"Frank Gehry has an unending thirst for new work, new ideas, new forms"

UTS Business School by Frank Gehry

As Frank Gehry celebrates his 90th birthday, Aaron Betsky looks back over the architect’s seven-decade-long career of projects that include “sliding planes, open frames, slithering fish, dancing blocks, and curving compounds”.


It was the day after Christmas. I had told Frank Gehry that my husband I were in town, and he suggested I stop by the office. “Will anybody be there?” I asked. “I will be,” said the now 90-year old architect. So, we showed up in the anonymous warehouse in Marina del Rey where he works.

The space was filled with models and the usual mess of a design atelier, though only a handful of the almost two hundred people who work there.

But there Gehry was, sitting in the middle of the space on a rolling chair, discussing the ins and outs of one of his designs for the expansion of the Colburn School of Music in Downtown LA with its project architect, partner Craig Webb.

Frank Gehry
Frank Gehry turns 90 on 28 February 2019

After he greeted me, the first thing he did was to complain that one of his competitors had pointed out his age when they were both vying for a commission; “so unfair and stupid, what does that have to with anything?”

And certainly, all that his nine decades have done is to give him more commission and a seemingly unending thirst for new work, new ideas, new forms, and, what is just as important, new collaborators. Gehry has enough status that he can pick and choose his clients, and he only wants to work with the best artists, conductors, or businesspeople out there.

The architect has come a long way. His first work developed out of the glass, wood, and stucco grids of what had become the Southern California vernacular after the second world war, with a little Frank Lloyd Wright elongation of the eaves and pinwheeling of the plan thrown in.

The architect has come a long way

As he gained more commission, he started to make his forms bigger, more abstract, and slightly stranger, elongating them or turning them into the theater of cubical volumes of the 1968 Joseph Magnin Store in Costa Mesa or the 1964 Danzinger Studio in West Hollywood.

He ventured out of his native Los Angeles, building offices that brought a funky ramble to the East Coast and theatre pavilion of raw metal.

The culmination of the work was the Santa Monica Place shopping centre (1980), where he brought in some of the materials and forms that were to mark his work of the 1980s: chain link fence to cover the parking garage and, through the centre’s name woven into the mesh, announce it to the adjacent freeway, as well as rotated axes and open pavilions to house and mark the staircases and elevators.

UTS Business School by Frank Gehry
Betsky praises Gehry’s “paper bag” University of Technology building in Sydney, shown above and top in photographs by Peter Bennetts

Gehry then scaled down, started hanging around with artists, and went into therapy. He also dug deep into that vernacular on which he had surfed, uncovering the studs that made up those forms, and leaving them like that.

He draped chain link over his structures and used metal siding and plywood to enclose spaces, merging residential and industrial forms into compositions that were the three-dimensional versions of the art he was admiring and buying.

The work, most notably his own house, of 1978, caught the eye of critics and power brokers such as Philip Johnson, but the real turning point of his career was the 1986 exhibition at the Walker Art Center in Minneapolis.

It not only showed off his models, drawings, and sketches, but also presented some of the forms that were the building blocks for his new work, including, most famously, a giant fish. This was work that questioned the very notion of architecture.

In the following decade, he developed the bent towards sculpture that had always been inherent in his design, producing collections of seemingly disparate volumes such as that of the Winton Guest House, in a Minneapolis suburb.

Consisting of a plywood-covered rectangular box, an abstraction of a fish covered in stucco, and skewed vertical tower covered with lead-coated copper, it sat as a design for months, with Gehry coming by every now and then to move the pieces ever so slightly one way or the other, until he was satisfied and sent out the working drawings. It was the relationship of the pieces, as well as their expressive form, that mattered.

The work became baroque. Gehry began producing snaking, scaly, warped forms

Then the work became baroque. Instead of separate forms played off against each other, Gehry began producing snaking, scaly, warped forms that merged into each other in such structures as the Vitra Museum of 1989 and the 1993 Weisman Museum in St Paul.

It all culminated in the Bilbao Guggenheim, as well as in a Pritzker Prize and just about every other accolade you can imagine.

Walt Disney Concert Hall, the acoustically nigh-perfect space in Los Angeles, followed, as did a bestiary of fantastic curves and swerves. Gehry felt liberated by new technology that let him experiment with much greater freedom than he had been able to do before, and then let his office turn his scribbles, so full of energy, but often so enigmatic, into actual forms.

