Bratislava Culenova New City Centre by Zaha Hadid Architects

Zaha Hadid Architects has unveiled designs for a complex of towers in Bratislava’s city centre (+ slideshow).

Bratislava Culenova New City Centre by Zaha Hadid Architects

The architects won a competition in 2010 to design the mixed-use masterplan, which proposes seven curving tower blocks surrounding a public plaza in the east of the Slovakian capital.

Bratislava Culenova New City Centre by Zaha Hadid Architects

A decommissioned coal-fire power station sits at the centre of the site and will be converted into an art gallery as part of the project, while a series of additional pavilions will be constructed alongside.

Bratislava Culenova New City Centre by Zaha Hadid Architects

The plans are laid out as a network of circular and elliptical patterns, with pathways weaving between residential and commercial buildings, plus landscaped seating areas stepping up over the rooftops of shop units.

Bratislava Culenova New City Centre by Zaha Hadid Architects

An underground parking area will be included on a basement floor and will be accessed by raised entrances around the site perimeter.

Bratislava Culenova New City Centre by Zaha Hadid Architects

Also this month, Zaha Hadid has been appointed by the Mayor of London to develop plans for a major new airport and launched a range of twisting auditorium seats. See more design by Zaha Hadid.

Bratislava Culenova New City Centre by Zaha Hadid Architects

Here’s a project description from Zaha Hadid Architects:


Bratislava Culenova New City Centre

The design is based on a dynamic field strategy which organises the new city centre’s program along a gradient of circular and elliptical patterns. A fluid field emerges from the underlying matrix in a series of larger tower extrusions towards the site’s perimeter and intermediate scale pavilion-like structures surrounding the cultural plaza adjacent to an existing decommissioned power station.

Bratislava Culenova New City Centre by Zaha Hadid Architects

Above: building design diagram

To activate the ground throughout the whole site and provide public spaces of the highest quality, the underground car parking is covered by a one storey high modulated platform, which is perforated at strategic points for day-lit spaces that accommodate retailing, landscaped parks and various points of interest such as the cultural centre, museum shop, conference space and event halls.

Bratislava Culenova New City Centre by Zaha Hadid Architects

Above: landscape design diagram

Towards the site’s perimeter the platform is slightly raised at specific points to define the site’s edge and accommodate programmatic points of interest, access points to the parking levels below and access to office and residential towers above. At other strategic zones, the platform lowers to merge with the surrounding city level to link the new urban parks and plazas with the surrounding city fabric.

Bratislava Culenova New City Centre by Zaha Hadid Architects

Above: concept masterplan – click for larger image

The scheme creates density via efficient high-rise structures while providing a generous and highly activated ground level with public spaces that are gradually differentiated within a 3-dimensional field condition.

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Nike Vapor Laser Talon 3D printed football boot studs

Sports brand Nike has unveiled the first boots for American football players with 3D-printed studs (+ slideshow).

Nike Vapor Laser Talon 3D printed football boots

Nike’s Vapor Laser Talon boots are fitted with a footplate made by selective laser sintering, a process that uses lasers to fuse small particles of material together.

Nike Vapor Laser Talon 3D printed football boots

With laser sintering, Nike’s designers were able to prototype the boots much faster than usual and make updates as they went along. In future, boots could be individually shaped for each player.

Nike Vapor Laser Talon 3D printed football boots

The 3D-printed footplate also makes the boot extremely light, weighing in at 158 grams, and improves traction on the turf to help players run faster. According to the sportswear company, the boots can markedly improve a player’s “40-yard dash” time – the standard measure used by scouts to assess speed and ability.

Nike Vapor Laser Talon 3D printed football boots

We’ve published lots of Nike shoes featuring the latest sports technology, including the spike pads worn by Paralympic sprinter Oscar Pistorius and football boots partly made from castor beans – see all Nike design.

Nike Vapor Laser Talon 3D printed football boots

We’ve also been reporting on the rise of 3D printing, recently featuring proposals to print a lunar base with moon dust and an interview with a designer who wants to 3D print a house – see all 3D printing news.

Here’s more information from Nike:


The quest for acceleration and speed has long been the north star for athletes across sport, and in order to excel in the game of football, the mastery of these skills is seen in the 40-yard dash. Played out on a national stage in Indianapolis, pro scouts clock 40-yard dash times in order to assess and translate these measurements to a football athlete’s game-time ability.

Today, Nike Football debuted the Nike Vapor Laser Talon with a revolutionary 3D printed plate that will help football athletes perform at their best. In a version built to master the 40, the Nike Vapor Laser Talon weighs a mere 5.6 oz. and is specifically designed to provide optimal traction on football turf and to help athletes maintain their “drive stance” longer.

