The Wireframe Coffee Table is a functional accent piece which evokes the 3D wireframe models used by designers and animators. It features a walnut-finished, exposed ply top and bottom surface, and black, powder-coated steel grid framework. Two openings allow for attractive storage of cushions, blankets, books, or clutter. Black, powder-coated steel grid framework Top and bottom platforms are fine, cross-grained plywood with exposed edges Water-based, clear coat finish Platforms are finished top and bottom in Walnut Bumpers on the bottom of frame to protect hardwood floors Manufactured By GUS.

This technology makes it possible to protect the front door from condensation and ice formation. A thermal break is a layer of material with low thermal conductivity. For the correct operation of the door, it must be located between the outer and inner sides of the leaf and the frame, thereby excluding the contact of the metal parts with each other. This technology prevents the door from freezing, preserving its properties and impeccable appearance for many years. The two-tone painting ofthe door leaf and the frame makes it possible to select colours separately for interior and exterior decoration, which gives the door a complete look and makes it possible to create a harmonious image in the interior and exterior. All models of this collection are made with a frame made of aluminum. The external framework and internal power framework of the frame do not touch in any way, because they are interconnected by a polyamide insert (thermal break) 18 mm thick, which guarantees maximum thermal insulation performance. The door leaf ofthis series is made of two sheets of metal 1 mm thick. A reliable two-layer design with a thermal insulation layer and expanded polystyrene filling guarantees reliability. durability, and the best indicators of heat and noise insulation of the door. Model - 6777 Cynex Color - Black Door thickness - 3" Frame thickness - 3 13/16" Metal frame 4" thick - dimensions of the door with frame is 34" x 82". Metal threshold. Plate-type, primary lock for armoured type of steel doors, locked by 3 key turns To maintain the warranty, a canopy is required over the door.

Furthermore, VDom Doors insulate your home from extreme weather conditions, as well as unwanted animals, insects, and dust from entering. This technology makes it possible to protect the front door from condensation and ice formation. A thermal break is a layer of material with low thermal conductivity. For the correct operation of the door, it must be located between the outer and inner sides of the leaf and the frame, thereby excluding the contact of the metal parts with each other. This technology prevents the door from freezing, preserving its properties and impeccable appearance for many years. The two-tone painting ofthe door leaf and the frame makes it possible to select colours separately for interior and exterior decoration, which gives the door a complete look and makes it possible to create a harmonious image in the interior and exterior. All models of this collection are made with a frame made of aluminum. The external framework and internal power framework of the frame do not touch in any way, because they are interconnected by a polyamide insert (thermal break) 18 mm thick, which guarantees maximum thermal insulation performance. The door leaf ofthis series is made of two sheets of metal 1 mm thick. A reliable two-layer design with a thermal insulation layer and expanded polystyrene filling guarantees reliability. durability, and the best indicators of heat and noise insulation of the door. Model - 6777 Cynex Color - Black Door thickness - 3 1/4" Frame thickness - 4" Metal frame 4" thick - dimensions of the door with frame is 34" x 82". Metal threshold. Plate-type, primary lock for armoured type of steel doors, locked by 3 key turns To maintain the warranty, a canopy is required over the door.

Your front door is your best defender. It protects you, your family, and your most valuable personal belongings from theft and damage. Furthermore, VDom Doors insulate your home from extreme weather conditions, as well as unwanted animals, insects, and dust from entering. This technology makes it possible to protect the front door from condensation and ice formation. A thermal break is a layer of material with low thermal conductivity. For the correct operation of the door, it must be located between the outer and inner sides of the leaf and the frame, thereby excluding the contact of the metal parts with each other. This technology prevents the door from freezing, preserving its properties and impeccable appearance for many years. The two-tone painting ofthe door leaf and the frame makes it possible to select colours separately for interior and exterior decoration, which gives the door a complete look and makes it possible to create a harmonious image in the interior and exterior. All models of this collection are made with a frame made of aluminum. The external framework and internal power framework of the frame do not touch in any way, because they are interconnected by a polyamide insert (thermal break) 18 mm thick, which guarantees maximum thermal insulation performance. The door leaf ofthis series is made of two sheets of metal 1 mm thick. A reliable two-layer design with a thermal insulation layer and expanded polystyrene filling guarantees reliability. durability, and the best indicators of heat and noise insulation of the door. Model - 6777 Cynex Color - Black Door thickness - 3 1/4" Frame thickness - 4" Metal frame 4" thick - dimensions of the door with frame is 34" x 82". Metal threshold. Plate-type, primary lock for armoured type of steel doors, locked by 3 key turns To maintain the warranty, a canopy is required over the door.

