The Real Estate Development Process: A 2026 Guide

The closing took less than an hour. By the time the developer left the title company with the deed to a fenced infill parcel, the work had already begun: confirm the zoning, order soil borings, pull title, commission a Phase I environmental assessment, and call a land use attorney. A vacant lot doesn't become a viable project merely because someone owns it.

The real estate development process is a compounding sequence of time, capital, approval, and execution risks. A practical benchmark is 24 to 36 months from land acquisition to stabilized net operating income, because the sequence includes acquisition, design, approvals, financing, construction, lease-up, and stabilization (development process timeline). Richard Maize's career offers a useful through-line for understanding that discipline. His own profile describes more than 30 years of experience in real estate and finance (Richard Maize's professional profile), and his apartment acquisition background reflects an investor's focus on underwriting, liquidity, and downside protection rather than enthusiasm alone.

Why a Vacant Lot Is Never Just a Vacant Lot

At closing, a developer owns control of a physical asset. The developer doesn't yet own certainty about what can be built, how much it will cost, when approvals will arrive, or whether the finished property will attract tenants or buyers.

That distinction separates experienced operators from optimistic speculators. The deed changes hands, and the first questions become practical. Does the zoning permit the intended use? Does the title contain easements that interfere with access or utilities? Will soil conditions require remediation or unusual foundations? Can the existing infrastructure support the building? What does the land-use attorney see that the acquisition model missed?

The chain starts before construction

Each answer affects the next decision. A zoning restriction changes the massing plan. The massing plan changes the unit count or leasable area. That change affects revenue, which alters the land residual, debt capacity, equity requirement, and projected exit. A title issue or environmental concern can create another round of design, negotiation, and delay before a lender will even review the construction loan.

I treat the project as a series of gates rather than a checklist:

• Site selection: Identify a location where demand, access, infrastructure, and permitted use support the intended product.

• Feasibility: Test revenue, costs, timing, land value, and downside scenarios before committing irreversible capital.

• Entitlements: Secure the legal right to build the proposed project, including required land-use approvals and permits.

• Capital formation: Assemble sponsor equity, outside equity, debt, and reserves that match the project's risk.

• Design and construction: Convert the approved concept into a buildable asset while controlling scope, procurement, schedule, and quality.

• Lease-up or sale: Turn physical completion into revenue through leasing, individual sales, or a bulk disposition.

• Stabilization: Demonstrate that the asset performs as an operating property, not merely as a construction project.

Practical rule: Every early assumption should have an owner, a document, and a date for verification.

The timeline matters because carrying costs continue while decisions remain unresolved. The cited development benchmark puts the full journey at 24 to 36 months, but certain approval and construction sequences can extend much longer. In an academic study summarized by the development-process reference, industrial projects averaged 566 days for permitting and construction and 1,436 days for the full development process, while residential development averaged 1,576 days (academic development timeline summary). Those figures reinforce the central lesson: construction is only one portion of the risk.

Site Selection and the Feasibility Filter

The best site isn't necessarily the cheapest parcel or the one with the strongest headline rent. It is the site where market demand, legal capacity, physical conditions, timing, and capital requirements fit together without relying on heroic assumptions.

Start by defining the target submarket. Identify the renter, buyer, tenant, or user the project must serve, then map competing supply, comparable rents or prices, access, employment drivers, and absorption. A site can look attractive at the regional level while failing at the neighborhood level because the proposed product doesn't match local demand.

A disciplined sequence

Run a highest-and-best-use analysis before accepting the seller's vision. Compare the value of the proposed development with the property's as-is value, then calculate what the land can support after construction, financing, soft costs, fees, reserves, and the developer's required return. The land residual is not a slogan. It's the amount left for land after the project earns its way through every other cost.

Stress-test the result against slower absorption, weaker rents or sales prices, higher construction costs, and a less favorable exit valuation. A project that only works in the base case isn't feasible. It is a negotiation with bad luck.