Luma Arles Tower by Frank Gehry
The aluminium-clad Luma Tower is among Gehry’s latest experiments. Photograph by Hervé Hôte

Yes, the roofs sometimes leaked and not all the experiments worked, but many also remained watertight and offered spaces of discovery and focal points for communities.

When he needed to be, as in the Potsdamer Platz in Berlin, where he in 1998 designed a bank headquarters, Gehry could be calm, though always with a twist. Sometimes he also revisited earlier strategies of making small villages of forms dancing around each other (the Ohr-O’Keefe Museum in Biloxi, Mississippi, of 2011) or sliding planes and blocks by each other (the renovation of the Norton Simon Museum in Pasadena).

Sometimes he also repeated himself: he now ran an office whose size at times soared above two hundred employees, and he had many hungry mouths to feed. But he kept experimenting.

Not all the experiments worked

Could you build a brick structure that was as curved as the Bilbao museum? The Dr Chau Chak Wing Building in Sydney (2015) showed you could. Could you stack metal-clad boxes around each other to make a twisted art tower for Arles? Yes, the soon to open Luma Foundation demonstrates that you can to great effect.

Gehry keeps going, and the Luma tower exhibits one way in which he is developing. The loose agglomeration of forms that mark some of his other recent designs are examples of him going off in another set of directions.

MPK 21 by Frank Gehry
Betsky says that Facebook’s Silicon Valley headquarters is his favourite of Gehry’s recent designs

But, my favourite of his recent designs is the immense headquarters he designed for Facebook a few years ago and keeps adding onto.

According to Gehry office lore, Mark Zuckerberg, visiting various architects around the world to find someone to design his headquarters, walked into the warehouse, looked at the nodes of work stations defined by plywood partitions and simple blocks of service spaces underneath a raw, metal warehouse frame, and said: “Give me this, but two million square feet of it”.

So Gehry and his office did, adding conference rooms, roof gardens and other amenities, as well as a humble facade that blends in a lot better with the California landscape than Apple’s megalomaniac flying saucer, thus making sense of that expanse of raw workspace.

Gehry’s inventiveness is only matched by Frank Lloyd Wright

That is Gehry’s true achievement: to show that architecture can be simple and complex, raw and refined, open and yet humanly scaled, at the same time. If it is inhabitable sculpture, it is because the work is dedicated to the art of answering back to the human body and connecting it to a larger world and community.

The sliding planes, open frames, slithering fish, dancing blocks, and curving compounds Gehry has produced all aim to not only provide delight in themselves but to search for a way in which buildings can dance with us and we can perform on stage of Gehry’s making.

After seven decades of work – a span matched not only in length but also in variety and inventiveness only by Frank Lloyd Wright – Gehry is still asking, as he did that afternoon that we sat with him in his warehouse: “Do you think I got it right here? Does it work?”

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Balbek Bureau creates versatile work and rest areas inside Grammarly's Kiev office

Interiors of Grammarly's Kiev offices, designed by Balbek Bureau

There’s room for work, rest and play inside software company Grammarly’s office in Kiev, which includes its own conference hall, nap pods, and a soundproof music room.

The office occupies the top two floors of a 14-storey building in Kiev and has been designed by locally-based architects Balbek Bureau to accommodate the growing workforce of Grammarly.

Founded in 2008, Grammarly is computer software that helps users check their online written content for spelling, grammar and plagiarism in real time. This is its third office, joining bases in San Francisco and New York.

Interiors of Grammarly office in Kiev, designed by Balbek Bureau

The company wanted its Ukrainian outpost to boast a number of versatile spaces that would suit various styles of work and office activities. Balbek Bureau has thus arranged the 1,300 square-metre lower level to include large, glass-fronted boardrooms, open desks, and a central conference hall complete with a speaker podium.

Several of the office’s nooks have also been dressed with armchairs or beanbag-style seats where staff can lounge or have informal meetings. Should employees want privacy or quiet time for work, they can head to smaller box rooms that have been created to host just one or two people.

Interiors of Grammarly office in Kiev, designed by Balbek Bureau

Recreational areas at this level include a canteen, library, and a soundproof room that can be used to watch videos or play musical instruments.

Surfaces throughout have been painted warm shades like blush pink, teal blue, or butter yellow to foster a more inviting atmosphere. Some partition walls are also clad in planks of natural oak wood and fronted with greenery-filled planters.

Interiors of Grammarly office in Kiev, designed by Balbek Bureau

White staircases lead up to the 450 square-metre mezzanine level, which plays host to more relaxed work areas connected via a 90 metre-long winding walkway.