Cathedral ceilings and seamless cabinetry complement this home’s river view. The low ceilings in this ’70s contemporary were a nagging issue for the 6-foot-8 homeowner. Plus, drab interiors failed to do justice to the home’s Connecticut River view. By raising ceilings and removing non-load-bearing partitions, architect Christopher Arelt was able to create a cathedral-within-a-cathedral structure in the kitchen, dining and living area. Decorative mahogany rafters open the space’s height, introduce a warmer palette and create a welcoming framework for light. The homeowner, a Frank Lloyd Wright fan, wanted to emulate the famed architect’s use of reddish-brown concrete floors, and the result further warmed the interior. “Concrete has a connotation of cold and industrial but can be just the opposite,” explains Arelt. Clunky European hardware was replaced by hidden pivot hinges, and outside cabinet corners were mitered so there is no evidence of a drawer or door from any angle. Photo Credit: Read McKendree Cathedral ceilings and seamless cabinetry complement this kitchen’s river view The low ceilings in this ’70s contemporary were a nagging issue for the 6-foot-8 homeowner. Plus, drab interiors failed to do justice to the home’s Connecticut River view. By raising ceilings and removing non-load-bearing partitions, architect Christopher Arelt was able to create a cathedral-within-a-cathedral structure in the kitchen, dining and living area. Decorative mahogany rafters open the space’s height, introduce a warmer palette and create a welcoming framework for light. The homeowner, a Frank Lloyd Wright fan, wanted to emulate the famed architect’s use of reddish-brown concrete floors, and the result further warmed the interior. “Concrete has a connotation of cold and industrial but can be just the opposite,” explains Arelt. Clunky European hardware was replaced by hidden pivot hinges, and outside cabinet corners were mitered so there is no evidence of a drawer or door from any angle.

Your front door is your best defender. It protects you, your family, and your most valuable personal belongings from theft and damage. Furthermore, VDom Doors insulate your home from extreme weather conditions, as well as unwanted animals, insects, and dust from entering. This technology makes it possible to protect the front door from condensation and ice formation. A thermal break is a layer of material with low thermal conductivity. For the correct operation of the door, it must be located between the outer and inner sides of the leaf and the frame, thereby excluding the contact of the metal parts with each other. This technology prevents the door from freezing, preserving its properties and impeccable appearance for many years. The two-tone painting ofthe door leaf and the frame makes it possible to select colours separately for interior and exterior decoration, which gives the door a complete look and makes it possible to create a harmonious image in the interior and exterior. All models of this collection are made with a frame made of aluminum. The external framework and internal power framework of the frame do not touch in any way, because they are interconnected by a polyamide insert (thermal break) 18 mm thick, which guarantees maximum thermal insulation performance. The door leaf ofthis series is made of two sheets of metal 1 mm thick. A reliable two-layer design with a thermal insulation layer and expanded polystyrene filling guarantees reliability. durability, and the best indicators of heat and noise insulation of the door. Model - 6777 Cynex Color - Black Door thickness - 3 1/4" Frame thickness - 4" Metal frame 4" thick - dimensions of the door with frame is 34" x 82". Metal threshold. Plate-type, primary lock for armoured type of steel doors, locked by 3 key turns To maintain the warranty, a canopy is required over the door.

