capex and follow-on capex | Build the operating platform and recurring production floor. | Anchors the case to productive capacity and one-factory reference economics. | Release against equipment, commissioning, and readiness milestones. |
| Working capital and inventory | Protect commissioning and early commercial rhythm. | Reduces the risk of a false start and supports delivery credibility. | Track inventory turns, payables discipline, and early order cadence. |
| Proof-system / QA / certification spend | Create financeable documentation and bounded claims. | Turns product claims into investable evidence and de-risks approvals. | Tie spend to test cadence, proof packs, and acceptance packages. |
| Strategic reserve | Preserve liquidity and milestone discipline. | Supports operating resilience and investor confidence. | Reserve usage should require board-level and reserved-matter approval. |
| Development / land / DevCo deployment | Adds monetization and strategic-control pathways. | Creates a second route to value while preserving the factory earnings floor. | Sequence deployment behind milestones, not calendar dates. |
Capital timing matters because it funds an operating model, not because it makes a spreadsheet prettier. The correct discipline in Phase 1 is sequencing: major releases should be tied to commissioning, inventory readiness, project-start milestones, reserve sufficiency, and debt-service visibility.
| Milestone | Deployment Principle | Investor Reading |
|---|---|---|
| Commissioning window | Release irreversible plant spend around equipment installation, staffing readiness, utilities, and production commissioning. | The factory should be able to stand as an earnings floor before development activity becomes central. |
| Working-capital build | Make working-capital needs explicit rather than burying them inside optimistic revenue growth. | Investors should be able to see whether early commercial rhythm is real. |
| Project and land deployment | Sequence land-banking and project capital behind clear milestones and board-approved gating. | The raise should not drift into undisciplined multi-year burn. |
| Debt timing | Treat debt draw timing and debt-service coverage as underwriting variables. | Project debt should complement, not obscure, the economics of the one-factory case. |
| Reserve governance | Keep reserve usage subject to reserved matters and board-level review. | The reserve line is part of the case itself, not a cosmetic buffer. |
| Governance Element | Principle |
|---|---|
| Working capital pressure | Honest executives can hate shocks inside. Exploit existing capital monitoring and reporting rhythm. |
| QC / BPI / warranty exposure | Post quality systems can undermine the floor. Traceability, test cadence, data trail. |
| Debt timing / project cash timing | Project debt and receivables timing can introduce shorter-fuse debt and distort the operating picture. |
| Operating disruption | Islands have logistics, weather, and regulatory risk, governance, and readiness-based guard. |
Phase logic only works if the revenue model is understandable. Acrete does not monetize through one undifferentiated construction bucket. The platform combines recurring factory output, technical services, engineered outputs, and, in the bridge case, selected development and project monetization layered on top of the plant.
The key interpretive point is that the factory remains the recurring earnings floor and the quality-control anchor. Development activity broadens monetization pathways and creates optionality, but it should not be allowed to blur the underlying economics of the factory node.
| Revenue or Value Bucket | Role in the Case | Why It Matters |
|---|---|---|
| Factory revenue | Recurring production floor. | Provides the cleanest evidence that utilization, mix, and pricing are real. |
| Technical services | High-trust commercial wedge. | Supports approvals, specification pull-through, and higher confidence customer conversion. |
| Engineered outputs | Selective margin enhancer. | Supports faster installation, better mix, and more industrialized output. |
| Development / project turnover | Visible cash-event layer. | Creates a second route to investor recovery or platform value. |
| Retained strategic assets | Optionality rather than base support. | Improves long-range platform quality without requiring investors to underwrite speculative upside. |
The corrected bridge-case financial profile is intentionally front-end burdened: startup cost and development preparation create negative EBITDA in the launch year, followed by operating leverage as revenue scales and margin improves. That profile is institutionally healthier than a model that assumes immediate premium-margin performance at launch.
The most useful investor read is not the single-year headline. It is the shape of conversion: negative launch-year margin, positive EBITDA by the operating ramp, stronger cash conversion as mix improves, and a more substantial earnings engine by 2035.
| Metric | 2026 | 2028 | 2030 | 2035 |
|---|---|---|---|---|
| Revenue | $2.9M | $27.4M | $36.7M | $57.2M |
| EBITDA | $-4.3M | $5.5M | $12.5M | $33.6M |
| EBITDA margin | -148.7% | 20.2% | 34.0% | 58.8% |
| Continue-case MOIC | 0.00x | 0.00x | 1.09x | 3.03x |
Operationally, the corrected workbook still roots into one TCI factory, but the case is no longer a pure single-product ramp. Saleable cubic yards and panel units track together, and the dual-metric ramp highlights underlying recurring revenue, and it demonstrates that development monetization is being layered onto a real operating spine rather than into a standalone project company.
The plant matters because it provides volume, quality control, proof-pack credibility, and a physical operating spine that later development activity can tap. The development overlay may change over time, but the factory will always determine whether the platform is commercially real.