With more than 40 years of athlete insights and innovation across sport, Nike designers worked with elite trainers within Nike SPARQ as well as long time partner and gold medal sprinter Michael Johnson to understand how he and his team at Michael Johnson Performance train football athletes for the 40. According to MJP Performance Director, Lance Walker, an athlete’s “Zero Step” is a pivotal point that can make or break an athlete’s 40 time. In the moments before that first step hits the turf, his propulsion and acceleration speed are determined. At that point, it’s all about geometry.

“Nike’s new 3D printed plate is contoured to allow football athletes to maintain their drive position longer and more efficiently, helping them accelerate faster through the critical first 10 yards of the 40,” said Johnson. “Translated to the game of football, mastering the Zero Step can mean the difference between a defensive lineman sacking the quarterback or getting blocked.”

The plate of the cleat is crafted using Selective Laser Sintering technology (SLS). It is the sport’s first 3D-printed plate. SLS is a manufacturing technique that uses high-powered lasers to fuse small particles of materials into a three-dimentional shape. Through proprietary material selection, Nike was able to prototype a fully functional plate and traction system within a fraction of the traditional timeframe and at a fraction of the weight. The SLS process allows for the engineering and creation of shapes not possible in traditional manufacturing processes. It also provides the ability to make design updates within hours instead of months to truly accelerate the innovation process to never seen speeds.

“SLS technology has revolutionized the way we design cleat plates – even beyond football – and gives Nike the ability to create solutions that were not possible within the constraints of traditional manufacturing processes,” said Shane Kohatsu, Director of Nike Footwear Innovation.

The way athletes train continues to evolve, and Nike continues to push the boundaries of innovation even further. By listening to the voice of the athlete, Nike is able to evolve footwear, apparel and equipment to help athletes achieve their highest potential.

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Chiyodanomori Dental Clinic by Hironaka Ogawa

An uncompromising grid of square rooms and courtyards makes up this dental clinic in Gunma, Japan, in our third story in the last week from architect Hironaka Ogawa (+ slideshow).

Chiyodanomori Dental Clinic by Hironaka Ogawa

A total of 55 squares give the building its rectangular plan. Large square doorways open rooms out to one another, creating a layering of spaces that can be used in various configurations.

Chiyodanomori Dental Clinic by Hironaka Ogawa

Ten square courtyards are dotted around the building and are visible through square windows that match the proportions of the doorways.

Chiyodanomori Dental Clinic by Hironaka Ogawa

“While aiming for a functional and rational plan, I encountered ambiguous relationships between outside and inside conditions that generated a mysterious depth in the space,” explains Hironaka Ogawa. “The diversity in light and space was created unintentionally by the 55 cells inside of the structure.”

Chiyodanomori Dental Clinic by Hironaka Ogawa

Three treatment rooms sit in a row through the centre of the grid, while offices and waiting rooms run along either side. The flexibility of this layout allows for more treatment rooms to be added at a later date.

Chiyodanomori Dental Clinic by Hironaka Ogawa

The roof of the building pitches upwards towards one end to create a variety of ceiling heights.

Chiyodanomori Dental Clinic by Hironaka Ogawa

“One can experience diverse feelings in each and every space because of the dissimilarities in each cell’s heights, natural lighting and volume,” adds the architect.

Chiyodanomori Dental Clinic by Hironaka Ogawa

A two-storey residence is also included in the building and sits beneath the peak of the roof. Here, rooms wrap around an additional rectangular courtyard.

Chiyodanomori Dental Clinic by Hironaka Ogawa

Hironaka Ogawa set up his studio in 2005. His projects include a wedding chapel in Gunma and a house with trees inside in Kagawa.

Chiyodanomori Dental Clinic by Hironaka Ogawa

See more dental surgeries on Dezeen, including a clinic filled with stripy glass screens.

Chiyodanomori Dental Clinic by Hironaka Ogawa

Photography is by Daici Ano.

Chiyodanomori Dental Clinic by Hironaka Ogawa

Here’s the full project description from Hironaka Ogawa:


Chiyodanomori Dental Clinic

This is a dental clinic accompanied with a housing project.

Chiyodanomori Dental Clinic by Hironaka Ogawa

The conditions required were: to make the clinic and housing into one building, to create three individual treatment rooms and a couple of rooms that are able to alter into treatment rooms in the future for the clinic, and to provide the treatment area wide spread feelings while keeping its privacy.

Chiyodanomori Dental Clinic by Hironaka Ogawa

For the housing section, the client wanted to have a pleasant view of the sky. Other than these conditions, locating openings also needed particular attention in order to maintain enough natural lighting levels in the building; the site suffers from strong winter wind and is famous for the hottest temperature record in Japan during the summer.