Nestled in the hills of Orinda, California, this 1951 residence is one of only seven extant homes, now known as “The Magnificent Seven”, designed by architect Olof Dahlstrand, a protégé of Frank Lloyd Wright. With its low-slung rooflines, natural materials, and deep integration with the sloping landscape, the home is a pristine example of mid-century modern design inspired by Wright’s organic principles. Over the years, prior homeowners have emphasized preservation, ensuring that the house remained relatively untouched. Each owner has respected the original architecture and stayed true to Dahlstrand’s intent. When a family of five—two college-aged sons and a middle school-aged daughter—acquired the property, they were captivated by its history, legacy of care, and architectural significance. While they appreciated Dahlstrand’s original vision, they also recognized the need to adapt the home for contemporary living while preserving its design integrity. The remodel was conceived as a thoughtful response to the past—an effort to bring the house into the 21st century without compromising its soul. The primary mandate was to maintain architectural continuity while improving the functionality, comfort, and livability for a modern family. The design team—architects and contractor alike—worked with a shared reverence for the original architecture, allowing that mindset to guide even the most technical or pragmatic decisions. A key objective was to increase natural light in the kitchen—a departure from Wrightian principles of enclosed, intimate cooking spaces—while maintaining the home’s architectural language. The kitchen was reconfigured to foster a stronger connection to adjacent living spaces while retaining the underlying concept of spatial separation. One of the most transformative architectural changes was the removal of a ridge beam that was originally planned to remain visible through the kitchen. During construction, the team collaborated on a better solution: a wide-flanged steel beam concealed within the roof envelope. This subtle move preserved the clean lines and ceiling continuity, a modern update carried out with utmost respect for the existing framework. The home’s original powder room, previously accessible only through the kitchen, was relocated for better flow and privacy. A new powder room was carved out of former kitchen cabinetry—a narrow, interior space that could have felt dark and enclosed. To avoid this, the design extended the line of original transom windows into the new powder room and added a skylight above the vanity. The result is a bright and airy space that feels consistent with the rest of the home. Other updates included the installation of new solid-core interior doors with veneers carefully matched to the original mahogany, enhancing the continuity of the interiors. Even smaller decisions, such as placing the door knobs at 42 inches high, mirrored the original proportions. Every choice reflected a shared belief between the architect, contractor, and client: that new work should serve the integrity of the old. The home’s extensive interior redwood millwork and paneling was meticulously restored. Where new materials were introduced—such as the replacement redwood soffit paneling—the contractor took pains to find finish nails that matched the original, rather than using modern equivalents. This level of craftsmanship and collaboration defined the project. It extended even to the detailing of a blind door to the new powder room, which had to disappear into the existing redwood board-and-batten wall. It was a team effort: the owner found a suitable handle, the architects devised the custom in-swing mechanism, and the contractor executed it so the door aligned precisely with the battens. Throughout, the homeowners were deeply engaged in the design process. One, a meticulous design enthusiast, focused on aesthetic integrity and historic detail. The other brought a practical and function-driven perspective, ensuring that new fixtures and materials would be durable and require minimal maintenance. While the home’s location posed no major site challenges, sustainability was a key concern. The team upgraded the roof insulation, installed solar panels with battery storage, and added ductless mini-split cooling systems. Lighting was another area where modern technology was woven into a historic framework: new square LED fixtures echo the original custom perimeter soffit lights, maintaining the design language while offering advanced performance. A planned expansion of a bedroom into suite with a bathroom had to be shelved due to budget constraints and the high cost of below-grade foundation work. Still, the team focused their efforts on making the most of the existing footprint, resolving constraints through design ingenuity rather than adding square footage. This renovation represents a collaborative achievement in preserving and evolving a historically significant home. Every decision was shaped by a shared ethos among clients, architects, and contractor: to maintain the home’s architectural soul while updating it for contemporary life. The result is a timeless modernist residence that continues Olof Dahlstrand’s legacy, remaining grounded in nature, craftsmanship, and human-scale design. Klopf Architecture Team: John Klopf, AIA, Klara Kevane, Fernanda Bernardes
Interior Architectural Design: Klopf Architecture
Structural Engineer: Daniel Bastiao
Contractor: Don Larwood, Larwood Construction Photography: Mariko Reed Year Completed: 2022