Consider two parcels offered at the same land price:

Feasibility Input	Parcel A: Transit-Adjacent Infill	Parcel B: Suburban Greenfield
Zoning	Attractive density, but zoning interpretation requires confirmation	Clear by-right pathway for the intended use
Demand	Stronger access and renter appeal	Weaker demographic depth, but a defined local niche
Infrastructure	Existing utilities may be nearby, capacity still needs verification	New roads and utility extensions may be required
Approval risk	Higher, because design and land-use questions remain open	Lower for entitlement, higher for site-development scope
Feasibility concern	Delay can erode carrying capacity and financing flexibility	Infrastructure cost can consume the apparent land advantage

Parcel A may produce the better long-term asset, but only if the approval risk is priced and controlled. Parcel B may close faster, yet offsite improvements and weaker absorption could make its supposedly simple path more expensive.

The minimum diligence file

Before treating a site as investable, assemble:

• Surveys and title materials: Confirm boundaries, access, easements, and restrictions.

• Phase I ESA: Identify potential environmental concerns before they become construction surprises.

• Utility capacity information: Verify water, sewer, power, stormwater, and connection requirements.

• Offsite improvement estimates: Include roads, traffic work, sidewalks, drainage, and public infrastructure obligations.

• Developer fee and overhead: Model compensation transparently instead of hiding it inside optimistic assumptions.

A failed feasibility study is the cheapest deal-killer. Walking away before closing may cost time and professional fees, but it protects far more capital than discovering the same problem after land acquisition.

Entitlements and Permitting Where Deals Quietly Die

A project can be financially attractive and still be legally unbuildable. That is why entitlements and permitting often determine whether the development process advances from concept to construction.

The approval path depends on the proposal and jurisdiction. A by-right approval may require staff review and a compliant building-permit application. An administrative adjustment can address a limited dimensional issue. A conditional use permit adds discretionary review. Rezoning changes the governing land-use framework and typically creates greater political and timing exposure. Environmental review, including CEQA, NEPA, or state equivalents where applicable, can introduce technical analysis, mitigation, and public participation. Design review can require revisions even when the underlying use is allowed.

Time is a financing variable

Oregon residential permitting data illustrates how delay accumulates before construction. The median pre-application stage was 24 days, completeness review ran 20 to 29 days across jurisdictions, and land-use review had a median of 77 days (Oregon permitting analysis). Those are administrative stages, not the entire project schedule.

Hawaii data shows an even sharper spread by project type. In 2023, average permit processing reached 632 days for state government projects, compared with 374 days for City and County of Honolulu projects and 104 days for private-sector permits (Hawaii permitting data). Honolulu's average permit issue time rose from 66 days in 2005 to 88 days in 2024, a 33% increase, according to the same reference.

Reduce uncertainty before submission

The practical response isn't to assume the jurisdiction will move faster. Hold a pre-application meeting, ask staff to identify fatal issues, and use traffic, fiscal, utility, and environmental studies to expose conditions early. Where appropriate, community benefit agreements and conditioned approvals can convert opposition into a defined negotiation, but they can't replace a credible project plan.

Lenders usually won't fund vertical construction until entitlements are secure and building permits are ready to pull. That covenant protects the lender, but it creates a capital problem for the developer. Equity must carry the project through the period when no construction loan proceeds are available and no operating revenue exists.

Capital Stacks and the Reality of Construction Financing

A development capital stack allocates risk in layers. Sponsor equity sits beside limited partner equity, while senior construction debt may be supplemented by mezzanine debt or preferred equity. The right structure depends on the project's certainty, sponsor experience, pre-leasing, collateral, and exit plan.

Richard Maize's background in finance is relevant here because development underwriting is not separate from capital-market judgment. His public profile says he founded and later liquidated a major mortgage banking company in the United States, and says he owns property in more than 20 states (Richard Maize's real estate and finance profile). That experience points to a basic financing truth: lenders price execution risk, not just the building.

How draws control the job

Construction lenders usually advance funds through staged draws, not one lump sum. Each draw follows a verified milestone such as foundation, framing, MEP rough-in, or finishing work. Inspections, invoices, photographs, and lien releases commonly support the request, and the lender may retain part of the approved amount until work is complete (construction financing guide).