Chiyodanomori Dental Clinic by Hironaka Ogawa

First of all, I made a rule to create a 2.7m x 2.7m cell that is needed for the individual treatment area. I placed the cells in grid inside of a walled box and located a couple of courtyards to get sunlight while considering their relations to each cell.

Chiyodanomori Dental Clinic by Hironaka Ogawa

By doing so, fifty-five cells were created on the plane. I let the building be seen as one volume by employing a hip roof and laid the second floor of the housing in the hipped or inclined section.

Chiyodanomori Dental Clinic by Hironaka Ogawa

The clinic and a part of the housing have different ceiling heights created by the slanted roof, and the courtyards’ varying depth creates natural light gradations. Therefore, there would be diversities in spaces.

Chiyodanomori Dental Clinic by Hironaka Ogawa

The plan is fairly ruled by a 2.7m grid. However, one can experience diverse feelings in each and every space because of the dissimilarities in each cell’s heights, natural lighting and volume.

Chiyodanomori Dental Clinic by Hironaka Ogawa

While aiming for a functional and rational plan, I encountered ambiguous relationships between outside and inside conditions that generated a mysterious depth in the space. The diversity in light and space was created unintentionally by the fifty-five cells inside of the structure.

Chiyodanomori Dental Clinic by Hironaka Ogawa

Above: site plan – click for larger image

Chiyodanomori Dental Clinic by Hironaka Ogawa

Above: ground floor plan – click for larger image

Chiyodanomori Dental Clinic by Hironaka Ogawa

Above: first floor plan – click for larger image

Chiyodanomori Dental Clinic by Hironaka Ogawa

Above: section one – click for larger image

Chiyodanomori Dental Clinic by Hironaka Ogawa

Above: section two – click for larger image

Chiyodanomori Dental Clinic by Hironaka Ogawa

Above: exploded isometric – click for larger image

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Gibraltar Airport by Bblur Architecture and 3DReid

A curving slab-like roof oversails the glazed elevations of this new airport terminal in Gibraltar by London firms Bblur Architecture and 3DReid (+ slideshow).

Gibraltor Airport by Bblur Architecture and 3DReid

The architects designed the building as a gateway to the British overseas territory, as it is the first structure that visitors will see when arriving by plane, car or on foot.

Gibraltor Airport by Bblur Architecture and 3DReid

Fully glazed elevations were added to take advantage of the views in every direction. To the west and east, passengers can look out over the Mediterranean Sea, while the landmark Rock of Gibraltar flanks the building from the south.

Gibraltor Airport by Bblur Architecture and 3DReid

The roof overhangs each side of the building, creating a canopy that shades the windows from direct sunlight. An integrated cleaning system also rinses the facades periodically to keep the glass free from corrosive sand particles.

Gibraltor Airport by Bblur Architecture and 3DReid

The interior of the terminal is organised over two floors, with a double-height concourse for check-ins and arrivals. The departures lounge occupies the first floor and extends out onto a balcony terrace that spans the building and branches out to the west.

Gibraltor Airport by Bblur Architecture and 3DReid

“I feel that the building arrangement is particularly successful in creating a graceful and elegant and calm resolution to a very demanding brief,” lead designer Daniel Bérubé told Dezeen.

Gibraltor Airport by Bblur Architecture and 3DReid

He added: “There is a type of narrative that unravels in the building, culminating in the departures lounge where there is finally a full view of the striking north face of the Rock of Gibraltar. Its full breadth and setting can be further appreciated by stepping outside the departures lounge onto the airside terrace.”

Gibraltor Airport by Bblur Architecture and 3DReid

Another benefit of the glazed elevations is that they bring natural light through most spaces in the building. Roof lights were also added and help to aid orientation through the terminal.

Gibraltor Airport by Bblur Architecture and 3DReid

Bérubé first developed the design for the airport whilst working for 3DReid, but continued working on the project after leaving to set up his own firm, Bblur Architecture, with partner Matthew Bedward.

Gibraltor Airport by Bblur Architecture and 3DReid

Since launching in 2008, Bblur Architecture has also completed a bus station with an undulating aluminium canopy and collaborated with Rogers Stirk Harbour + Partners on a fabric walkway on the roof of the O2 Arena in London.

Gibraltor Airport by Bblur Architecture and 3DReid

Other airports to complete in recent years include Bodrum Airport in Turkey, which topped the transport category at last year’s World Architecture Festival, and Carrasco International Airport in Uruguay by Rafael Viñoly. See more airport design on Dezeen.

Gibraltor Airport by Bblur Architecture and 3DReid

Photography is by Hufton + Crow.

