Home builders in 2026 face a market that asks more of them while offering fewer workers and tighter budgets. The industry stands at a crossroads where traditional methods no longer suffice, and the builders who adapt early will secure the projects and talent that others cannot find.
At DeVooght House Lifters, we see these shifts firsthand. Our work bridges what already exists with what must come next. The same precision we bring to lifting homes onto new foundations applies across the broader building sector, where change moves fast and execution must move faster.
1. Labor Shortages Force Builders to Rethink Workforce Strategy
The construction labor crisis continues to intensify. Builders need 439,000 new workers in 2025 and another 499,000 in 2026 to meet project demand. That figure does not account for retirements, which accelerate as the workforce ages. Roughly 80 to 90 percent of contractors report difficulty filling open positions.
This shortage affects every trade. HVAC installers, carpenters, and glaziers top the list of hardest roles to staff. When crews sit incomplete, projects stretch longer and costs climb higher. Builders who once competed on price now compete on timelines, and those timelines depend on finding people who can actually do the work.
The DeVooght team knows this challenge well. “We plan crew rotations months ahead and cross-train where we can,” one project lead explains. “If a specialist calls out, we need someone else who can step in without losing a day.” That flexibility matters when a house sits on jacks or when foundation work must finish before weather changes.
Wage pressure builds alongside the shortage. Builders raise pay to attract workers, which tightens margins and forces harder choices about which projects to pursue. Some firms turn down work simply because they lack the people to execute it safely and on schedule. That constraint ripples through supply chains, financing, and client expectations.
Training programs and apprenticeships offer partial relief, though they take years to produce skilled workers. Builders who invest in these pathways today position themselves better for 2027 and beyond, while those who wait face deepening gaps between capacity and demand.
2. Builder Incentives Replace Price Cuts to Move Inventory
Builders in 2026 lean heavily on incentives rather than broad price reductions. About 60 percent now offer mortgage rate buydowns that drop monthly payments without damaging list prices or comparable sales in the neighborhood. These buydowns can cut rates from the high-six percent range down to five percent or lower for the life of the loan.
Forward commitments allow builders to secure blocks of reduced-rate money upfront, then originate mortgages from that pool as homes close. This costs builders between 6.5 and 12 percent of the sale price, depending on rate structures and market conditions. That expense gets layered with other incentives such as closing cost coverage, design upgrades, and flex cash that buyers can apply where they choose.
Examples from late 2025 show aggressive offers: rates as low as 3.99 percent, flex cash packages up to $60,000, and zero-down programs for buyers with minimum credit scores. These deals make new construction competitive with resale homes, where buyers face higher rates and fewer concessions.
About 37 percent of builders also cut list prices, averaging five percent reductions. Those cuts pair with incentives to create packages that feel substantial without triggering appraisal concerns or undermining neighborhood values. Builders treat these tools as surgical rather than blanket, targeting specific inventory or buyer segments.
For the DeVooght team, this trend mirrors the broader shift in construction economics. “When we bid elevation projects now, clients ask about financing options and phased payments more than they did three years ago,” one estimator notes. “People want the work done, though they need creative ways to make the numbers fit.”
Builders who master these incentive strategies maintain sales velocity and protect margins better than those who rely solely on price cuts. The challenge lies in managing the upfront costs and coordinating with preferred lenders who can deliver the rates that make these offers work.
3. Modular and Prefabricated Methods Reshape Project Delivery
Factory-built components now account for 70 percent of multifamily housing projects, and that share keeps expanding into single-family builds. The modular and prefabricated construction market grew from $104 billion in 2024 to a projected $140.8 billion by 2029. Builders adopt these methods because they cut construction time by 60 percent and reduce material waste by 90 percent compared to traditional stick framing.
Cross-laminated timber panels arrive on site pre-cut and ready to stack, which speeds framing and lowers labor demands. Research shows that CLT construction reduces a building’s carbon footprint by 26.5 percent compared to concrete or steel framing. Insulated concrete forms create walls that outperform wood framing in both energy efficiency and storm resistance.
Three-dimensional volumetric construction pushes this trend further. Entire rooms or modules get built in factories, complete with wiring, plumbing, and finishes. Those modules ship to the site and assemble in days rather than weeks. European studies report that volumetric methods cut build schedules by 20 to 50 percent, depending on project scale.
Design for Manufacturing and Assembly principles guide this work. Engineers and architects collaborate with manufacturers early in the design phase, which allows repeated modules and standardized details that improve both speed and quality control. Builders who adopt DfMA see fewer field changes and tighter cost tracking.
DeVooght House Lifters applies similar thinking when coordinating lifts with new foundation systems. “We sequence deliveries so that helical piles, steel beams, and enclosure panels arrive in the right order,” a site supervisor explains. “If the foundation crew waits on materials, the whole schedule slides. Factory coordination eliminates that risk.”
Community count data supports this shift. Builder footprints expanded 11 percent year over year, meaning more actively selling projects spread across more locations. Modular methods allow builders to scale that footprint without proportionally increasing field labor, which helps address the workforce shortage discussed earlier.