Made from 25 tonnes of metal, the walkway has no ground support but is instead suspended from the ceiling by slim poles.

Interiors of Grammarly office in Kiev, designed by Balbek Bureau

“It unites various functional zones of the office into a single life cycle or rhythm,” explained the studio.

“It has also become a powerful symbol of the inseparable connection between Grammarly offices in Kyiv, New York, and San Francisco.”

Interiors of Grammarly office in Kiev, designed by Balbek Bureau

Upstairs also has a cosy seating zone centred by a firepit, and a handful of boxy volumes that serve as nap rooms.

A weight sensor has been fitted underneath each of the mattresses so that as soon as an employee lies down, a sleep symbol of three Zs is illuminated and lets others know that the space is occupied.

Interiors of Grammarly office in Kiev, designed by Balbek Bureau

Early last year, Leckie Studio converted an industrial warehouse in Vancouver into offices for Slack, the popular workplace messaging system. The space features a stadium-like central staircase and a feature wall covered in moss.

Photography is by Andrey Bezuglov and Yevhenii Avramenko.


Project credits:

Architects: Slava Balbek, Andrii Berezynskyi, Anastasia Marchenko
Project manager: Borys Dorogov

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IKEA teams up with top African designers to launch Överallt furniture collection

Överallt furniture and homeware by IKEA and Design Indaba

A chair that is “perfect for hacking” and baskets made from faux hair braids are among the products created by African designers for an IKEA homeware range.

Launched this week at the Design Indaba conference in Cape Town, the Överallt collection features products by creatives from five African countries, including Sengalese fashion designer Selly Raby Kane, South African textile designer Laduma Ngxokolo and Kenyan design office Studio Propolis.

It also includes textiles that reference African landscapes, rugs made from recycled crisp packets and a bench designed to encourage socialising.

The Överallt collection features products by creatives from five African countries

The project is the result of a partnership with Design Indaba, which had the task of picking which designers should be involved.

IKEA hopes the project will show the world that there is an explosion of creativity coming out of Africa right now.

Överallt furniture and homeware by IKEA and Design Indaba
IKEA worked with Design Indaba on the project

“They were quite interested in what was rising from the top out here in Africa, that Africa is now,” explained Design Indaba founder Ravi Naidoo. “They wanted to capture this in some way, and asked if we could possibly assist with finding some great people of Africa who could be most representative of this spirit.”

“Because they are a furniture company, we didn’t necessarily go and pick furniture designers,” he continued. “We actually picked good thinkers. We just went across and found people who are really getting out there, taking risks and expressing themselves, and who represented the best of the African creative bug.”

Överallt furniture and homeware by IKEA and Design Indaba
Selly Raby Kane designed a basket to look like braided hair

Selly Raby Kane‘s product comes from her self-professed “obsession with hair”. She designed a basket, available in two sizes, made from textile fibre designed to look like braided hair.

“To me, it’s a way of referencing the ritual of braiding in West Africa into the homes of the world,” explained Kane. “I hope that when people see the basket, their curiosity is sparked, and that they connect with trans-African rituals and dig deeper into the archives.”

Överallt furniture and homeware by IKEA and Design Indaba
Issa Diabaté designed a chair made from a single sheet of plywood without any fixings

Issa Diabaté, an architect and designer from the Ivory Coast, designed a simple chair that reflects the African approach to living outdoors and indoors. Made using only a single sheet of plywood, the chair is designed to be tailored to its user’s needs.

“I wanted to design a pleasant and functional object without using costly materials or sophisticated technology,” said Diabaté. “This chair is made out of a sheet of plywood and a jigsaw, technically. No necessity for nails, glue or screws or any other complex fabrication process.”

Överallt furniture and homeware by IKEA and Design Indaba
Laduma Ngxokolo designed rugs featuring geometric patterns

Laduma Ngxokolo contributed rugs featuring the geometric patterns that adorn his celebrated knitwear.

“The patterns are inspired by where I come from, and by the journeys I’ve made,” he said. “I hope it will bring comfort and pride to people.”

Överallt furniture and homeware by IKEA and Design Indaba
Renee Rossouw and Sindiso Khumalo created textiles based on the African environment

Meanwhile designers Renee Rossouw and Sindiso Khumalo created textiles based on the African environment.

Khumalo looked to South African cities – Johannesburg in particular – to generate her bold patterns, while Rossouw was interested in the form of the African elephant.