Your front door is your best defender. It protects you, your family, and your most valuable personal belongings from theft and damage. Furthermore, VDom Doors insulate your home from extreme weather conditions, as well as unwanted animals, insects, and dust from entering. This technology makes it possible to protect the front door from condensation and ice formation. A thermal break is a layer of material with low thermal conductivity. For the correct operation of the door, it must be located between the outer and inner sides of the leaf and the frame, thereby excluding the contact of the metal parts with each other. This technology prevents the door from freezing, preserving its properties and impeccable appearance for many years. The two-tone painting ofthe door leaf and the frame makes it possible to select colours separately for interior and exterior decoration, which gives the door a complete look and makes it possible to create a harmonious image in the interior and exterior. All models of this collection are made with a frame made of aluminum. The external framework and internal power framework of the frame do not touch in any way, because they are interconnected by a polyamide insert (thermal break) 18 mm thick, which guarantees maximum thermal insulation performance. The door leaf ofthis series is made of two sheets of metal 1 mm thick. A reliable two-layer design with a thermal insulation layer and expanded polystyrene filling guarantees reliability. durability, and the best indicators of heat and noise insulation of the door. Model - 6777 Cynex Color - Grey Door thickness - 3 1/4" Frame thickness - 4" Metal frame 4" thick - dimensions of the door with frame is 38" x 82". Metal threshold.Plate-type, primary lock for armoured type of steel doors, locked by 3 key turns To maintain the warranty, a canopy is required over the door.

Main posts on entryway are rotted and sinking into the ground. Remove framework, replace main posts and reinstall framework.
Inspiration for a mid-sized french country entryway remodel in Seattle with beige walls and a light wood front door

Your front door is your best defender. It protects you, your family, and your most valuable personal belongings from theft and damage. Furthermore, VDom Doors insulate your home from extreme weather conditions, as well as unwanted animals, insects, and dust from entering. This technology makes it possible to protect the front door from condensation and ice formation. A thermal break is a layer of material with low thermal conductivity. For the correct operation of the door, it must be located between the outer and inner sides of the leaf and the frame, thereby excluding the contact of the metal parts with each other. This technology prevents the door from freezing, preserving its properties and impeccable appearance for many years. The two-tone painting ofthe door leaf and the frame makes it possible to select colours separately for interior and exterior decoration, which gives the door a complete look and makes it possible to create a harmonious image in the interior and exterior. All models of this collection are made with a frame made of aluminum. The external framework and internal power framework of the frame do not touch in any way, because they are interconnected by a polyamide insert (thermal break) 18 mm thick, which guarantees maximum thermal insulation performance. The door leaf ofthis series is made of two sheets of metal 1 mm thick. A reliable two-layer design with a thermal insulation layer and expanded polystyrene filling guarantees reliability. durability, and the best indicators of heat and noise insulation of the door. Model - 6777 Cynex Color - Grey Door thickness - 3 1/4" Frame thickness - 4" Metal frame 4" thick - dimensions of the door with frame is 38" x 82". Metal threshold.Plate-type, primary lock for armoured type of steel doors, locked by 3 key turns To maintain the warranty, a canopy is required over the door.

Furthermore, VDom Doors insulate your home from extreme weather conditions, as well as unwanted animals, insects, and dust from entering. This technology makes it possible to protect the front door from condensation and ice formation. A thermal break is a layer of material with low thermal conductivity. For the correct operation of the door, it must be located between the outer and inner sides of the leaf and the frame, thereby excluding the contact of the metal parts with each other. This technology prevents the door from freezing, preserving its properties and impeccable appearance for many years. The two-tone painting ofthe door leaf and the frame makes it possible to select colours separately for interior and exterior decoration, which gives the door a complete look and makes it possible to create a harmonious image in the interior and exterior. All models of this collection are made with a frame made of aluminum. The external framework and internal power framework of the frame do not touch in any way, because they are interconnected by a polyamide insert (thermal break) 18 mm thick, which guarantees maximum thermal insulation performance. The door leaf ofthis series is made of two sheets of metal 1 mm thick. A reliable two-layer design with a thermal insulation layer and expanded polystyrene filling guarantees reliability. durability, and the best indicators of heat and noise insulation of the door. Model - 6777 Cynex Color - Black Door thickness - 3 1/4" Frame thickness - 4" Metal frame 4" thick - dimensions of the door with frame is 38" x 82". Metal threshold. Plate-type, primary lock for armoured type of steel doors, locked by 3 key turns To maintain the warranty, a canopy is required over the door.