Here’s some text from the design team:


New Gibraltar Airport Terminal

Gibraltar Airport’s uniquely situated new terminal building is modern, dynamic, transparent and airy. Designed by bblur architecture with 3DReid and NACO, it is a world class facility which has created opportunities for flights from Spain and the rest of Europe to Gibraltar.

Gibraltor Airport by Bblur Architecture and 3DReid

A unique and complex location

The new terminal is the first building visitors will see when they enter Gibraltar by air, road or on foot and is located immediately at the frontier, with the Rock as a backdrop. Sited within an extraordinary and spectacular landscape, it is bound by very tight constraints on all sides with the frontier with Spain to the North, the existing airport runway to the South, Winston Churchill Avenue to the West and tapering land with RAF restrictions to the East. The building is 2-storeys high and covers 19,600sqm.

Gibraltor Airport by Bblur Architecture and 3DReid

A refined and elegant design solution

With over 20 years experience in aviation the design team approached this commission with consideration and empathy, and created an important public space both around and inside the terminal.

Gibraltor Airport by Bblur Architecture and 3DReid

A large over-sailing roof, providing shade and shelter to the fully glazed walls which maximise views to the Rock and across the straits toward Africa and the Atlantic and the Mediterranean, reflects the terminal’s aviation function and maritime location.

Gibraltor Airport by Bblur Architecture and 3DReid

The forecourt creates a new landscaped park providing a generous welcome to Gibraltar and the airport and an identifiable ‘place’ at the frontier, a place to meet and greet whether on a local or extended journey.

Gibraltor Airport by Bblur Architecture and 3DReid

There are double height spaces within the terminal and an extensive airside roof terrace, designed as an extension to the departures lounge. The terminal which operates over two levels with an area of 19,600sqm has a primary check in and arrivals concourse at ground floor on the West side of the terminal. The terminal was also designed to accommodate entry and exit of passengers directly at the frontier.

The airport’s airside areas have also been reconfigured to provide 5 aircraft stands and a new airside facilities building.

Gibraltor Airport by Bblur Architecture and 3DReid

Key design attributes

» Takes advantage of fantastic views over the airfield towards the rock

» Dramatic roof overhang and solar shading create a building which is architecturally significant and environmentally sensitive

» The use of glazing achieves transparency between the interior and exterior, allows the terminal to be predominantly naturally lit and provides extensive views out of the terminal.

» The fifth elevation (roof) very important as seen from the rock – use of roof lights which are laid out to visually guide passengers through some of the more internal routes. The roof lights generate subtle animation of the space throughout the day from throwing disks of diffused sunlight onto the floor to capturing the blue glow in the early evening.

Gibraltor Airport by Bblur Architecture and 3DReid

Energy efficient

Energy efficiency has been a key consideration. The design incorporates a large roof overhang to provide a high level of solar shading which maintains a cool environment. High performance double glazing and automated roller blinds contribute to enhanced energy performance.

Gibraltor Airport by Bblur Architecture and 3DReid

Certain features of the design result from the building’s proximity to the sea. In addition to the need for close attention to detailing and specifications for external elements because of the corrosive marine environment, there was also concern about maintaining the appearance of the glazing, not just from salt-saturated air but also wind-borne sand and dust particles. The design solution includes a special external cleansing system that intermittently rinses the façades to eliminate accumulated material. The de-ionised water used in the system further improves the effectiveness of the rinsing process.

Gibraltor Airport by Bblur Architecture and 3DReid

Buro Happold’s Fire Engineering developed a holistic fire safety design that integrates a combination of passive and active fire safety measures, along with management measures to combine to give a simple but robust fire strategy for the building. This provides several benefits: offering life safety protection to the large numbers of passengers and staff using the terminal, containing fire and smoke to limited areas, and reducing operational disruption in the event of an incident.

Gibraltor Airport by Bblur Architecture and 3DReid

Team definition and roles

Daniel Bérubé and Matthew Bedward led the 3DReid design team from concept to planning scheme design until they left to form bblur architecture in 2008. bblur architecture and 3DReid agreed to collaborate throughout the design development and delivery phases of the project with Daniel Bérubé leading the project as concept guardian and lead designer working with 3DReid and the contractor to deliver the Terminal and associated infrastructure. This was to ensure that Dragados S.A., the Spanish contractor who was awarded the design-build contract of the Terminal and associated infrastructure works, remained faithful to the original design intent.

Gibraltor Airport by Bblur Architecture and 3DReid

During the course of the project delivery bblur architecture was also commissioned to design the interiors of the terminal, and to redesign the terminal forecourt and adjacent public realm with Spacehub. In addition to the main terminal building, bblur architecture and 3DReid have designed the Park & Ride facility, a 6 level multi-storey car park, on the opposite side of runway.

