Showing posts with label New York. Show all posts
Showing posts with label New York. Show all posts

Adirondack Roots Introduces Affordable Modular Homes in Keene, New York


KEENE — A new affordable modular housing initiative has reached a major milestone as the first three buyers officially closed on homes at Both Meadow Trail, a permanently affordable modular housing development designed to address Keene’s growing housing challenges.

The four-home project, located off Route 73, was developed by Adirondack Roots, a nonprofit housing organization based in Elizabethtown. With three homes now sold, just one residence remains available.

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Shift | House - 1,600 SF 2 Bedrooms Modular House by Palette Architecture, East Hampton, Long Island, New York





Scheme
Floor Plans
Installation Process
About Palette Architecture



ProjectShift | House
ArchitectsPalette Architecture
ManufacturerSimplex Homes
ContractorCedar Knolls Homes
MEP EngineerRAAD
Area1,600 SF
Bedrooms2
Modules3 modules, 5 panels
Installation Time1 day (+days of finishing)
LocationEast Hampton, Long Island, New York
Year2023
PhotographyJody Kivort


Description by architects

Shift | House is a 1,600 SF, new house for a family of four. It is constructed of prefabricated, modular components that were factory fabricated and connected on site. The design takes advantage of prefabrication’s economies in budget and schedule, without compromising on the overall design intent. These tools are deployed in a house enriched by its natural surroundings, and supportive of the family’s activities.

In the immediate aftermath of the pandemic, there was a desire amongst many New Yorkers to supplement their homes in the city with ones more connected to nature. A prior client asked us to design a second home away from their Brooklyn townhouse. They quickly settled on a tree lined subdivision in East Hampton, in relative visual seclusion from its neighbors. The house was to be modest in scale and budget, with an urgency to occupy it quickly.

Concurrent with the start of this project, we were navigating contractor shortages and long wait times on a number of our projects. We suggested prefabrication to achieve lower construction costs, an expedited schedule, and improved budget and schedule certainty. We embarked on a design process that worked within prefabrication’s limits, while pressing the fabricator to expand their offerings to meet our design goals.

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Custom Modular Direct - Modular Homes Supplier - CT, DE, GA, KY, IL, IN, ME, MD, MA, MI, MO, NH, NJ, NY, NC, OH, PA, RI, SC, TN, VT, VA, WV








Custom Modular Direct offers a large variety of different styles of modular homes. With a build area that stretches from Georgia straight north (including the eastern parts of Tennessee and Kentucky), their catalog includes every classic home style imaginable. They are able to do standard customization on standard homes, and even build custom homes from scratch.

Stack Modular Housing - Prefab Affordable Housing, Manhattan, New York







Floor plans / Drawings
Construction Process
Location and contact info
About GLUCK+


ProjectThe Stack Modular Housing
ArchitectsGLUCK+
Design TeamShannon Bambenek, Jacob Chartoff, Marc Gee, Peter L. Gluck, Thomas Gluck, Charlie Kaplan, James Macgillivray, Brian Novello, Silan Yip
Area37,710 square feet
Structural EngineersSilman (Foundations), The Harman Group (Modular)
Geotechnical EngineersPillori Associates
Mechanical EngineerRodkin Cardinale Consulting Engineers
Prefabrication ConsultantDeluxe Building Systems Inc.
LocationManhattan, New York, USA
PhotographyAmy Barkow
Year2014





Utilizing an off-site construction method and an innovative design strategy, The Stack modular housing has managed to streamline the entire development process and create a high-quality product with a small carbon footprint, pioneering the future of construction in New York City.

Individual modules are constructed and fully finished in a factory setting, while the eventual building site is simultaneously prepped for their arrival. Expending far fewer raw materials than traditional construction methods, the modules are fabricated in a highly controlled environment, allowing for quality assurance and precise engineering.