Nestled in the hills of Orinda, California, this 1951 residence is one of only seven extant homes, now known as “The Magnificent Seven”, designed by architect Olof Dahlstrand, a protégé of Frank Lloyd Wright. With its low-slung rooflines, natural materials, and deep integration with the sloping landscape, the home is a pristine example of mid-century modern design inspired by Wright’s organic principles. Over the years, prior homeowners have emphasized preservation, ensuring that the house remained relatively untouched. Each owner has respected the original architecture and stayed true to Dahlstrand’s intent. When a family of five—two college-aged sons and a middle school-aged daughter—acquired the property, they were captivated by its history, legacy of care, and architectural significance. While they appreciated Dahlstrand’s original vision, they also recognized the need to adapt the home for contemporary living while preserving its design integrity. The remodel was conceived as a thoughtful response to the past—an effort to bring the house into the 21st century without compromising its soul. The primary mandate was to maintain architectural continuity while improving the functionality, comfort, and livability for a modern family. The design team—architects and contractor alike—worked with a shared reverence for the original architecture, allowing that mindset to guide even the most technical or pragmatic decisions. A key objective was to increase natural light in the kitchen—a departure from Wrightian principles of enclosed, intimate cooking spaces—while maintaining the home’s architectural language. The kitchen was reconfigured to foster a stronger connection to adjacent living spaces while retaining the underlying concept of spatial separation. One of the most transformative architectural changes was the removal of a ridge beam that was originally planned to remain visible through the kitchen. During construction, the team collaborated on a better solution: a wide-flanged steel beam concealed within the roof envelope. This subtle move preserved the clean lines and ceiling continuity, a modern update carried out with utmost respect for the existing framework. The home’s original powder room, previously accessible only through the kitchen, was relocated for better flow and privacy. A new powder room was carved out of former kitchen cabinetry—a narrow, interior space that could have felt dark and enclosed. To avoid this, the design extended the line of original transom windows into the new powder room and added a skylight above the vanity. The result is a bright and airy space that feels consistent with the rest of the home. Other updates included the installation of new solid-core interior doors with veneers carefully matched to the original mahogany, enhancing the continuity of the interiors. Even smaller decisions, such as placing the door knobs at 42 inches high, mirrored the original proportions. Every choice reflected a shared belief between the architect, contractor, and client: that new work should serve the integrity of the old. The home’s extensive interior redwood millwork and paneling was meticulously restored. Where new materials were introduced—such as the replacement redwood soffit paneling—the contractor took pains to find finish nails that matched the original, rather than using modern equivalents. This level of craftsmanship and collaboration defined the project. It extended even to the detailing of a blind door to the new powder room, which had to disappear into the existing redwood board-and-batten wall. It was a team effort: the owner found a suitable handle, the architects devised the custom in-swing mechanism, and the contractor executed it so the door aligned precisely with the battens. Throughout, the homeowners were deeply engaged in the design process. One, a meticulous design enthusiast, focused on aesthetic integrity and historic detail. The other brought a practical and function-driven perspective, ensuring that new fixtures and materials would be durable and require minimal maintenance. While the home’s location posed no major site challenges, sustainability was a key concern. The team upgraded the roof insulation, installed solar panels with battery storage, and added ductless mini-split cooling systems. Lighting was another area where modern technology was woven into a historic framework: new square LED fixtures echo the original custom perimeter soffit lights, maintaining the design language while offering advanced performance. A planned expansion of a bedroom into suite with a bathroom had to be shelved due to budget constraints and the high cost of below-grade foundation work. Still, the team focused their efforts on making the most of the existing footprint, resolving constraints through design ingenuity rather than adding square footage. This renovation represents a collaborative achievement in preserving and evolving a historically significant home. Every decision was shaped by a shared ethos among clients, architects, and contractor: to maintain the home’s architectural soul while updating it for contemporary life. The result is a timeless modernist residence that continues Olof Dahlstrand’s legacy, remaining grounded in nature, craftsmanship, and human-scale design. Klopf Architecture Team: John Klopf, AIA, Klara Kevane, Fernanda Bernardes
Interior Architectural Design: Klopf Architecture
Structural Engineer: Daniel Bastiao
Contractor: Don Larwood, Larwood Construction Photography: Mariko Reed Year Completed: 2022