Gibraltor Airport by Bblur Architecture and 3DReid

Client: Government of Gibraltar
Architect: bblur architecture and 3DReid
Engineers: Buro Happold
Main contractor: Dragados S.A.
Aviation Consultants: NACO B.V.
Landscape Consultants: Spacehub
Project Management Gibraltar Land Reclamation Company

Gibraltor Airport by Bblur Architecture and 3DReid

Above: site plan – click for larger image

Gibraltor Airport by Bblur Architecture and 3DReid

Above: ground floor plan – click for larger image

Gibraltor Airport by Bblur Architecture and 3DReid

Above: first floor plan – click for larger image

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18 Feet & Rising offices by Studio Octopi

A mysterious dark tunnel leads into the boardroom of these offices in London by architects Studio Octopi (+ slideshow).

18 Feet and Rising Offices by Studio Octopi

As the UK headquarters for advertising agency 18 Feet & Rising, the offices were designed with a utilitarian aesthetic that can easily be replaced in a few years as the company grows.

18 Feet and Rising Offices by Studio Octopi

Studio Octopi were asked to incorporate four qualities into the space; emergence, vortex, action and illusion. “Inspired by the client’s four words, the project took on a theatrical approach,” architect Chris Romer-Lee told Dezeen. “Surprise, anticipation, unease, fear and relief were all discussed in connection to the client’s journey from arriving in the agency to getting into the boardroom.”

18 Feet and Rising Offices by Studio Octopi

The architects divided the office into three zones – designated for working, socialising and pitching – and differentiated them using low plywood screens and woven flooring with different patterns.

18 Feet and Rising Offices by Studio Octopi

The dark-stained plywood tunnel is the largest installation in the space. With a tapered volume, it sticks out like a large funnel to announce the zone where client presentations take place.

18 Feet and Rising Offices by Studio Octopi

“The tunnel acts as a cleansing device. All preconceptions of the agency are wiped before entering the boardroom,” explained Romer-Lee.

18 Feet and Rising Offices by Studio Octopi

Outside the boardroom, the workspaces are arranged in a curved strip that stretches from the entrance to the far wall. The steel-framed desks were designed by Studio Octopi last year and each one integrates power sockets and a lamp.

18 Feet and Rising Offices by Studio Octopi

A kitchen and cafe area for staff is positioned at the centre of the curve, while informal areas for meetings or relaxing wrap around the perimeter as a series of window seats.

18 Feet and Rising Offices by Studio Octopi

Romer-Lee runs Studio Octopi alongside co-director James Lowe. They also recently completed a courtyard house in the south-west of England. See more design by Studio Octopi.

18 Feet and Rising Offices by Studio Octopi

Dezeen columnist Sam Jacob discussed offices designed for creative agencies in this week’s Opinion piece, saying that “offices designed as fun palaces are fundamentally sinister”. See more creative office interiors on Dezeen.

Photography is by Petr Krejčí.

Here’s a project description from Studio Octopi:


After designing 18 Feet & Rising’s work desks, Studio Octopi were commissioned to work on the fit-out of their new 5,300sqft offices in central London.

Appointment to completion of the fit-out was only a period of two months which was quicker than the time it took to design and build the 18 Feet & Rising work desks. To achieve this timeframe the client transferred full creative control to Studio Octopi. Only a brief four words were issued by the client; emergence, vortex, action and illusion.

CEO, Jonathan Trimble stated that all final approval decisions were granted to Studio Octopi. 18 Feet would collaborate as equal creative partner but not as client. It was agreed that the project would emerge on site.

18 Feet and Rising Offices by Studio Octopi

We identified three principle zones within the agency: work, socialise and pitch. Each zone was then supported by a secondary tier of: read, make and plan. The zones were defined by black stained plywood walls and woven vinyl flooring. These act as theatrical devices in function and appearance. As with theatre the design enhances the presence and immediacy of the experience.

The work desks were arranged within a cog form. On entering the agency, the end of the cog disappears out of view. It is difficult to perceive the space denoted as a work zone, there is an illusionary aspect to the design. Power and data was taken off the existing overhead supply and distributed to the desks throughout the low plywood walls. Break out spaces are scattered to the perimeter provide views across neighbouring buildings. To the inside of the cog, the kitchen opens onto a central café seating area. There is no reception; the café area fulfils this role.

18 Feet and Rising Offices by Studio Octopi

Above: floor plan – click for larger image

Joining the two units is a small opening. Views through the opening reveal the tunnel, the entrance to the boardroom. Approaching the entrance to the tunnel reveals more theatrics. The tunnel walls and sloping soffit are lined in ply however the supporting timber structure is visible on the other side. The tunnel reduces in height and width over its 7m length. The strong light at the end of the tunnel picks out the plywood grain and woven vinyl flooring. Within the boardroom the plywood stained walls form a backdrop for the imposing views of the Post Office Tower.

