Delivery method options, cost estimates, trade-offs, and expected customer adoption — for units built in China and delivered worldwide, with the Caribbean as the primary market.
Any option that involves sailing the boat across the Pacific is constrained by the energy budget. Rough planning numbers:
| Parameter | Estimate | Note |
|---|---|---|
| Solar array (triangle roof) | ~66–70 m² usable → 13–14 kWp | ~60–70 kWh/day average in tropics |
| Battery bank (25% of 27,500 lb displacement) | ~3,100 kg → 350–450 kWh | LiFePO₄ at ~110–140 Wh/kg pack level |
| Cruise consumption | ~8–12 kW at 6 kn | Slim foil legs, low waterplane — efficient |
| Range per full charge | ~180–240 nm | Plus ~30–45 nm/day from solar alone |
| Pure solar-battery sustained speed | ~3–4 kn average | China→Caribbean ≈ 80–100+ days. Not logistics. |
| With a hybrid genset running nights | ~6 kn, 24/7 → 60–75 days | Feasible, but that’s a 2.5-month crewed passage |
All costs are planning-grade estimates (±40%). Ocean freight rates in particular swing 2–3× with market cycles.
The original plan, generalized: ship the kit container to whichever port is closest to the customer (Anguilla via St. Maarten, or Trinidad, Dominican Republic, Panama, San Juan…), then assemble at a certified local yard. Works identically for a buyer in Tahiti, Greece, or Florida.
| Line item | Estimate (USD) |
|---|---|
| Ocean freight, 45′ HC China → E-Caribbean (transshipped) | $4,000 – 9,000 |
| Origin drayage + export clearance | $1,000 – 1,500 |
| Duties/taxes (5–15% of declared value — get an advance ruling; marine concessions often exist) | $5,000 – 15,000 |
| Assembly: fly-in team (2 techs × 2–3 wks) or certified local yard | $8,000 – 18,000 |
| Crane / barge launch | $2,000 – 5,000 |
| Total | ~$20,000 – 45,000 |
Time: 5–9 weeks door-to-water. Risk: Medium (QC variance at unfamiliar yards, weather during outdoor assembly, missing-part risk).
Best for: Budget-conscious buyers; buyers outside the Caribbean; building long-term regional capacity. Scales beautifully with volume.
Fly a captain + mate (+ engineer) to China and run the boat to Anguilla. Treat hull #1–2 as R&D: the sea-trial data from a real crossing is worth more than the delivery fee.
| Line item | Estimate (USD) |
|---|---|
| Crew wages (2–3 people × 60–75 days) | $30,000 – 55,000 |
| Provisions, stores, spares | $6,000 – 10,000 |
| Genset fuel (Delivery Package) | $2,000 – 4,000 |
| Panama Canal tolls + agent + lines | $4,000 – 6,000 |
| Insurance delivery rider | $3,000 – 8,000 |
| Flights, visas, misc. | $3,000 – 5,000 |
| Total | ~$50,000 – 90,000 |
Time: 2.5–3.5 months. Risk: Medium (typhoon season routing, crew fatigue, cumulative wear, but professionals aboard).
Best for: Hulls #1–3 (data collection), custom destinations, buyers who want a truly commissioned boat. Expensive per unit; doesn’t scale.
Yacht transport ships (Sevenstar-style semi-submersible float-on, or breakbulk deck carriage) take the assembled boat. The 44-ft beam is unusual but fine on open-deck stowage; a reusable seafastening cradle design amortizes across all future shipments.
| Line item | Estimate (USD) |
|---|---|
| Carrier freight (13.4 m beam may price as breakbulk/OOG) | $20,000 – 45,000 |
| Cradle + seafastening (reusable design) | $3,000 – 7,000 |
| Marine surveyor / lashing certification | $2,000 – 3,000 |
| Port charges + agents both ends | $3,000 – 6,000 |
| Float-off / crane at destination | $2,000 – 4,000 |
| Total | ~$30,000 – 65,000 |
Time: 4–8 weeks transit, plus waiting for sailings (often monthly). Risk: Low to the vessel itself.
Best for: Risk-averse buyers; when a convoy isn’t scheduled. Downside: boat arrives untested, and sailings to the Eastern Caribbean may route via the Med or US Gulf.