Furthermore, VDom Doors insulate your home from extreme weather conditions, as well as unwanted animals, insects, and dust from entering. This technology makes it possible to protect the front door from condensation and ice formation. A thermal break is a layer of material with low thermal conductivity. For the correct operation of the door, it must be located between the outer and inner sides of the leaf and the frame, thereby excluding the contact of the metal parts with each other. This technology prevents the door from freezing, preserving its properties and impeccable appearance for many years. The two-tone painting ofthe door leaf and the frame makes it possible to select colours separately for interior and exterior decoration, which gives the door a complete look and makes it possible to create a harmonious image in the interior and exterior. All models of this collection are made with a frame made of aluminum. The external framework and internal power framework of the frame do not touch in any way, because they are interconnected by a polyamide insert (thermal break) 18 mm thick, which guarantees maximum thermal insulation performance. The door leaf ofthis series is made of two sheets of metal 1 mm thick. A reliable two-layer design with a thermal insulation layer and expanded polystyrene filling guarantees reliability. durability, and the best indicators of heat and noise insulation of the door. Model - 6777 Cynex Color - Black Door thickness - 3 1/4" Frame thickness - 4" Metal frame 4" thick - dimensions of the door with frame is 38" x 82". Metal threshold. Plate-type, primary lock for armoured type of steel doors, locked by 3 key turns To maintain the warranty, a canopy is required over the door.

This hotel design is an exemplary model of blending architecture with the surrounding natural landscape. Its flowing, curved lines mimic the undulating rock formations nearby, harmonizing built environments with the organic textures of nature. Strategic placement of palm trees and tropical vegetation around curved pools and cascading water features enhances the sense of a secluded paradise, seamlessly integrating water elements into the architectural framework.

Your front door is your best defender. It protects you, your family, and your most valuable personal belongings from theft and damage. Furthermore, VDom Doors insulate your home from extreme weather conditions, as well as unwanted animals, insects, and dust from entering. This technology makes it possible to protect the front door from condensation and ice formation. A thermal break is a layer of material with low thermal conductivity. For the correct operation of the door, it must be located between the outer and inner sides of the leaf and the frame, thereby excluding the contact of the metal parts with each other. This technology prevents the door from freezing, preserving its properties and impeccable appearance for many years. The two-tone painting ofthe door leaf and the frame makes it possible to select colours separately for interior and exterior decoration, which gives the door a complete look and makes it possible to create a harmonious image in the interior and exterior. All models of this collection are made with a frame made of aluminum. The external framework and internal power framework of the frame do not touch in any way, because they are interconnected by a polyamide insert (thermal break) 18 mm thick, which guarantees maximum thermal insulation performance. The door leaf ofthis series is made of two sheets of metal 1 mm thick. A reliable two-layer design with a thermal insulation layer and expanded polystyrene filling guarantees reliability. durability, and the best indicators of heat and noise insulation of the door. Model - 6777 Cynex Color - Black Door thickness - 3 1/4" Frame thickness - 4" Metal frame 4" thick - dimensions of the door with frame is 34" x 82". Metal threshold. Plate-type, primary lock for armoured type of steel doors, locked by 3 key turns To maintain the warranty, a canopy is required over the door.

A stellar antique five-light Art Deco cast iron chandelier, dating from the 1930’s, and made and signed by Lincoln. The chandelier begins with a polychrome accented canopy, coming down in a chain to an angular loop finial. Below, beautiful white glass panels surround the fixture's central rod and sit within a stepped bowl at the bottom of the chandelier. Five angular arms extend from the bowl and connect to form the open body; the body features skyscraper and streamlined details with red highlights. Each arm ends in a triangular framework; three pointed glass panels perch within the framework and surround each light. The bottom of the fixture is ornamented with stylized flowers and volutes, the complimentary finial suspends from its center. This light fixture is in excellent condition; it has been professionally rewired and comes with all the necessary attachments for modern installation. The glass is also in excellent condition with no cracks or breaks. The chandelier body measures 18-1/4” wide and 24” tall, and the fixture is 39" long overall. NC2031