The client embraced the temporary appearance of utilitarian construction materials. As London’s fastest growing independent ad agency, it’s likely the design will be replaced within a few years. On this basis the fit-out is surprising, a little unnerving, and in places whimsical.

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Slideshow feature: indoor forests

Slideshow feature: we’ve published a couple of projects that bring trees indoors this week so here’s a slideshow of arboreal interiors from the Dezeen archives.

See more architecture and design featuring trees »

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Hawthbush extension by Mole Architects

UK firm Mole Architects extended a protected farmhouse in south-east England by adding an extension with a barrel-vaulted roof that references local agricultural buildings (+ slideshow).

Hawthbush by Mole Architects

Located in the High Weald area of the Sussex Downs, the Hawthbush extension replaced several earlier additions constructed in the 1970s.

Hawthbush by Mole Architects

The new structure was placed at an angle to the existing house and visually separated from it by a glass link to replicate the layout of traditional local farmsteads, according to recent research carried out using historical maps of the area.

Associating the design with this research allowed them to gain planning permission where previous proposals had failed. This apparent separation also helps to reduce the scale of the additional volume, giving prominence to the original house.

Hawthbush by Mole Architects

When briefing Mole Architects, one of their clients presented the designers with a pot instead of a room schedule, underlining their wish to gain “a beautifully finished object carefully made from ‘natural’ materials”.

Hawthbush by Mole Architects

A coated steel roof arches over courses of bricks reclaimed from a nearby farmhouse, reinterpreting the barrelled structural language of local agricultural buildings.

Hawthbush by Mole Architects

The concave ceiling that results from the unusually shaped roof is emphasised by internal horizontal cladding, directing attention towards a semi-circular window at the end of the master bedroom on the first floor.

Hawthbush by Mole Architects

Whilst the bedroom’s picture window frames the sunrise, the kitchen on the ground floor benefits from the skewed angle of the extension, which orientates the kitchen on the ground floor towards the south so it’s flooded with sunlight during the day. The kitchen can be opened up to the garden with timber-framed glass doors that concertina out onto the patio.

Hawthbush by Mole Architects

This ongoing project also includes spatial reorganisation of the interior of the old farmhouse as well as a sustainable development strategy that affects a broader collection of buildings in the farmyard.

Hawthbush by Mole Architects

Hawthbush farmhouse extension was shortlisted for AJ Small Projects award 2013, which was won by Laura Dewe Mathews for her Gingerbread House. The Forest Pond House folly by TDO was also nominated for this award.

Hawthbush by Mole Architects

Other projects by Mole Architects include a refurbishment of a 1960s bungalow in Cambridgeshire and a house set within the Suffolk dunes designed in collabouration with Jarmund/Vigsnæs Architects.

Hawthbush by Mole Architects

Photography is by David Butler.

Here’s some more information from Mole Architects:


In place of an existing 70’s extension, the clients required an extension that was sympathetic to the integrity of the original Grade II listed 17th century farmhouse, but which provided additional space and a spacious kitchen diner with lots of glazing providing views out. They weren’t keen on creating a ‘radical’ ultra-modern extension but did want to avoid a pastiche of the old. They wanted a modern space with ‘good flow,’ ideal for a growing family and a practical addition to a working farm.

They identified an appreciation for natural materials – wood cladding, glass, lead, copper and definitely wanted sustainability. When asked to produce a list of rooms Lisa (one of the clients) instead presented MOLE with a pot she had made, saying, “I don’t know what I mean by it, but there’s something about this pot that conveys what I feel about the extension.”

Hawthbush by Mole Architects

Above: site plan

Planning Constraints

The scheme is located in the within the Low Weald Area of Outstanding Natural Beauty, close the boundary of the High Wield. It won approval following a site history of refusals. The scheme was designed following research into the historic development of farmyards within the Weald – well documented/published by Forum Heritage Services for the Joint Advisory Committee of the High Weald AONB (JCA 122), based on 3500 farmstead sites analysed on historic maps.

Both High and Low Weald are characterised by high densities of isolated farmsteads, which comprise small scale groups of individual farmyard structures. These historic farmsteads are characterised by: ‘Loose Courtyards,’ ‘L-plans’ and ‘Dispursed Clusters.’.

Hawthbush by Mole Architects

Above: ground floor plan

JCA 122 notes that Dispersed Cluster is most prevalent in the High Weald, and the scheme adopts this formal pattern. The extension is designed to be redolent of an agricultural building adjacent to the farmhouse. This form decreases the extension’s apparent scale, allowing greater prominence to the farmhouse. Two meetings held at pre-application stage with planners from Wealden District Council, suggested that further thought/background was required on the location of the extension, and relationship to existing house.

