Video summary

Don’t Build in Belize until you’ve watched this video (Realtor’s Warning)

Main summary

Key takeaways

Business

Business-Relevant Summary (Planning + Execution Playbook for Building in Belize / Key Cocker)

The speaker outlines a build process buyers should manage like a project plan—covering financing, land due diligence, design/approvals, contractor oversight, procurement/logistics, engineering choices, execution details, and closeout economics.

Core “Stages” / Operational Process (14-Stage Concept)

1) Secure Financing

  • Financing is described as time-consuming and expensive.
  • Stated interest range: ~12–18%, with “crazy terms” and additional fees.
  • Expat recommendation: consider home equity loans; if needed, retirement drawdown may be preferable even with an estimated ~10% penalty versus long-term local borrowing.
  • Caution: don’t assume negotiations will materially reduce price (the speaker notes “better deal” claims are not reliable).

2) Purchase Land (Due Diligence Checklist)

Before buying, validate:

  • Lot size
  • Electricity source
  • Gas vs. no gas
  • Off-grid vs. on-grid
  • Water source
  • Schooling
  • Emergency services (fire/ambulance/hospitals)
  • Crime
  • Environmental exposure:
    • Oceanfront vs. interior risks
    • Salt air impacts: AC units/pipes/rust, plus maintenance and longevity

Example pricing (USD, “currently”):

  • Oceanfront lots: ~$400,000
  • Interior lots along the ocean: target range ~$200,000 (noted as “about half”)

Risk mitigation:

  • Plan elevation ~3 feet above expected high tide/hurricane conditions to reduce flood/wave impact.

3) Design & Obtain Approvals (Architect + Authorities)

  • Hire local architect + engineer: $8,000–$15,000 estimated.
  • Approval structure:
    • Local municipality review (example given: Village Council)
    • Ultimately requires Central Building Authority approval
  • Timeline assumptions:
    • Central authority approval: ~6 months of back-and-forth
    • Additional design phase: ~3 months
    • Practical total before construction approval: ~9 months

4) Pre-Construction Prep During the Design Window

While designs are progressing, begin:

  • Lot clearing
  • Excavation
  • Temporary electricity
  • Fencing
  • Confirming water/electric hookups or planning off-grid systems

5) Builder Selection + Team Management

Key stance:

  • Don’t subcontract your entire build.
  • You (the buyer) must be on the ground, or you must have a builder with strong delivery controls.

Verification playbook:

  • Ask to view existing houses
  • Request references
  • Evaluate whether the builder is full-time vs. “part-time contractor”

Operational control emphasis: communication

  • Example model (Kareebay Builders):
    • Site Wi‑Fi + cameras
    • Client updates up to 6 times/day or 2 times/week

6) Materials Procurement & Logistics

  • Materials must typically ship by barges (typical 100–300 tons per shipment).
  • Recommendation:
    • Secure delivery volume early
    • Bring specialty items only when needed
    • Example: 3–4 loads/year from the U.S. for items not locally available

Local sourcing examples:

  • Spanish Lookout and Belize City suppliers for windows/doors/woodwork
  • Design Depot for tile

7) Site/Foundation Engineering (Execution-Critical)

Most common foundation:

  • Driven piles to limestone (“laa”)
  • Depth cited: ~18 ft (Key Cocker)
  • Includes pile caps

Alternative:

  • Free-float foundation not recommended for concrete due to weight (described as “at least six times” denser)

Critical controls:

  • Proper drainage slope
  • Correct elevation
  • Plan rainy season runoff for Oct–Jan

8) Building Frame Type

Primary options:

  • Concrete vs wood
  • Hybrid approach described:
    • Concrete base + wood structure on top

Insurance-driven logic:

  • Hybrid is suggested to reduce cost and improve insurability.

9) Exterior Envelope

Exterior options mentioned:

  • Stucco
  • Treated pine/shiplap (wood)
  • Veneered stone
  • PVC exterior siding

Emphasis:

  • More diversified products and increasing local availability.

10) MEP: Plumbing, Electrical, HVAC

Electrical approvals:

  • PUC (Public Utilities Commission)
  • Off-grid systems still require approval and inspection

Plumbing notes:

  • Less concern about freeze-thaw
  • Sometimes exterior pipe runs

Septic:

  • “Standard” 3-tank system with soakway
  • Approved by building authority

HVAC strategy:

  • Mini-splits are common due to salt-air corrosion concerns and zoning efficiency
  • Lifespan estimate: ~5 years
  • Electricity cost: described as ~2x the U.S., so energy efficiency matters

11) Insulation

  • Roof insulation emphasized over floor insulation (no freezing temperatures).
  • Example:
    • Spray foam for roof/sides
  • Concrete blocks may use an insulated air chamber approach (speaker notes concrete units “typically are not included with insulation”).