Nestled in the hills of Orinda, California, this 1951 residence is one of only seven extant homes, now known as “The Magnificent Seven”, designed by architect Olof Dahlstrand, a protégé of Frank Lloyd Wright. With its low-slung rooflines, natural materials, and deep integration with the sloping landscape, the home is a pristine example of mid-century modern design inspired by Wright’s organic principles. Over the years, prior homeowners have emphasized preservation, ensuring that the house remained relatively untouched. Each owner has respected the original architecture and stayed true to Dahlstrand’s intent. When a family of five—two college-aged sons and a middle school-aged daughter—acquired the property, they were captivated by its history, legacy of care, and architectural significance. While they appreciated Dahlstrand’s original vision, they also recognized the need to adapt the home for contemporary living while preserving its design integrity. The remodel was conceived as a thoughtful response to the past—an effort to bring the house into the 21st century without compromising its soul. The primary mandate was to maintain architectural continuity while improving the functionality, comfort, and livability for a modern family. The design team—architects and contractor alike—worked with a shared reverence for the original architecture, allowing that mindset to guide even the most technical or pragmatic decisions. A key objective was to increase natural light in the kitchen—a departure from Wrightian principles of enclosed, intimate cooking spaces—while maintaining the home’s architectural language. The kitchen was reconfigured to foster a stronger connection to adjacent living spaces while retaining the underlying concept of spatial separation. One of the most transformative architectural changes was the removal of a ridge beam that was originally planned to remain visible through the kitchen. During construction, the team collaborated on a better solution: a wide-flanged steel beam concealed within the roof envelope. This subtle move preserved the clean lines and ceiling continuity, a modern update carried out with utmost respect for the existing framework. The home’s original powder room, previously accessible only through the kitchen, was relocated for better flow and privacy. A new powder room was carved out of former kitchen cabinetry—a narrow, interior space that could have felt dark and enclosed. To avoid this, the design extended the line of original transom windows into the new powder room and added a skylight above the vanity. The result is a bright and airy space that feels consistent with the rest of the home. Other updates included the installation of new solid-core interior doors with veneers carefully matched to the original mahogany, enhancing the continuity of the interiors. Even smaller decisions, such as placing the door knobs at 42 inches high, mirrored the original proportions. Every choice reflected a shared belief between the architect, contractor, and client: that new work should serve the integrity of the old. The home’s extensive interior redwood millwork and paneling was meticulously restored. Where new materials were introduced—such as the replacement redwood soffit paneling—the contractor took pains to find finish nails that matched the original, rather than using modern equivalents. This level of craftsmanship and collaboration defined the project. It extended even to the detailing of a blind door to the new powder room, which had to disappear into the existing redwood board-and-batten wall. It was a team effort: the owner found a suitable handle, the architects devised the custom in-swing mechanism, and the contractor executed it so the door aligned precisely with the battens. Throughout, the homeowners were deeply engaged in the design process. One, a meticulous design enthusiast, focused on aesthetic integrity and historic detail. The other brought a practical and function-driven perspective, ensuring that new fixtures and materials would be durable and require minimal maintenance. While the home’s location posed no major site challenges, sustainability was a key concern. The team upgraded the roof insulation, installed solar panels with battery storage, and added ductless mini-split cooling systems. Lighting was another area where modern technology was woven into a historic framework: new square LED fixtures echo the original custom perimeter soffit lights, maintaining the design language while offering advanced performance. A planned expansion of a bedroom into suite with a bathroom had to be shelved due to budget constraints and the high cost of below-grade foundation work. Still, the team focused their efforts on making the most of the existing footprint, resolving constraints through design ingenuity rather than adding square footage. This renovation represents a collaborative achievement in preserving and evolving a historically significant home. Every decision was shaped by a shared ethos among clients, architects, and contractor: to maintain the home’s architectural soul while updating it for contemporary life. The result is a timeless modernist residence that continues Olof Dahlstrand’s legacy, remaining grounded in nature, craftsmanship, and human-scale design. Klopf Architecture Team: John Klopf, AIA, Klara Kevane, Fernanda Bernardes
Interior Architectural Design: Klopf Architecture
Structural Engineer: Daniel Bastiao
Contractor: Don Larwood, Larwood Construction Photography: Mariko Reed Year Completed: 2022

The Lodge collection a simplistic design with unique glass features a look that's all its own. Its distinctive clear hammered glass is showcased by the simple framework which is highlighted with a Mystic Black finish.