These comments were considered and alternative locations tested in CAD model form and discussed at a further meeting, during which it was agreed that the logic of the original location was acceptable, and difficulties in the revised location (in terms of sunlight penetration and incorporation into the plan) made it less feasible.

Hawthbush by Mole Architects

Above: first floor plan

Materials & Methods of Construction

Attached while visually separated from the existing farmhouse, the extension provides a contemporary reinterpretation of local farmsteads. It is constructed from reclaimed brick from a nearby farmhouse, with a glulam timber frame barrel-vaulted roof structure covered in terne-coated steel.

Hawthbush by Mole Architects

Above: long section

A glass link provides access into the farmhouse while giving breathing space to the new extension. The ground floor of the extension contains a generous south-facing family kitchen and above, a master bedroom enjoys the vault. Alongside other alterations carried out by the client to the existing house, including a revised entry for a more accessible drop off, the extension helps make the original building function better as a family home. Ultimately, the overall plan, including the extension, makes use of the site, the sun, the revised entry, and organises the house better.

Hawthbush by Mole Architects

Above: short section

The clients project managed construction and the extension forms part of a broader ongoing sustainable development strategy organised across the larger collection of buildings that make up Hawthbush farmyard. While this strategy is not part of the project £220K budget, it is worth noting as it forms the framework within which the project sits.

Hawthbush by Mole Architects

Above: southern elevation

This strategy includes a 50KW woodchip boiler, 10KW array of solar PV, MHRV system and a borehole for house water. The Client ensured all hardcore was provided on site and all soil disposal dealt with on site. The solar PV and boiler fuelled by woodchip generated on-site and installed by the client as part of the larger strategy generate all electrical and heating requirements for the house and extension.

Hawthbush by Mole Architects

Above: northern elevation

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Onico Hair and Nail by Ryo Isobe

This forest-like beauty salon in Osaka has birch trees wedged between the floor and ceiling (+ slideshow).

Onico Hair and Nail by Ryo Isobe

Named Onico, the hair and nail salon was designed by Japanese architect Ryo Isobe.

Onico Hair and Nail by Ryo Isobe

The architect imagined the space as a woodland filled with antique objects and other curiosities, including a stuffed owl.

Onico Hair and Nail by Ryo Isobe

“Our client likes DIY and he makes many objects and furniture by himself,” said Isobe. “So we made the space as if it is a treasure hunt in the woods.”

Onico Hair and Nail by Ryo Isobe

Birch trees are dotted around the space, amongst a styling area containing assorted chairs and mirrors.

Onico Hair and Nail by Ryo Isobe

A mixture of lanterns, chandeliers and bare light bulbs are suspended from the ceiling, while fairy lights are strung up beside a cluster of artificial ivy in the room behind.

Onico Hair and Nail by Ryo Isobe

Other details include a decorative balustrade, empty picture frames and a golden dresser.

Onico Hair and Nail by Ryo Isobe

We’ve featured a few hair and beauty salons from Japan, including one lined with colourful ceramic tiles and one containing a zigzagging steel screen.

Onico Hair and Nail by Ryo Isobe

See more salon and spa interiors »

Onico Hair and Nail by Ryo Isobe

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Ran Out by Shlomit Bauman

Israeli ceramics designer Shlomit Bauman combined white porcelain with the very last batch of clay from a local pit to make these stretched and distorted objects (+ slideshow).

Ran Out by Shlomit Bauman

The objects in the Ran Out collection combine porcelain with a type of Israeli terracotta that has almost been used up completely.

Ran Out by Shlomit Bauman

“The local authorities realised that mining this clay would cause it to become completely extinct, so they closed the mine,” Shlomit Bauman told Dezeen. “I bought that last ton of clay from the suppliers.”

Ran Out by Shlomit Bauman

Bauman turned a variety of everyday objects into moulds, including a mobile phone, a television and a megaphone.

Ran Out by Shlomit Bauman

Two of the moulds – a teapot and a fish – were salvaged from a ceramics factory in Tel Aviv that had closed down in the 1990s.

Ran Out by Shlomit Bauman

Bauman then combined the moulds by casting them one on top of the other or by attaching them after casting. “The broken appearance is a result of the different shrinkage characteristics of the materials,” she explained. “But for me, it symbolises the distortion of the process of trying to mix two different cultures together.”

Ran Out by Shlomit Bauman

Bauman teaches ceramic design at Holon Institute of Technology in Israel.