Överallt furniture and homeware by IKEA and Design Indaba
Studio Propolis designed a stool and bench that can be grouped together

Studio Propolis, led by designers Naeem Biviji and Bethan Rayner, have created a range of products designed for flexible cooking and dining,” in the spirit of utility and flexibility”.

They include a stool and bench that can be grouped with others, a cast iron dish with a lid that doubles as a skillet and a trio of cork pot stands.

Överallt furniture and homeware by IKEA and Design Indaba
They also designed a cast iron dish with a lid that doubles as a skillet

Senegalese designer Bibi Seck designed a woven rocking chair and footrest based on the memory of sitting in his mother’s garden in Dakar.

Finally, Egypt-based Reform Studio created their products using difficult-to-recycle crisps packets. These creates strands of silver through their jute rug, as well as through tote bags.

Överallt furniture and homeware by IKEA and Design Indaba
Bibi Seck designed a woven rocking chair and footrest

IKEA regularly teams with big-name creatives on projects, with recent collaborators including Virgil Abloh, Teenage Engineering and Ilse Crawford.

The brand describes this latest partnership as “African rituals meet Scandi”. All of the products were developed with IKEA in-house designers Johanna Jelinek, Kevin Gouriou, Hanna Dalrot, Mikael Axelsson and Ina Vuorivirta.

Överallt furniture and homeware by IKEA and Design Indaba
Reform Studio created products using difficult-to-recycle crisps packets

The products are set to launch in stores worldwide this year. They are also on show this week at Design Indaba, which continues until 29 February.

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Four of the best architectural assistant jobs in London including positions at Studio Bark and Haverstock

Black Barn by Studio Bark in Suffolk, England

We’ve selected four of the top London-based opportunities for architectural assistants available on Dezeen Jobs, including roles at Studio Bark and Haverstock.


Architectural assistant jobs: Architectural assistant at Studio Bark in London, UK

Architectural assistant at Studio Bark

Studio Bark is seeking an architectural assistant to join its team in London. The practice recently completed an off-grid home in Suffolk, which features a tapered roof opening that looks out onto a meadow.

Find out more about this role ›


Architectural assistant jobs: Part 1/post Part 3 architects at Haverstock in London, UK

Part 1 architectural assistants at Haverstock

Architecture practice Haverstock designed short stay accommodation for up to 50 students with learning difficulties and autism at the Jack Taylor School on the Alexandra Road Estate in north London. The studio is recruiting Part 1 architectural assistants to join its London office.

Find out more about this role ›


Architectural assistant jobs

Part 1/2 architectural assistant at Rodić Davidson Architects

Rodić Davidson Architects is looking for a Part 1 and a Part 2 architectural assistant to join its team in London. The studio recently completed a two-story home made from three adjoining cabins, built on the shingle of Dungeness beach in Kent.

Find out more about this role ›


Architectural assistant jobs: Architecture assistant/designer at AOC in London, UK

Assistant architect at AOC

AOC is seeking an assistant architect to join its team in London. The practice revamped a community centre in south London as part of its masterplan for Nunhead Green in Southwark, giving the building a herringbone-patterned facade.

Find out more about this role ›

See all the latest architecture and design roles on Dezeen Jobs ›

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Concrete lattice screens Phra Pradeang House from Bangkok

Phra Pradeang House by all(zone)

Architecture practice All(zone) used distinctive criss-crossing of concrete blocks to provide breeze and shade to Phra Pradeang House in Bangkok.

Phra Pradeang House is arranged as a series of layers. At its centre, a triple-height concrete core encloses a void that circulates air from the series of rooms that surround it, which in turn are wrapped by an open concrete facade.

Phra Pradeang House by all(zone)

All(zone) arranged each space in the house so it has a different relationship to this void. Some open directly onto it, others overlook it through internal windows, and some are divided by a metal grid, which allows for ventilation but prevents access.

“Activities are arranged around the central well, modelled after the tropical shophouses of Southeast Asia to allow ventilation and gentle sunlight to enter every room,” said the architecture studio.

Phra Pradeang House by all(zone)

At the base of the void sits a small swimming pool, alongside a living space. A staircase on the western edge of the building provides access up to study and bedroom spaces, all of which benefit from views down into the void as well as to the outside.

White finishes to almost all interior surfaces help bounce and diffuse sunlight throughout the home.

At the top of the void a skylight allows more light to enter. A series of vents can control the extent to which the stack effect will ventilate the surrounding rooms, and provides a contrast to the rough concrete finish of the central void.

