Site Selection and Feasibility Analysis

Before evaluating any specific site, establish the market demand case for the intended use. For residential development: What is the population growth rate? How many new households are forming annually? What is the current absorption rate for new homes and lots? What price points are selling fastest? For commercial development: What is the employment growth rate? What industries are expanding? What vacancy rates exist for the intended use? Are any national or regional tenants seeking space in the market?

Demand analysis should examine a 5-10 year horizon because land development has long lead times. A market absorbing 200 lots per year today may absorb 300 in five years if job growth accelerates, or only 100 if a major employer leaves. Census Bureau population projections, state employment forecasts, and building permit trends provide the quantitative foundation. Supplement with qualitative research — conversations with local builders, brokers, and planning officials who understand ground-level market dynamics.

The physical characteristics of a site determine development feasibility and cost. Key factors include: topography (flat sites are cheapest to develop; steep slopes require retaining walls and engineered grading at $5,000-$15,000+ per lot premium), soil conditions (clay soils require engineered foundations; rock requires blasting or hammering at $10-$50+/cubic yard), drainage (properties in or near floodplains face regulatory restrictions and insurance costs), access (frontage on a public road with adequate capacity is essential; road improvements required by the municipality can cost $500,000+).

Utility availability is a critical and often underestimated factor. Properties served by existing municipal water and sewer systems have a significant advantage over properties requiring on-site wells and septic systems (which limit density) or utility line extensions (which can cost $50-$200+ per linear foot). Confirm utility capacity — not just proximity — by contacting each utility provider. A water main running past the property does not help if the system lacks capacity for additional connections.

Highest-and-best-use (HBU) analysis is the appraisal principle that determines the most profitable, legally permissible, physically possible, and financially feasible use of a parcel. The four tests of HBU are applied sequentially: (1) Is the use legally permissible under current or achievable zoning? (2) Is the use physically possible given the site's size, shape, topography, and soil conditions? (3) Is the use financially feasible — does it generate a return above the development cost? (4) Is the use maximally productive — does it produce the highest net return among all feasible alternatives?

HBU analysis prevents costly development mistakes. A developer who builds single-family homes on a parcel that could support townhomes may leave significant value on the table. Conversely, a developer who attempts high-density development on a site with inadequate access roads or utility capacity faces cost overruns and regulatory delays that destroy returns. The HBU framework ensures that the development program matches both the site's capabilities and the market's demand.