12) Interior Finishing + “Closing Checklist”

  • Use local hardwoods for interior differentiation.
  • Completion matters:
    • Builders may exclude furnishings/fixtures
    • Buyers should plan end-to-end finishing:
      • furnishings, lights, mirrors, faucets
  • Also includes landscaping and amenities (e.g., pools)

13) Amenity Operations Example: Swimming Pools

  • Key operating cost driver:
    • Chlorine cost: ~2x U.S.
  • Mitigation:
    • Convert to saltwater pools to reduce chlorine purchasing

14) Cost Modeling + Decision Gate (“Can I Build?”)

  • The speaker closes with a budget template and payback economics (see next section).

Cost Model, Targets, and KPI-Like Benchmarks (Numbers Provided)

Base Build Pricing (Example “Standard Template”)

Example using Kareebay Builders template:

  • Home size: 2,200 ft² total
    • 1,400 ft² first floor
    • 650 ft² second floor
    • Outdoor porches/verandas treated as part of livable area
  • Budget estimate:
    • Concrete (includes concrete base + concrete structure + piled driven foundation): ~$420,000 USD
    • Wood alternative: ~$250,000–$275,000
  • Delta: concrete is about ~$180,000 more

Schedule Benchmarks (Delivery Timelines)

  • Planning/approval lead time:
    • ~9 months (6 months approval + 3 months design)
  • Construction duration:
    • Wood build: ~6 months
    • Concrete build: about ~1 year
  • “Typical completion” guidance:
    • ~1.5 years for wood structure completion
    • ~2 years for regular (likely concrete) structure completion

Insurance-Driven Operational KPI (Risk Cost)

Concrete example:

  • Concrete condo insurance: ~$4,000/year (building + contents)

Underwriting outcome risk:

  • Straight wood structures “most likely won’t be insured”
  • “Properties declined” is explicitly cited

Maintenance/operations proxy:

  • Concrete:
    • Less rot
    • Speaker still performs ~monthly sprays to control pests (ants/termites/sand fleas)
  • Wood:
    • Higher recurring maintenance:
      • painting every year to every 3 years
      • ongoing treatments + termite/bug inspections

Decision logic presented as:

  • Insurance + longevity

Market Price Ranges for Finished Homes (Rentability / Typical Demand)

  • Most affordable to rent: 3-bedroom
  • Approx pricing by size/material (2025 ranges cited):
    • ~2,000–2,200 ft² (3BR): $250,000–$400,000
      • ~$250k wood vs ~$400k concrete (implied upper end)
    • ~3,000 ft²: $300,000–$600,000 (concrete vs wood spread)

Add-On Economics / Project Budget Line Items (Explicit Costs + Payback)

  • Septic: ~$14,000 more (beyond base)
  • Cistern (if no public water):
    • ~$10,000 more for ~12,000-gallon
  • Solar package:
    • Upfront investment: ~$140,000
    • Typical average household usage:
      • ~$400/month
    • Payback:
      • within ~5 years
      • after payback: “5 years of electricity for free” (as stated)
  • Swimming pool:
    • ~$25,000 USD local estimate
    • U.S. benchmark comparison: ~$75,000

Actionable Recommendations / Management Tactics

  • Treat the build as a time-and-approval managed project
    • Plan ~9 months approvals before construction start
  • Use a risk/cost framework:
    • Off-grid vs on-grid
    • Ocean vs interior (salt air generally increases maintenance/longevity risk)
  • Apply a builder “quality verification” process:
    • site visits, existing home tours, and references before contracting
  • Operationalize communication:
    • Daily/regular updates, photos, and potentially remote access (example: Wi‑Fi + cameras)
  • Build defensively for climate realities:
    • Elevation ~3 ft above expected high tide/hurricane/wet runoff
    • Foundation selection emphasizes stability (pile depth + limestone + pile caps)
  • Treat energy efficiency as a cost KPI:
    • Mini-splits + zoning due to electricity being ~2x U.S.
  • Include a closeout checklist for final fixtures and furnishings:
    • Don’t assume the builder includes “the finishing touches.”

Presenter / Source

  • Jim Kadrina, owner of Karive Builders (construction company in Key Cocker)

Original video