4. Smart Home Technology Moves from Premium to Standard
Smart home features no longer function as luxury add-ons. Builders now integrate energy management systems, voice-controlled interfaces, and security platforms during initial construction phases rather than leaving them for homeowners to retrofit later. This shift reflects buyer expectations, particularly among millennials who view technology as necessary rather than optional.
Matter protocol compatibility has become a key selling point. This standard allows devices from different manufacturers to communicate directly without complex integration work. Homeowners can mix Google Nest thermostats with Apple HomeKit lights and Amazon Alexa security systems in a single, unified interface. That flexibility increases home value and future-proofs the investment as technology evolves.
Smart glass installations cut annual residential cooling loads by 25 to 30 percent by automatically adjusting transparency to regulate light and temperature. Advanced insulation materials and phase-change products work alongside these systems to create homes that perform at levels traditional construction cannot match. Department of Energy data confirms these measurable impacts on both operating costs and comfort.
Prefabricated construction increasingly includes pre-installed smart systems, which reduces onsite installation time and standardizes quality across multiple units. Builders coordinate with technology providers during design, which allows infrastructure such as conduit, network drops, and power circuits to integrate cleanly into wall assemblies and panel layouts.
Solar-ready infrastructure and electric vehicle charging stations appear in new developments as baseline features rather than upgrades. Buyers expect these provisions even if they do not activate them immediately, because adding them later costs far more than including them during construction.
The DeVooght approach mirrors this integration mindset. “When we design foundation systems for elevated homes, we route utilities and data lines through the new support structure,” a design engineer explains. “Homeowners live with that infrastructure for decades, so we plan for future needs, not only current code.”
Builders who view smart home systems as infrastructure rather than amenities gain competitive advantages. These homes sell faster, command higher prices, and generate fewer service calls because the systems work reliably from day one.
5. Sustainability and Net Zero Construction Become Market Differentiators
Net zero homes produce as much energy as they consume annually through a combination of high-performance building envelopes, efficient systems, and renewable energy generation. Homeowners see lifetime energy savings between $30,000 and $80,000, depending on climate and usage patterns. That financial benefit drives adoption as much as environmental concern.
The built environment accounts for 39 percent of global carbon dioxide emissions, which makes residential construction a logical target for decarbonization efforts. Passive House standards demonstrate what rigorous design can achieve: homes built to this specification use 80 percent less heating and cooling energy than conventional builds. That performance gap translates directly to lower utility bills and increased comfort.
Airtight construction targeting 1.5 air changes per hour at 50 pascals reduces energy waste while improving indoor air quality through controlled ventilation. Low-emissivity glazing, continuous insulation in walls and roofs, and solar heat gain control optimize thermal performance without adding bulk or complexity to the building envelope.
Solar panels remain the most visible net zero feature, though they represent only one component of a larger system. Strategic orientation, high-performance windows, and advanced mechanical systems must all work together to reach net zero targets. Builders who treat these elements as integrated systems, not separate upgrades, deliver homes that perform as designed.
Factory-built net zero components streamline delivery. Prefabricated solar facades and insulated rooftops can retrofit existing homes to net zero standards in under 10 days, as demonstrated by programs in the Netherlands, United Kingdom, France, and Germany. These approaches combine bulk procurement, standardization, and 30-year energy performance contracts that allow cost recovery through energy savings.
For builders, net zero construction shifts risk and reward. Initial costs run higher because of advanced materials and tighter tolerances. Long-term value increases through lower operating costs, higher resale prices, and reduced warranty claims related to moisture, mold, and mechanical failures. Buyers increasingly recognize these trade-offs and choose homes that cost less to own over their lifespan.
The DeVooght team sees this logic play out in elevation projects where homeowners rebuild mechanical systems and enclosures. “When a home comes off its old foundation, owners often upgrade insulation and switch to heat pumps or other efficient systems,” one project coordinator notes. “They view the lift as a chance to reset the home’s performance, not only its height.”
Regulatory pressure supports this trend. Federal and state programs favor projects that include decarbonization measures, and local jurisdictions adopt stricter energy codes that push baseline performance closer to net zero. Builders who move ahead of these requirements avoid costly redesigns when regulations catch up.
Closing Perspective from the DeVooght Team
These five trends converge on a single idea: builders who plan for constraints and invest in capacity now will control the next phase of the market. Labor shortages, financing pressures, and sustainability mandates all demand more thoughtful approaches than the industry relied on in past decades.
DeVooght House Lifters operates at the intersection of preservation and progress. We lift homes that families want to keep and set them on foundations designed for the next century. That work requires the same qualities builders need in 2026: precision, adaptability, and respect for both craft and technology.
As one crew lead puts it, “We solve problems that owners did not know they had until the water reached the door. Builders face that same reality now with labor, cost, and climate. The ones who solve those problems early will still be here in 10 years. The ones who wait will not.”