Phra Pradeang House by all(zone)

The latticed facade itself comprises different elements, some open and some closed, which are arranged in a pattern on the facade in accordance with both the openings behind and the surrounding buildings.

“The concrete blocks wrapping around the perimeters are especially designed for the project to interact with the adjacent buildings with a variation of manners, to keep privacy in different degrees,” said the architecture studio.

Phra Pradeang House by all(zone)

Single storey extensions at the front and rear provide a small garage and an entrance space.

Latticed facades provide a practical and visually appealing as a natural ventilation strategy in warm climates.

In Kenya Urko Sanchez Architect used white mashrabiya-style screens cover an apartment block. In Mexico City  architects Felipe Assadi and Francisca Pulido wrapped a house in a hexagonal wooden lattice.

Photography is by Soopakorn Srisakul.


Project credits:

Architect: all(zone)
Project team: Rachaporn Choochuey, Sorawit Klaimak, Tharit Tossanaitada, Isara Junpoldee, Asrin Sanguanwongwan, Thanapat Sangkharom
Concrete block designer: Tanatta Koshihadej, Asrin Sanganwongwan
Engineering: CM One Co

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Daily: 3

Slide

Seattle snowmageddon. February 2019 Edition

Why carry your suitcase when your suitcase could carry you?

Admitted it’ll take a while for ‘riding suitcases’ to become a norm of sorts, but the Quadra is ideal for people who can’t lug their luggage around with them. Whether it’s a traveler with fatigue, a flyer who’s running late for a flight, or perhaps the noblest scenario, an elderly traveler or a traveler with special needs, the Quadra could be just the thing to help you and your luggage get from point A to B.

The Quadra, instead of being dragged or pulled, ends up driving you around the place. A step up from those self-driving suitcases we saw at CES last year, the Quadra fits an entire e-scooter into the suitcase, allowing you to pull it around when you want, and letting you drive it down airport lobbies.

The design of the Quadra packs a foldable handlebar, two wheels, and even a pair of leg-rests into it. One side of the suitcase ends up becoming your seat, and the entire suitcase effectively turns into a scooter that runs on an internal battery. Given that carrying batteries or power-banks in your check-in luggage is a big no-no, the Quadra is designed to be compact enough to serve as cabin luggage. Given that the wheels fold into the Quadra’s form, it would mean compromising slightly on storage space, but the Quadra still packs enough for a side-bag. Besides, let’s not discount the fact that it’s also the only side-bag that can drive you around the airport and spare you the fatigue brought about by constantly having to wheel luggage around with you as you walk from terminal to terminal.

The Quadra is a winner of the Red Dot Design Concept Award for the year 2018.

Designers: Kinson Chan & Rice Mak

Post Nike Sneaker Fiasco, a Footwear Design Expert Shares How and Why Basketball Shoes Can Fail

Keep the below image in the back of your head for the next few minutes, as we’ll be dissecting how and why Duke basketball player Zion Williamson’s pair of Nike PG 2.5 basketball sneakers literally fell apart on court during a recent game:

Ever since the incident went down, we’ve been wondering how, from a technical design standpoint, a pair of quality tested sneakers could have come apart this way during a game. To get the inside scoop, we consulted industrial designer Michael DiTullo, who has extensive experience working as a footwear designer at Nike (including in the Jordan division of the brand). Read his responses below and be sure to study DiTullo’s detailed basketball sneaker anatomy diagram at the end of this article:

Core77: Is shoe failure during a college/pro basketball game something new or has this happened before? If so, when and where has this happened before?  

Michael DiTullo: Shoes do fail sometimes, though it is rare that one has a catastrophic failure. Eyelets can pull out, laces can break, tongues can be yanked too many times and separate. The stresses that elite athletes are putting on the product are immense. We are really designing F1 cars for them that a regular person can then go and buy. If you wear a modern basketball boot off the court you might find it stiff, or overly supportive, because they are designed for these very specific players who push themselves and the product to the extremes. I once designed a shoe for an athlete who insisted on taking the prototypes with him… he ended up wearing them in competition, and we were all stressed that something might happen because they were hand made design validation samples. Luckily they held up and he won in them, so they became his lucky pair.  

The Converse React Gel incident was before my time, but it is well documented, including this quote from a Highsnobiety article on the subject:

“In addition to Hammell’s theory of stagnation, a bigger problem for REACT was perhaps linked to reports that the sneakers’ “bladders” were leaky, with juice seeping on to the court. Former Washington Bullet Tim Legler was on the NBA Today podcast in 2012 and shared a story about how his REACT sneakers had leaked during practice, causing Chris Webber to slip and almost injure himself. As Legler put it, “They’re out there, the ballboys are out on the floor wiping the practice court and it continued. Three or four guys slippin’, slidin’, and wipin’ out.”  