Risk: Medium. Best for: Hands-on owners who want the adventure and the education. Doubles as a marketing story machine.
Your ops desk provides weather routing, watch assistance, and diagnostics over Starlink; nobody rides along. Gate it behind a certification course (~$2k, 1 week in China — itself a product), insurance, and signed protocols.
Cost: $1.5k–3k setup + $3k–6k per crossing + subscription. Nearly zero marginal cost — infinite scalability.
Risk: High (novice crews mid-ocean; reputational exposure if an incident occurs). Best for: Experienced sailors, second/third-time owners.
4–10 boats depart together with 2–3 rotating professional captains, using your 500 m follow-mode so each boat needs minimal active helm-watch. A spare-parts pallet travels with the fleet; the ops desk routes weather.
| Convoy size | Fixed costs | Per-boat cost |
|---|---|---|
| 6 boats | $50k–80k (captains, routing desk, org) | ~$10k–16k + each boat’s own canal fees/provisions |
| 10 boats | $55k–85k | ~$7k–12k |
Risk: Medium (shared weather window; one breakdown slows the fleet — mitigate with the spares pallet and a “drop-out protocol” where a straggler shelters and rejoins or gets Option C backup).
Best for: The default once order volume reaches 4+. Also builds exactly the inter-seastead community your walkway-link design envisions — convoy-mates arrive as neighbors.
The same convoy, sold as a product: entry fee $8k–15k per boat buys the lead seastead with staff captains, a weather desk, stopover events in Micronesia/Marshalls, and a branded arrival. This can be a profit center and a content/marketing engine rather than a cost. Requires 6+ committed entries and solid liability waivers.
Risk: Medium. Best for: Community-building; annual flagship event; converting delivery cost into brand equity.
Yacht carrier to Fiji, Tahiti, or Panama; the customer flies in and self-delivers the final 800–2,000 nm with remote support. Adventure without a three-month commitment.
Cost: Option C cost + $3k–6k support. Risk: Medium. Great photos, great stories, moderate cost.
Ocean tows are uneconomic for this vessel (weeks at 4–5 kn of tug time = $30k–80k plus insurance headaches). But short hops are genuinely useful: yard → launch site → mooring field, or St. Maarten → Anguilla. $3k–8k per short move. Keep a tug contact list per region.
Don’t force customers to become logistics experts. Sell one SKU: delivered, floating, and commissioned at your anchorage. Internally, you batch orders and pick the cheapest viable method per cohort (flat-pack, convoy, carrier). Customers see simplicity; you capture the optimization margin. Keep the à-la-carte menu above for enthusiasts — it’s great marketing even if few choose it.
Once designs stabilize, license yards in the Caribbean basin, Mediterranean, and US Gulf to build from kits under supervision (royalty 3–5%). Ocean delivery distance drops to zero; you become a technology licensor. This is the natural end-state of the flat-pack strategy.
| Method | Cost / boat | Door-to-water time | Vessel risk | Scales with volume? | Customer effort |
|---|---|---|---|---|---|
| A. Flat-pack assembly | $20k–45k | 5–9 wks | Med | Excellent | Low |
| B. Pro crewed delivery | $50k–90k | 10–15 wks | Med | Poor | None |
| C. Yacht carrier / deck | $30k–65k | 6–12 wks | Low | Moderate | Low |
| D. Pickup + rider | $8k–30k | 10–14 wks | Med | Moderate | High |
| E. Pickup + remote | $5k–9k | 10–14 wks | High | Excellent | Very high |
| F. Convoy | $7k–16k | 10–14 wks | Med | Excellent | Low–mod |
| G. Paid rally | net revenue! | 10–14 wks | Med | Good | High |
| H. Last-leg hybrid | $33k–51k | 8–12 wks | Low | Moderate | Medium |
| I. Tow (short hops) | $3k–8k | Days | Low | n/a | None |
| K. Licensed builder | royalty only | Weeks | Med | Excellent | Low |
If customers freely choose from the menu, expect a different mix in the early days (when convoys aren’t yet possible) versus steady state:
Note: in practice, most buyers under the “Delivered Price” wrapper (Option J) never pick a method — the percentages above describe the enthusiast menu and the internal mix you’d choose per cohort.