Nestled in the hills of Orinda, California, this 1951 residence is one of only seven extant homes, now known as “The Magnificent Seven”, designed by architect Olof Dahlstrand, a protégé of Frank Lloyd Wright. With its low-slung rooflines, natural materials, and deep integration with the sloping landscape, the home is a pristine example of mid-century modern design inspired by Wright’s organic principles. Over the years, prior homeowners have emphasized preservation, ensuring that the house remained relatively untouched. Each owner has respected the original architecture and stayed true to Dahlstrand’s intent. When a family of five—two college-aged sons and a middle school-aged daughter—acquired the property, they were captivated by its history, legacy of care, and architectural significance. While they appreciated Dahlstrand’s original vision, they also recognized the need to adapt the home for contemporary living while preserving its design integrity. The remodel was conceived as a thoughtful response to the past—an effort to bring the house into the 21st century without compromising its soul. The primary mandate was to maintain architectural continuity while improving the functionality, comfort, and livability for a modern family. The design team—architects and contractor alike—worked with a shared reverence for the original architecture, allowing that mindset to guide even the most technical or pragmatic decisions. A key objective was to increase natural light in the kitchen—a departure from Wrightian principles of enclosed, intimate cooking spaces—while maintaining the home’s architectural language. The kitchen was reconfigured to foster a stronger connection to adjacent living spaces while retaining the underlying concept of spatial separation. One of the most transformative architectural changes was the removal of a ridge beam that was originally planned to remain visible through the kitchen. During construction, the team collaborated on a better solution: a wide-flanged steel beam concealed within the roof envelope. This subtle move preserved the clean lines and ceiling continuity, a modern update carried out with utmost respect for the existing framework. The home’s original powder room, previously accessible only through the kitchen, was relocated for better flow and privacy. A new powder room was carved out of former kitchen cabinetry—a narrow, interior space that could have felt dark and enclosed. To avoid this, the design extended the line of original transom windows into the new powder room and added a skylight above the vanity. The result is a bright and airy space that feels consistent with the rest of the home. Other updates included the installation of new solid-core interior doors with veneers carefully matched to the original mahogany, enhancing the continuity of the interiors. Even smaller decisions, such as placing the door knobs at 42 inches high, mirrored the original proportions. Every choice reflected a shared belief between the architect, contractor, and client: that new work should serve the integrity of the old. The home’s extensive interior redwood millwork and paneling was meticulously restored. Where new materials were introduced—such as the replacement redwood soffit paneling—the contractor took pains to find finish nails that matched the original, rather than using modern equivalents. This level of craftsmanship and collaboration defined the project. It extended even to the detailing of a blind door to the new powder room, which had to disappear into the existing redwood board-and-batten wall. It was a team effort: the owner found a suitable handle, the architects devised the custom in-swing mechanism, and the contractor executed it so the door aligned precisely with the battens. Throughout, the homeowners were deeply engaged in the design process. One, a meticulous design enthusiast, focused on aesthetic integrity and historic detail. The other brought a practical and function-driven perspective, ensuring that new fixtures and materials would be durable and require minimal maintenance. While the home’s location posed no major site challenges, sustainability was a key concern. The team upgraded the roof insulation, installed solar panels with battery storage, and added ductless mini-split cooling systems. Lighting was another area where modern technology was woven into a historic framework: new square LED fixtures echo the original custom perimeter soffit lights, maintaining the design language while offering advanced performance. A planned expansion of a bedroom into suite with a bathroom had to be shelved due to budget constraints and the high cost of below-grade foundation work. Still, the team focused their efforts on making the most of the existing footprint, resolving constraints through design ingenuity rather than adding square footage. This renovation represents a collaborative achievement in preserving and evolving a historically significant home. Every decision was shaped by a shared ethos among clients, architects, and contractor: to maintain the home’s architectural soul while updating it for contemporary life. The result is a timeless modernist residence that continues Olof Dahlstrand’s legacy, remaining grounded in nature, craftsmanship, and human-scale design. Klopf Architecture Team: John Klopf, AIA, Klara Kevane, Fernanda Bernardes
Interior Architectural Design: Klopf Architecture
Structural Engineer: Daniel Bastiao
Contractor: Don Larwood, Larwood Construction Photography: Mariko Reed Year Completed: 2022