What main questions would you ask yourself if you were in charge of handling this situation from a design perspective?

The first question I would ask myself is, “was this a production pair, or a pre-production/athlete production pair?” A lot of athletes have feet that are larger than the commercial production run, so special molds are cut, and those pairs are usually made up special. This also typically results in a product that is constructed much more carefully and rigorously for the high demands an elite athlete will put on the product. Since this is a special handmade run, I could see how an error in lasting or curing the adhesives, or in the strobel stitching of the upper could occur.

If it was a production run shoe, I’d ask if this is one time thing; can we replicate the failure in wear test labs or on courts with testers? If it does happen regularly, then I’d have to start picking apart the design. Is there enough wrap on the EVA to get good biding between the upper and the sole unit? Are the rubber outrigger and toe bumper sizable enough? Is it a textile or EVA strobel material, and is that robust enough?

“I like to think of [footwear design] as being in a mixing booth where I have all of these equalizers. I can turn them up and down, and getting the mix right is the difference between a flop and a track that everyone gets stuck in their heads for the summer. It is not going to happen by accident—you have to know what you are doing and have a vision for the end product.”  

There is a lot more that goes into designing a piece of performance footwear than the aesthetic graphical break up. A lot of biomechanics, material properties, and construction techniques need to be considered. There are best practices for all of these things that vary from company to company, but as designers we often want to push those boundaries while we are on our quest to make the product stronger, lighter, faster, more flexible, more comfortable, more supportive, grippier. Some of these goals are diametrically opposed, so understanding how to strike the right balance is critical.  

What are some of the technical reasons why the shoe could have come apart?

Without seeing the shoe in person I can only speculate. I would assume there is an entire team of people looking into this issue. None of the major brands take this lightly. I know from my time at Nike there is a complete player focus and obsession. Looking at the way the foot came out of the shoe, I would look into the midsole bonding and strength of the stobel material. I’d love to see these shoes and really dissect the problem.  

When I first started working in Jordan, I was amazed to see a pair of MJ’s sneakers after a game. Stitches would be blown out, rubber would be peeling—the shoes would be creased and distorted after just a couple of hours of play. These products are being pushed to the edge. The lighter, more comfortable and more flexible you make the shoe, the less durable it is. The more supportive and durable you make it, the less comfortable it is. As a designer you are really trying to fine tune the attributes to the specific player. Typically athlete products are given extra QA to make sure something like this doesn’t happen.  

What are some common misconceptions about the footwear design process, especially when it comes to designing sneakers for professional athletes?

In my experience, most other designers have no idea how complex performance footwear design is. As a footwear designer you have to understand traditional soft good construction techniques as well as modern welding and knit constructions. You have to know about the difference between injection molding, compression molding, and cut and buff EVA production techniques for midsoles and when to use which. You need to know the difference between cold cement compression molding, capsules and vulcanization for outsole and when to use which ones of those. You need to learn about biomechanics of different activities that can be very different like repetitive linear motions of running versus the dynamic pivots, jumps, and sprints of basketball and then balance all of that with what is going on in fashion, so that hopefully this performance product will be adopted by the masses.

I like to think of being in a mixing booth where I have all of these equalizers. I can turn them up and down, and getting the mix right is the difference between a flop and a track that everyone gets stuck in their heads for the summer. It is not going to happen by accident—you have to know what you are doing and have a vision for the end product.  

*****

Below is a diagram of the anatomy of a basketball sneaker that DiTullo was kind enough to sketch up for us. You can refer to his detailed key below the image—we recommend printing this out as a resource:

