Robotic extrusion forms layered concrete first-floor walls while panelized second-story framing is assembled at the Zuri Gardens development in southeast Houston.
Southeast Houston, August 31, 2025
A 13-acre development in southeast Houston named Zuri Gardens has started construction on an 80-home community that uses 3D-printed concrete first-floor walls combined with panelized and conventional upper-floor systems. Targeted at households up to 120% AMI, homes will average about 1,360 sq. ft. with two bedrooms, office/flex space and covered patios, and are expected to sell in the mid-to-high $200,000s with city home-buying assistance available. Partners are using AI-driven design and robotic extruders with a low-carbon concrete mix and foam-filled 10-inch walls. The developer projects construction savings, while timelines and final pricing will be released as units are marketed.
Groundbreaking has begun on Zuri Gardens, a 13‑acre affordable housing community in southeast Houston that will feature 80 homes with 3D‑printed first floors. The project combines automated additive construction with panelized and conventional building methods, and is being developed under a city affordable housing program.
The developer and construction partners plan to 3D‑print the first story of each house using large robotic arms that extrude a proprietary, low‑carbon lightweight concrete. That printed concrete wall system is reported to be roughly 10 inches thick and will be filled with foam insulation. Upper levels and interior finishes will be built with panelized systems and traditional trades, using standard building products for siding, roofing and sub‑flooring.
Homes in the new community will average about 1,360 square feet, include two bedrooms, two and a half bathrooms, a flexible office space and a covered patio. Two floorplan variants differ only by the placement of the office/flex room. Reported price targets place homes in the mid‑to‑high $200,000 range, with per‑square‑foot figures cited between $180 and $220.
The development is part of a municipal affordable home program and is intended for households at or below certain area median income levels. Reports indicate eligibility up to 120% of Area Median Income (AMI), with some materials describing a range between 80% and 120% AMI. Local down payment assistance programs could provide funding of up to $125,000 for qualifying buyers, subject to separate applications and program rules.
The first 1,360 sq. ft. house is scheduled to begin construction in October 2025. Published timelines vary: some reporting cites an 18‑month completion window from the start date, while other updates project openings in spring or fall 2026. The developer reports more than 300 people have expressed interest in the 80 homes. Public and local funding support includes a forgivable loan to the builder and a reimbursement agreement for infrastructure costs.
Project partners point to potential advantages of 3D‑printed concrete walls such as reduced labor needs, lower material waste, improved durability, resistance to pests and mold, thermal tightness when insulated, and better performance in extreme weather. The printed wall surface will show printed layers unless finished with stucco or other cladding.
This community is listed among a growing set of projects using automated construction and large‑format extrusion systems. Larger or earlier projects in other places have used similar print‑in‑place concrete blends, and industry forecasts project growing market value for printed construction by the end of the decade. Local median price and per‑square‑foot figures for new and existing homes are commonly cited as points of comparison.
A niche automaker that introduced a 1,233 bhp tandem‑seater hypercar in 2020 is concentrating on a narrow range of very high‑end sports cars rather than broadening into popular segments like SUVs. The firm’s earlier model used many 3D‑printed parts and ran in a limited production batch. Current strategy centers on a lineup of closely related successors, including more track‑focused and more traditional seating variants, to sustain the brand long term.
A small team of university students in Denmark developed a prototype drone that operates both in air and underwater. The craft can hover in the air, dive and swim just below the surface, and then fly back into the air. The prototype is aimed at applications such as ship inspection, search and rescue and defense support, and was completed as a final‑project effort under faculty supervision.
A defense contract awarded to a composite 3D printing company will fund development of an advanced finite element analysis tool tailored to continuous fiber 3D printing. The tool is designed to better represent anisotropic materials where strength depends on fiber direction and steering. Integrating toolpath data into simulation is expected to speed design cycles and raise confidence in complex composite parts for mission‑critical uses. The contract runs through August 2026.
Zuri Gardens is an 80‑home residential community in southeast Houston that will use 3D‑printed concrete for the first floor of each house and conventional construction for upper levels.
Construction of the first house is set to begin in October 2025. Reported completion estimates vary from about 18 months to different parts of 2026, depending on the source.
The project is part of a city affordable housing program with income limits tied to Area Median Income. Materials mention buyers up to 120% AMI and also report ranges of 80% to 120% in some descriptions. Down payment assistance programs may be available for qualified applicants.
Large robotic arms extrude a proprietary low‑carbon concrete formula in layers to build site‑cast walls. The printed walls are then insulated and tied into standard framing and finishes for the upper floors.
The funded work will create a simulation tool that reads continuous fiber 3D printing toolpaths to better model how anisotropic composite parts behave. This aims to improve design speed and reliability for critical applications.
Reported advantages for printed concrete walls include resistance to pests and mold and improved weather performance. Insurance and regulatory acceptance vary by region and depend on demonstrated building performance and code compliance.
| Feature | Details |
|---|---|
| Site | 13 acres in southeast Houston, near Hobby Airport and local schools |
| Homes | 80 units, ~1,360 sq ft, 2 beds, 2.5 baths, office/flex space, covered patio |
| Construction method | 3D‑printed first floors with panelized and conventional upper levels |
| Material | Proprietary low‑carbon concrete, printed walls insulated with foam |
| Price range | Mid‑to‑high $200,000s reported; per‑sq‑ft estimates $180–$220 |
| Affordability | Up to 120% AMI guidance; down payment aid programs may apply |
| Start date | October 2025 for the first house; full completion timelines vary |
| Other briefs | High‑end hypercar focus, an air/underwater student drone, and a $1.9M defense simulation award |
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