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FEATHERSTON<br />
Thomas & Hudson<br />
GEOFF ISAAC<br />
THE AGE OF STEEL | 3
14 | FEATHERSTON<br />
THE AGE OF STEEL | 15
UNITED STATES OF AMERICA<br />
In North America, plywood was about to take centre stage in the world<br />
of design. In 1940, the Museum of Modern Art (MOMA) in New York,<br />
announced a competition now commonly referred to as the Organic<br />
Design in Home Furniture competition. Charles Eames and Eero<br />
Saarinen, who were both employed as instructors at the Cranbrook<br />
Academy at the time, decided to enter in partnership. Both designers<br />
were keen to investigate the possibilities of moulding plywood into<br />
chairs using compound curves. They hoped, thereby, to move beyond<br />
the one-directional bent furniture of Alvar Alto, Marcel Breuer and<br />
others, into a new technical realm — shaping plywood simultaneously<br />
into one-piece two-directional curvilinear forms.<br />
Alvar Alto had, in fact, displayed a prototype chair, incorporating<br />
compound moulded plywood, as far back as 1932. Walter Gropius<br />
designed the A1 chair in 1936 featuring a single compound moulded<br />
component designed to form both the back and rear legs. Gropius even<br />
got as far as applying for patents for the production process. However,<br />
both chairs encountered problems upon entering the production<br />
process and both projects were abandoned. 48 Although Saarinen<br />
and Eames could not claim to have discovered the potential for<br />
incorporating plywood compound curves in furniture, they could still<br />
be first to successfully get a design into production.<br />
The six chairs and associated furniture developed for the competition<br />
famously triumphed, and the two designers took home six of the eight<br />
prizes awarded to Americans in March 1941 (there was a separate<br />
competition for international designers).<br />
The exhibition of winning entries opened in September 1941, and the<br />
chairs caused a sensation. It is likely that copies of the catalogue from<br />
the show (with a print run of 10,500) made it over to Australia at the<br />
time. Certainly, copies of Arts and Architecture from December 1941,<br />
with a double-page spread on the competition, would have come to<br />
the attention of people interested in design internationally.<br />
As part of the prize MOMA rather bravely (or strangely) for a museum,<br />
committed itself to taking the winning entries into production.<br />
However, while the Eames/Saarinen entries gave the impression<br />
they were at an advanced stage of readiness to enter production (an<br />
impression doubtlessly enhanced through the supply of detailed<br />
drawings and model chairs photographed in model houses, to give<br />
the viewer the impression they were looking at the actual product)<br />
the reality was somewhat different. Eames developed his technique to<br />
bend plywood by layering veneers in an especially constructed mould<br />
— using an airbag to force the thin wooden sheets into the curves<br />
and using steam to produce the heat needed to set adhesives. The<br />
resultant shells were not much more than a crude proof of concept,<br />
demonstrating the ability to create compound curves from a single<br />
Opposite: (Fig. 21) Profile of the Relaxation chair.<br />
38 | FEATHERSTON THE EARLY YEARS | 39
A secret of the Contour’s comfort is that the ‘back is bent so that the<br />
lower portion at least therefore is concave forwardly’, 94 increasing<br />
the chair’s ability to mimic the natural curves of the body. Additional<br />
comfort was provided by applying a thin padding beneath the<br />
buttoned-down upholstery. Rubber was used for the seat and<br />
horsehair and wadding for the back.<br />
The tapered legs are splayed and fitted to two diagonally-crossed struts<br />
that support the shell and enhance the floating effect. This dramatically<br />
innovative solution was immediately noticed by the homemaker press<br />
with Joan Leyser’s review in Home Beautiful commenting:<br />
It is the relationship of this shell to the under-structure which gives<br />
the whole chair its quiet elegance. 95<br />
A variety of timbers were used for the legs, including Tasmanian Oak<br />
and Victorian Ash, with Silky Oak being the most common. From<br />
1952, production of Contours moved from Featherston’s factory in<br />
Collingwood to Emerson Bros, in South Melbourne.<br />
Designed to flex as seated guests shifted position, the chairs caused<br />
a few startled responses when they first appeared. As Featherston<br />