The process forces the developer to document progress and manage cash. It also exposes weak general contractors quickly. If the job falls behind, the developer may need to fund payroll, materials, or corrective work before the next draw becomes available.

The same market guide commonly places senior construction 65% to 80% of total project cost, depending on jurisdiction and risk profile (construction financing guide). That range is not a promise. A lender may reduce proceeds when approvals remain uncertain, costs are volatile, or the sponsor has limited relevant experience.

Read every covenant before signing. Understand completion guarantees, bad-boy carve-outs, interest reserves, reporting duties, required equity contributions, and the consequences of a budget shortfall. A loan can be available and still be unusable if the draw conditions, reserve structure, or guarantee obligations don't match the construction plan.

Design, Procurement, and Managing the Build

The design phase begins with a concept and ends with a set of decisions that contractors must price and build. Schematic design establishes the basic form. Design development resolves systems and materials. GMP pricing tests the scope against the contractor's estimate, and value engineering removes cost without damaging the project's essential performance.

On one apartment project, the early drawings looked efficient until the MEP consultant traced the risers through the residential plan. The routing consumed rentable area and created conflicts with the structural grid. Fixing the issue during design development required coordination. Fixing it in the field would have required demolition, delay, and a difficult change-order conversation.

Procurement decisions travel downstream

Structural systems, facade assemblies, windows, elevators, and MEP equipment deserve early attention because availability and installation sequence affect the entire schedule. Labor shortages, materials volatility, and compressed schedules have made execution gaps more visible to lenders and owners in 2026. Rabbet's 2026 construction finance report found a median 10 days from draw request submission to funding for developers, compared with 6.5 days reported by lenders, an execution gap inside the financing workflow (Rabbet's 2026 construction finance report).

That gap isn't merely administrative. A contractor who submits incomplete backup can delay funding, while a lender who processes a complete request slowly can create pressure on the job. The owner's representative should maintain a current cost report, schedule, procurement log, change-order register, and draw calendar.

The general contractor manages trade coordination and field execution. The third-party inspector verifies progress for the lender. The owner's representative protects the owner's budget, scope, and decisions. Their responsibilities overlap, but they aren't interchangeable.

When field conditions differ from the drawings, the team should document the condition, price the corrective work, identify schedule impact, and decide whether the change is necessary. Approving every request destroys discipline. Rejecting every request creates unsafe or unbuildable work. The professional response is a written decision tied to the approved scope and the project's business case.

Lease-Up, Sale, and Reaching Stabilization

The exit strategy should be selected before construction begins because it determines design, financing, operations, and marketing. A rental project aims to reach dependable occupancy and cash flow. A for-sale project aims to convert completed inventory into proceeds through an absorption plan.

For a rental property, stabilization is commonly defined as 90% to 95% occupancy for 90 consecutive days, the point at which lenders often permit conversion to permanent financing. The definition and lender conditions vary, but the operating reality is consistent. Every vacant unit creates a cash-flow drag while the owner pays debt service, utilities, staffing, marketing, and maintenance.

Two paths with different burdens

Factor	Lease-Up / Hold	Sell at Completion
Revenue source	Recurring rent and ancillary income	Unit sales or a bulk disposition
Main operating risk	Vacancy, concessions, renewals, and property management	Absorption pace, pricing, buyer financing, and inventory
Capital profile	Requires patience through lease-up and stabilization	Seeks faster return of capital, but depends on market liquidity
Execution focus	Marketing, leasing staff, resident experience, and operations	Sales strategy, presentation, contracts, closings, and inventory control
Exit decision	Refinance, hold, or sell after performance is demonstrated	Sell individually, sell in bulk, or adjust pricing and pace

Lease-up teams should coordinate branding, pricing, broker outreach, digital marketing, model units, tours, and concessions before the certificate of occupancy. Discounts may accelerate occupancy, but they can also reset the market's perception of value and affect future renewals.