Ran Out by Shlomit Bauman

Other similar designs we’ve featured include a set of crockery made from roughly carved moulds and a project to make tableware from muddy clay found on the banks of the River Thames – see all ceramics.

Ran Out by Shlomit Bauman

Here’s some more information from the designer:


Ran Out is a ceramic design project that raises a discussion concerning the extinction of natural resources, of conception or objects that are running out. The project brings together local clay – a ceramic material that ran out in Israel and abroad (S5), and porcelain – the fashionable and noblest ceramic material. This project makes use of historical molds and materials from closed Israeli ceramic factories.

The different characteristics of these materials in cultural, technological and formal terms result in contrast, cracking and distortion of objects. This creates a tension between the desire for likeness and connection, and the exposure of the differences and the distorted. These works deal with the loaded field of the extinction of natural, cultural and personal resources.

Shlomit Bauman is an Israeli ceramic designer that relates to the ceramic design field as a “cultural research lab” by dealing with cultural, technological and traditional aspects. Along her work she explores the methods and strategies of action in the wide context of material culture. Her creative activity covers many fields that include design, art, education and curation as a way of life.

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Isolée by Tjep.

Dutch design studio Tjep. has developed a concept for a self-sufficient retreat with a facade that opens like a cupboard and a moving “solar tree” on the roof (+ slideshow).

Isolée by Tjep.

“Most retreat concepts are about ‘back to basic’,” designer Frank Tjepkema told Dezeen, “but this concept really tries to embrace technology and integrated design to take full advantage of self-sufficiency in a remote area.”

Isolée by Tjep.

Named Isolée, the three-storey structure is designed to impact as little as possible on its surroundings. It would appear to stand on the ground with just four feet, although concrete foundation poles would be concealed inside.

Isolée by Tjep.

A tree-like structure of solar panels is designed to sprout from the roof. Like flowers, the panels would move intelligently to follow the path of the sun.

Isolée by Tjep.

These solar panels would generate all the electricity for the house, while a wood-burning stove would provide heating via a system of water being pumped through the walls.

Isolée by Tjep.

The shuttered facades would hinge back and forth to open the house out to the surroundings and would be linked up to a computer that triggers a closing mechanism if a storm is approaching.

Isolée by Tjep.

“I was curious to see what would happen if you gave a house the same sort of detailed design that’s found in all sorts of products we use every day,” said Tjepkema in an interview with Frame Magazine. “The cars we drive, the computers and tablets we use, the smartphones – all sophisticated, aesthetically sound objects. And then we go home, where we’re surrounded by a stack of bricks.”

Isolée by Tjep.

Tjep. is currently looking for partners to develop a prototype of the project.

Isolée by Tjep.

The studio has previously developed concepts for self-sufficient farms, with one for a single residence, one for a community of 100 and one for a “wonderland” of 1000 people. See more architecture and design by Tjep.

Here’s some more information from Tjep:


This house is a new architectural design delivering an ecologically friendly retreat from the modern world. Combining intelligent technology with elegant sophistication, this design creates a habitat that barely impacts its environment.

Isolée by Tjep.

With massive opening shutters spanning the length of the building, an intelligent heating system integrated within the structure of the house and topped by a solar tree, this home ensures minimal fuel reliance. Applying a minimalized product design ethos, Isolée is anchored to the landscape on just four points, as would a cabinet.

The Isolée creates permanence, but with an engineered beauty that is aesthetically inspired by nature and harmonizes mankind’s relationship with the world.

Isolée by Tjep.

» The aesthetic solar energy deserves – solar panels sprout from the roof as an elegant plant absorbing energy from the sun. The panels follow the sun as it crosses the sky.

» Open house or closed house – a home with a distinct open and closed, inhabited versus unoccupied, appearance thanks to the monumental shutters. The hinges contain electrical motors that operate the shutters through solar energy. The shutters are computer controlled to follow the wishes of the inhabitants and close automatically when a storm approaches.

Isolée by Tjep.

» Connecting element – the stairs form one movement right through the house and connect the different spaces to finally lead to a small terrace offering a spectacular view.

» The stove – a cavity in the side of the house contains the wood stock to fire up the stove. This cavity is accessed from the outside but also from the interior, for those unpleasant days.

Isolée by Tjep.

» Minimal approach to systems – in the back-bone structure of the house a fluid circulates heated by the stove. The circulation is powered electrically through solar energy. The only supply the house needs is fresh water from a well. All LED lighting is powered by rechargeable batteries.

» Elegant like a piece of furniture – the approach to Isolée was the same as designing a piece of furniture. Standing proudly rather than laid flat on the ground, the house touches the landscape to a bear minimum. Allowing the elements to continue their natural path, unresisted.

Isolée by Tjep.

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