Once transported and on-site, the modules are literally stacked—the inspiration behind the building's name—and seamlessly integrated into a singular structure, an aesthetically pleasing building that enhances both the streetscape and the pedestrian experience. In the final stage, an expressive façade is fixed to the modular framework, making a strong visual statement to passersby that reflects the building's unique means to existence.

The modular construction method rapidly accelerates the production schedule, completing buildings in virtually half the time of the traditional on-site process, while also opening a new realm of opportunity for urban development. With its distinctive architecture and luxurious yet accessible lifestyle offering, The Stack modular housing serves as a proud example of the possibilities enabled by modular construction, and is a welcome addition to the Inwood community.

Prefab Modular Emergency Housing, NYC, USA








Floor plans
Construction
Location
About Garrison Architects
About Mark Line Industries
About NYC Emergency Management
About American Manufactured Structures and Services (AMSS)

Architecture Garrison Architects
Deploy time 15 hours
Location NYC
Year 2015


Description by architects

Developed for the New York City Office of Emergency Management, Garrison Architects was hired by American Manufactured Structures and Services (AMSS) to design amodular post-disaster housing prototype for displaced city residents in the event of a catastrophic natural or manmade disaster. The multi-story, multi-family units can be deployed in less than 15 hours, in various arrangements calibrated for challenging urbanconditions.




This prototype is preceded by more than 6 years of research by the City of New York into emergency housing,” says James Garrison, Principal of Garrison Architects. “Aside from the basics of providing shelter after a disaster, the prototype is innovative because it allows residents to remain within their communities instead of being displaced for months, or even years. “Shelter in place” allows residents to maintain their support networks - their friends and their families. Keeping neighborhoods intact is crucial for successful rebuilding.”

The aim is to create a blueprint for post-disaster housing by utilizing the latest construction technology in conjunction with stringent requirements for safety, sustainability, durability, and universal design. The modules are infinitely flexible: they can be deployed in vacant lots, private yards, or public spaces. When needed, the modules are trucked to a site, craned into place, and plugged into utilities.

“The beauty of the units lies in their inherent flexibility. They can be stacked like legos to create row housing, or they can be interspersed between existing homes and structures,” says Garrison. “These modules aren’t just for New York City - they were designed to meet the strictest zoning requirements in the US, meaning they can be quickly deployed to any corner of the country.”

For the prototype, a total of 5 modules were fabricated in Indiana by Mark Line Industries. They were then trucked to NYC and installed onsite by American Manufactured Structures and Services, general contractor for the project.

With 1- and 3-bedroom configurations, every unit features a living area, bathroom, fully equipped kitchen and storage space. Units are built with completely recyclable materials, cork floors, zero formaldehyde, a double-insulated shell, and floor-to-ceiling balcony entry doors with integrated shading to lower solar-heat gain, provide larger windows, and add more habitable space. Units can be equipped with photovoltaic panels, which will not only alleviate pressure on the city grid, but also ensure the units are self-sustaining.




The prototype will remain on the corner of Cadman Plaza East and Red Cross Place for one to two years, undergoing occupancy tests by NYU Poly and Pratt. Guests will be invited to live in the units for 5-day intervals to fully explore their functionality. Jim Garrison continues: “We spent months honing all of the technical details for the prototype. Now it is time to investigate the intricate details of living in the units full time.” 2015


Prefab Sustainable House with Geothermal System, Long Island, New York






About Bates Masi Architects

ArchitectureBates Masi Architects
LocationLong Island, New York
Year2008
PhotosTy Cole


Greg and Victoria met on a Montauk beach at first when they were teenagers. After many years they decided to leave Manhattan and to return to Long Island where together they wanted to build a sustainable house. The Hamptons hamlet is a perfect place for children during summer. And when they made a decision to have a dwelling where their family with sons, Lucas and Dylan, could escape from the busy city, they definitely knew where it should be.