The balance-sheet question is not simply whether EBITDA turns positive. It is whether the company converts operating progress into durable liquidity while maintaining enough reserve capacity to survive interruption cycles.
Acrete carries modest project-level debt and light operating leverage. There is no large platform debt, there is no complex development activity, and there is no large platform debt. Reserve build tempos tied to post-payback net income ensure the reserve line becomes consequential before expansion capital is considered.
| Liquidity Metric | Status |
|---|---|
| Reserve line | Governed, milestone-gated. |
| Debt-service coverage | Consistent and driven year-over-year. |
The return structure mirrors investor-digester: investors obtain 100% preferred and the greater of the preferred hurdle or a 20%+ carried interest structure (subject to confirmed terms), above a structurally clean residual split. That shift is not cosmetic. It determines whether the continue case captures meaningful long-run economics for all parties.
| Return Architecture Element | Current Position | Investor Reading |
|---|---|---|
| Preferred hurdle | 1.7x MOIC and 20% IRR | Defines when the deal flips from full investor recovery to shared upside. |
| Buyout year | 2030 | Reasonable for investor return benchmarking and alternative comparison. |
| Continue case | 3.03x MOIC / 24.3% IRR to 2035 | An investable reference, used to triangulate and bracket probable outcomes. |
| Dividend buyout | 1.95x MOIC / 25.0% IRR to 2035 | Delivers a financeable early-liquidity option for investors. |
| Post-hurdle split | 20% Investor / 80% Founder | Shares early performance transparently in a tiered structure. |
Capital recovery begins meaningfully in 2029 and becomes more back-end rich thereafter, which is why this raise should be described as a bridge case rather than a narrow proof memo.
The case is not risk-free, and the downside variables should remain visible. The first downside is timing and conversion, not technology or demand. Investors should interpret the risk profile through the lens of execution discipline, noting that integration logic is already designed into the system.
| Variable | Risk Description |
|---|---|
| Commissioning delay | Factory commissioning delays push revenue recognition and create working-capital drag. |
| Product-mix realization | Margin quality improves only if mix shifts toward higher-spec output, not just volume. |
| Development-timing exposure | DevCo and project turnover timing can shift, affecting cash-conversion cadence. |
| Island-execution overhead | Logistics, utilities, regulatory cadence, and weather patterns add friction to standard operating timelines. |
| Platform discipline | The risk that early success generates premature expansion pressure before proof is complete. |
Governance should reinforce controllability rather than add bureaucracy. The diligence focus should remain on quality systems, staffing, inventory, equipment readiness, and reserved-matter discipline.
| Cadence | Scope | Delivery | Why It Matters |
|---|---|---|---|
| Monthly operating KPI review | Production volume, QC pass rates, inventory turns, cost per CY. | Dashboard and data file. | Provides real-time evidence that utilization, quality, and cost discipline are tracking. |
| Monthly management review | Working-capital position, debt-service status, project-level cash flow. | PDF or memo. | Gives investors current visibility into capital consumption and reserve trajectory. |
| Quarterly board package | Revenue, margin, major land and project updates, and milestone progress. | Board deck and supporting financials. | Anchors investor confidence in a formal governance rhythm. |
| Reserved-matter governance | Reserve draws, major land commitments, capital redeployments. | Board-level approval. | Ensures high-impact capital moves are not made unilaterally. |
Investors should not read Phase 1 in isolation from the broader five-country sequence, but they also should not give later-phase optionality credit that the current phase has not yet earned.
| Platform Element | Role in the Case |
|---|---|
| Proof case | Phase 1 must be able to stand as a controlled TCI investment case with a visible earnings floor and credible reserves. |
| Should-above value | Demonstrate the commercial and institutional case with a thicker earnings floor and visible development monetization. |
| Replication logic | Bahamas Republic, Puerto Rico, and Jamaica sequence depends on TCI proof packs, not TCI revenue alone. |
| Platform discipline | Makes early performance transparent in a tiered structure. |
The strongest reading of Phase 1 is that it is a disciplined first-node investment with visible, monetizable manufacturing evidence, improving operating quality, and institutional controls built to make the business financeable rather than merely interesting.
| Condition to Close / Finalize | Why It Must Be Complete Before Launch |
|---|---|
| Final investor terms and subscription agreements | Legally binding capital commitment; prerequisite for all go-decisions. |
| Final revenue and costs and drawdown schedule | Confirms deployment discipline and external process. |
| Final TCI model and monthly waterfall bridge | Validates five-year cash, payment logic, and payback timing. |
| Final governance SPV structure | Establishes reserved matters, board composition, and voting thresholds. |
| Final site and production language | Ensures downstream underwriting is explicit and referenceable. |
| Final operating KPI package | Makes early performance transparent in a tiered structure. |
The 17+5 bridge case should be presented as a disciplined expansion of the same governed platform, not as a different company. It remains proof-first, five-country disciplined, and factory-anchored. What changes is the amplitude of Phase 1, and with it the investor's exposure to more early strategic optionality, and a stronger bridge to replication.