Original diagram by Michael DiTullo

1) Upper: generally the soft parts of the shoe. It can be sewn, welded, knit, or any combination of the three. It can have a traditional tongue, a taco tongue, a bootie construction or a partial bootie. It can be single, double, or hybrid lasted to the tooling. I could talk for a week just about the upper.
2) Malleolus Padding: a little extra padding for this sensitive ankle joint is customary. On the Jordan XX1 and XX1PE it was actually a heat activated molded toe box material.
3) Achilles Notch: this little notch elevates pressure on the Achilles tendon.
4) Pull Tab: seems simple, but having one is nice.
5) Heel Rake: a little heel rake helps keep the heel locked down on the footbed. Too much and it hurts!
6) Heel Counter: these can either be an internal heat activated material or in this case and external injection molded part. It gives 3D shape and structure to the heel of the upper making a nice cup to keep the heel located.
7) Tooling: generally all the molded parts of the shoe. Generally a combination of injection and compressions parts put into an assembly often called the sole unit. Don’t forget tooling has to be opened for each part in each size and it doesn’t scale uniformly.
8) Midsole: generally injection molded EVA (typically a proprietary compound) in a performance product. It can also be compression molded or in the case of vintage runners it is made of laminated cut and buffed sheets of EVA.
8) Heel Wrap: a little extra bonding surface here helps prevent delaminations. A lot of little things like this add up to a great product.
9) Heel Kick: the surface of the outsole rolls up so that a player coming down in a foot strike rolls pressure onto the mid foot through the gate onto the ballet of the foot (metatarsal heads).
10) Outsole: generally compression molded, sometimes in different densities or carbon compositions. In vintage product this would be a capsule that is stitched to the upper and in even older product it would be uncured rubber that would be vulcanized directly to the upper. Both of those older techniques are great for durability and rigidity but they are also stiff and heavy compared to modern product.
11) Shank: this can either be an internal top loaded plastic, carbon fiber, or kevlar (sometimes called a credit card shank) or in this case it is an external part laminated between the EVA midsole and rubber outsole. The benefit of being external is you can have it wrap up the sidewall which makes it extra rigid. This part helps carry energy from the heel strike through the gate to the balls of the feet. It also helps keep the shoe from torquing making a stable platform to land on.
12) Outrigger: this is a part of the outsole that wraps up sometimes past the midsole. The rubber is much stiffer than the EVA so having this part can help keep the foot onto of the midsole in dynamic cutting and pivots on court. These can be really important.
13) Tooling Flex Notches: They don’t look like much, but elevating a little material here under the metatarsal heads of the foot increases flexibility a lot.
14) Toe Spring: this is the amount that the toe bends upward. A greater amount of toe spring helps with rolling through the gate when running.
15) Toe Bumper or Toe Wrap: If an outsole is going to delaminate it usually does it in the toe or heel. Having this bumper adds a lot of bonding margin that is going to improve durability. In sports like basketball and tennis where there is a lot of toe drag with some players it is going to make a big difference.
16) Vamp Perfs: These perforations in a leather vamp are going to improve ventilation and also flexibility. The little things add up. Of course on a knit shoe to textile vamp you don’t need this.
17) Eyerow Flex Notch: There the eyerow meets the base of the tongue you will often see a bit of a jog. This simple detail give the soft 2 dimentional materials of the upper a place to flex.
18) Gillies: These strips of webbing, sometimes called gillies, capture the laces and should go all the way down to the strobel at the base of the foot so as you lace up you are literally pulling the shoe to the foot from the footbed upward.
19) Seems: A seem can stretch 2-5mm per game. If you have 10 seems on a shoe, that is a lot stretch! A good practice is to minimize them, but the fewer seems you have the less efficient the patterns are in terms of nesting parts to be cut out of the roll of material. The simpler uppers are generally reserved for the more expensive signature shoes. Typically the seems will be done in such a way that allow the shoe to be “color-blocked” uniquely, meaning that by changing colors and materials it can look almost like a different model.
20) Flex notch: another one. This one allows the ankle to flex a bit and helps with fitting the shoe. Feet can be very different one to the next.
21) Tongue: obviously, but the same of it matters a lot. For a basketball shoe you generally want it to be wider to wrap the foot a bit. This is because players often have their ankles taped up which means they need a wider overall throat opening. In this case the young is a semi bootie construction meaning it wraps all the way to the strobel in the mid foot making half of a sock.
22) Eyelets: typically reinforced either internally or externally. Players will crank down on their laces so hard and the stretch the shoe so much in play that if this is not reinforces the lade could tear out.
23) Variable Radius: on a basketball shoe, the medial side (inside) radius of the outsole will often be much larger than the lateral side (inside). This very subtle detail allows for easier transitions with medial side push offs and more stability when cutting.
24) Traction: different types of activities requite different kinds of traction patterns. With the multidirectional nature of basketball and the smooth surface of the court, the 50% up vs down and angles of herringbone are most common.
25) Pivot Point: most basketball outsoles have a smoother area with less traction under the first metatarsal head (base of the big toe) that helps the foot pivot more smoothly on the court.
26) Footbed: the actual height off the ground the foot interface is. In a basketball shoe it will typically be sunk into the tooling quite a bit so there is amble bonding margin to prevent blow outs and delimitation. Each company has it’s standard heights and offsets that carry by activity based on testing their cushioning compounds and platforms.  