For-sale developers face a different choice. Retail sales may produce a higher aggregate price but require sustained sales operations and individual closings. A bulk sale to an institution can simplify execution and return capital sooner, yet the buyer's pricing reflects its required yield, diligence burden, and view of the market. The same building can therefore succeed as a hold and fail as a sale, or the reverse.

What Actually Kills a Deal Before Groundbreaking

Most failed projects don't collapse because of one dramatic mistake. They fail because a modest error in one phase meets a delay or cost surprise in another. A soft-cost omission weakens the budget, an approval takes longer than expected, interest reserves shrink, and the partnership agreement starts distributing a return that the revised schedule can no longer support.

The recurring failure points

• Hard-cost optimism: The contractor's early estimate excludes scope, escalation, or difficult site work.

• Soft-cost concealment: Design, legal, insurance, permitting, financing, and marketing costs sit outside the headline budget.

• Environmental discovery: Contaminated soil or unsuitable subsurface conditions appear after the acquisition decision.

• Offsite obligations: A traffic or utility review requires roads, drainage, sidewalks, or other improvements not priced in the original model.

• Capital mismatch: The debt, equity, reserves, and draw requirements don't cover the project's actual sequence.

• Interest-rate exposure: The rate-cap assumption doesn't match the loan term or delay risk.

• Partnership strain: A waterfall that works on schedule becomes contentious when the project needs more time or equity.

A Pennsylvania State University development publication notes that predevelopment often carries the highest risk because it happens before revenue, and that major-market entitlement work can range from a few months for a simple variance to 2 to 3 years or longer for a large mixed-use project in regulated jurisdictions (predevelopment risk analysis). That delay can exhaust carrying capacity even when the original pro forma looked sound.

A final audit before commitment

Ask who verified each assumption, what evidence supports it, and what event invalidates it. Require written answers on zoning, utilities, environmental conditions, construction pricing, lender conditions, reserves, and exit demand. A timeline should show not only the target dates but also the dependencies between approvals, financing, procurement, construction, and occupancy.

I don't attribute a specific portfolio case to Richard Maize without a documented public source, but the underlying operator's lesson is clear: a zoning conflict found before groundbreaking can create options that disappear after closing. A structured land swap, revised site plan, or renegotiated control agreement may preserve value. Once capital is committed and plans are public, those alternatives become harder and more expensive.

The Discipline Behind Every Successful Development

Development success doesn't come from pursuing the greatest number of projects or copying the product type currently attracting attention. It comes from protecting the relationship between basis, demand, timing, schedule, and operations.

Richard Maize's public investment philosophy emphasizes cash flow, realistic valuations, conservative borrowing, and long-term demand (his 2026 investment outlook). His stated preference for buying existing apartment buildings rather than speculating on ground-up construction is best understood as deliberate risk management. Existing assets can still have operational and capital needs, but they offer more evidence than a concept waiting on approvals and construction.

Habits that survive difficult markets

Underwrite to observed rent or sales comparables, not the most favorable broker narrative. Document every assumption and identify the person responsible for validating it. Maintain conservative debt levels, fund realistic contingencies, and separate required costs from optional enhancements.

Strong developers also build relationships before they need them. Municipal staff, land-use attorneys, lenders, architects, contractors, inspectors, brokers, and property managers each see a different part of the risk. Early communication helps the team identify conflicts while changes remain affordable.

Technology can improve that process, but it doesn't replace judgment. McKinsey describes a shift toward operational alpha and says AI is moving from an efficiency tool toward a competitive moat, with competition intensifying in areas such as data centers and logistics (McKinsey analysis of real estate value creation). The useful application is practical: organize project data, compare scenarios, detect inconsistent assumptions, and give decision-makers a clearer record. A polished dashboard won't rescue a bad site or an impossible approval path.

Estate development process rewards patience, capital preservation, and the willingness to walk away. Speed matters only after the deal deserves to move forward. A marginal project doesn't become safer because its sponsor is enthusiastic.

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Richard Maize offers practical perspective shaped by real estate investing, finance, entrepreneurship, and philanthropy, with public resources covering his ventures and market observations. Visit Richard Maize to explore his work, investment insights, and broader approach to evaluating opportunities with discipline.