Paul Masi of Bates Masi Architects is a Victoria’s brother and they decided to work with him. Masi designed a special house for his sister and for his brother-in-law; the main area of the house has a double-height; kitchen, living room and dining room are located in one space connected with outdoors with a large glass pocket doors. Victoria told that they didn’t want to separate the indoors and outdoors. The project was finished in 2008 after two years of works. The house is environmentally friendly; has a geothermal cooling and heating system and a prefabricated foundation. The family got as a result a beach house with the perfect design.




Passive System for Cooling and Heating


During spring and autumn the space of living room, dining rooms and kitchen can be ventilated naturally as it opens on two sides. In summer the direct sunlight is prevented by an overhang and in winter the house has a lot of light and warmth, because it is time when the sun is low.

There are two layers of aluminum woven-coil drapes outside the south-facing large windows above the living room. Due to drapes the house is kept from the overheating in hot months, but when the weather is cooler they allow the sun to warm the space. The texture and appearance of drapes are similar to fireplace netting; they are produced by Cascade Coil Drapery, an Oregon company, and made of recycled scrap metal. The company also supplies the hearth market.

Geothermal System for Cooling and Heating


The house’s geothermal system is open-loop; this system uses 55-dergee temperature of the groundwater for cooling and heating the house. An exterior condenser was not need, as the needed equipment is in the basement utility room. Masi said that here the salt air corrodes them; so they didn’t want to have the condenser and they wanted use geothermal instead.

There are several types of geothermal systems, to heat and cool house they use the constant temperature of Earth, in winter it is warmer than the open air and in summer it is cooler. What kind to choose and is it necessary to install one, depends on some factors.

In the Pryors’ and in other open-loop systems the pipes draw water from the well into the house, then heat pump extracts heat or transfers excess heat to the water before its return to the ground. And in system, called closed-loop, there is some special solution in the pipes; this solution acts as a heat exchanger in buried under-ground pipes. If there is enough clean water that is supplied to the heat pump, an open-loop system is considered to be much more economical, because there is required less excavation.

A pond-loop system has sub-merged pipes in a water. A horizontal-loop system pipes can be buried six feet in the ground. For not large houses, vertical-loop systems may be suitable, but the price of burying pipes deeper than 400 feet down, is pretty high.

The main advantage of geothermal system is that it is more economical than air-conditioning and gas furnaces systems. And it is much more expensive. Every year the owners can save a lot of money, up to 60 percent. Also the upfront cost can be offset by the tax incentives.

Prefab House Design


The foundation of structure is made of concrete insulated panels, which were produced by Superior Walls of Hudson Valley. They were shipped to the building site, craned and bolted together. There was no need for panels to be waterproofed or coated during building process, as the panels are made of water-resistant, dense concrete mix.

Because of a prefabricated exterior walls could have excessively high price, the architects decided to change their plan. But the panels, produced at Cement Board Fabricators’ factory, were used as the rain screen. The prefabricated panels help the house keep comfort temperature by absorbing and transferring heat through gaps made for ventilation between the siding and panels.




In the house Masi used finishes, which are low in toxic chemicals, such as formaldehyde and benzene, and volatile organic compounds. For painting the interior walls, there was used Benjamin Moore Aura matte paint. Osmo Polyx-Oil was used for sealing the American walnut floors, this finish includes thistle, soybean, and sunflower oils among its components.

Prefab Modular Houses by RES4, New York, USA





About RES4

Factory-Built Modular House, New York





Factory-built modular house, New York

About Resolution 4 Architecture

DesignResolution 4 Architecture
ManufacturerApex Homes
Area1800 square foot
LocationNew York
PhotographyPhloto & Warner


This 1800 square foot factory-built modular house is located on a 5-acre rocky outcrop. The owner, who loves rock climbing and mountain biking, had camped out on the hilltop during the siting of the new house to determine the best orientation, spot and angle for his new escape. The house has three sides of transparent glass walls and wrap-around outdoor decks with a loft-like social space upstairs that contains living room, dining room and kitchen.