What are your thoughts on this Nike sneaker fiasco? Let us know in the comments section below:

BIG updates proposal for Oakland A's baseball stadium in California

Oakland As redesign by BIG

Architecture firm BIG has revised its proposal for a new baseball stadium in Oakland, California, into a “more circular shape” with a gently sloped park on top.

The updates come just months after the firm first revealed its plans for the new home of the Oakland Athletics Major League Baseball (MLB) team – also known as the Oakland A’s – at the city’s harbourside Howard Terminal.

Among the main revisions to BIG‘s original design is the layout of the stadium seating for 27,000, which has been adapted from an angular formation into a rounded shape.

Oakland As redesign by BIG

“One key update to our design: a more circular shape,” said a statement from The A’s.

The team added that the revised shape would offer a number of “benefits over the initial concepts”. These include a “more seamless, efficient, and fluid access to the ballpark from the surrounding neighbourhood”, as well as “better ability to capture fan-energy inside the ballpark for a more exciting and intimate experience”.

Helping to offer a better view of the waterfront beyond, the grassy park on the roof has also been redesigned.

Complete with trees and a winding pathway, the elevated park was intended to provide standing space for 10,000 additional fans, and meet the ground at the waterfront.

While still featured in the new renderings, the roof is much more gently sloped and the rounded coves on top no longer appear.

Oakland As redesign by BIG

Exterior cladding is also different from the original scheme, released in November 2018. The new structure is shown to be wrapped in thousands of vertical strips, as opposed to large portions of square windows as originally planned, making the interior of the ballpark now more covered and private.

BIG, which has also designed sports complexes for Austin and Washington DC, was enlisted to design the new MLB stadium for an underused urban industrial site that the city hopes to redevelop onto a sustainable development.

Oakland As redesign by BIG

“One of our top priorities is ensuring that the project creates broader economic, environmental, and community benefits for the people of Oakland,” said Oakland A’s president Dave Kaval.

“We increasingly see that our ballpark project can be an essential catalyst to addressing longstanding environmental issues at the Port and in West Oakland,” Kaval said.

In addition to a new ballpark, BIG’s complex will also provide restaurants, retail, small business spaces and open spaces. The studio also proposed a new gondola system for fans to access the stadium from the city centre.

Along with the new circular design of the stadium, BIG has also adapted the shapes of the proposed surrounding structures. Previously triangular with slanted roofs, these are now shown as rectangular volumes with stepped roofs.

The studio is also planning a redevelopment of the existing Oakland–Alameda County Coliseum, a 20-minute drive south of the new stadium site, where The A’s currently play. Changes there will include new sports areas, and residential and educational developments.

Renderings are by BIG.

The post BIG updates proposal for Oakland A’s baseball stadium in California appeared first on Dezeen.

Huawei’s folding phone marks an interesting turning point for Android

As of now, we stand at a rather interesting junction. Samsung, Huawei, Apple. These three companies are the largest manufacturers of phones, and up until now, the leading two were playing catch-up to Apple in terms of innovative design. With Huawei’s Mate X, we can officially say that the two companies have finally moved onto bigger, more different things. Following Samsung’s Galaxy Fold launch, the Mate X is the world’s second-biggest smartphone maker’s attempt at folding phones.

The Mate X features a display that’s slightly different from Samsung’s Galaxy Fold. In the Galaxy Fold, you’ve got a flexible screen that folds inwards, hiding from view when closed. The Mate X does the opposite. The screen bends outwards, splitting into two when the phone is closed. Measuring 6.6″ on the back, 6.38″ on the front, and 8″ in total when unfolded, the phone is essentially a phablet when opened up, and a regular, albeit thick, smartphone when closed. It features a triple Leica camera layout that’s embedded in the phone’s thick side notch (not a bezel notch, but rather a thick spine), a fingerprint sensor embedded in the power button, 8Gb RAM, 512Gb internal storage, a 4,500mAh battery, and also comes with 5G connectivity, something Huawei has positioned itself to be a pioneer in.

I doubt these phones will make a dent in iPhone sales, given that they cost double of what the iPhone costs, but it does raise a significant question. What’s Apple’s next move? And more importantly, are flexible displays even going to catch on?? The burning question in my head remains “how do I put a screen protector or a case on these phones?”

Designer: Huawei