himself noted, ‘Some people might almost think they are about<br />
to collapse when they sit on the chair. But by flexing with almost<br />
every position — as a chair should — it makes sitting quite a new<br />
experience.’ 96<br />
In December 1952, the R160 (fig. 43-45) won the Design of the Month<br />
award by the Society of Interior Designers and is the most commonly<br />
found (and mostly widely sought-after) Featherston chair. 97<br />
It is still made under licence by Gordon Mather Industries in Melbourne<br />
and was the first model to appear in the recent wave of Chinese copies.<br />
Left and overleaf: (Figs. 43-45) The R160 was the most popular model in the<br />
Contour range and remains the most commonly found. Their ‘sculpturistic’<br />
design ensures they look appealing from any angle.<br />
64 | FEATHERSTON THE CONTOUR RANGE | 65
68 | FEATHERSTON THE CONTOUR RANGE | 69
TELEVISION SERIES 1953<br />
Television arrived in Australia relatively late, in 1956. Suddenly living<br />
rooms had to be re-orientated, as Australians became more interested<br />
in studying a small flickering screen rather than looking at what was<br />
outside their windows, as people had done for centuries before.<br />
Grant Featherston was ideally placed to take advantage of this<br />
opportunity and, in a stroke of marketing genius, he fully capitalised on<br />
it by producing a group of Contour models named Television chairs,<br />
released in 1953.<br />
These new models were specifically designed for continuous hours of<br />
sitting in front of a television set and their lightness made them ideally<br />
suited to being easily repositioned around the room when not being<br />
used for viewing.<br />
The Television models were unveiled at an exhibition at the Federal<br />
Hotel, which drew a rather tongue-in-cheek response from one reviewer:<br />
The Television ‘Space Suite’ which intrigued us, has a square hole at<br />
the bottom of the back of each chair. This has obvious advantages, not<br />
the least being that having tired of one’s guest it is possible to boot them<br />
out of your house without even asking them to stand up. 107<br />
By adding holes to the range, the chairs gained an illusion of lightness<br />
and could help make rooms look bigger, particularly relevant for<br />
the increasing number of consumers living in small apartments.<br />
The hole was also claimed to facilitate wider freedom of movement,<br />
accommodating shifting positions and creating a more comfortable<br />
seating experience. Eames used holes in his furniture, as well. As far<br />
back as 1940, the Conservation and Relaxation chairs, submitted for<br />
the MOMA competition in New York, featured similar apertures in their<br />
backs and could well have provided Featherston with the inspiration<br />
for this innovation in the Contour range.<br />
The Television series included the BS211H two-seater sofa (fig. 74)<br />
which sold for £44/2/-, the B210H hair chair (fig. 81) at £29/14/6. Despite<br />
the timely launch of the Television series furniture sales struggled<br />
when television was launched as consumers gave priority to buying a<br />
receiver. 108<br />
Left and Opposite: (Figs. 71-72) The B230. Images courtesy Leonard Joel.<br />
Above: (Fig. 73) According to the homemaker press of the day, the Curl-up<br />
chair allowed ladies ‘to dangle legs comfortably without looking ungainly’.<br />
88 | FEATHERSTON<br />
THE AGE OF STEEL | 89
As the shortages caused by World War II eased, Australia<br />
entered a period of prosperity. Featherston found he was less restricted<br />
by the availability of material and began to move beyond wood to<br />
incorporate other materials into his creations. As the decade progressed,<br />
Featherston looked for ways to expand his business and decided to<br />
vertically integrate, opening Australia’s first trade, retail showroom, to<br />
get direct access to the burgeoning interior design industry.<br />
CANE METAL CHAIR 1954<br />
The Cane Metal chair (figs. 102–105) was the result of a commission<br />
from the famous Melbourne architect, Roy Grounds and his wife<br />
Betty, for their new Toorak home. At almost the same time<br />
Terence Conran designed the C4 chair, featuring a steel rod<br />
frame and cane seat woven onto the frame. 123<br />
The British design is more angular than the Australian creation<br />
and is noted to highlight the popularity of these materials at<br />
that time rather than imply plagiarism in either direction.<br />
Featherston’s steel frame and cane chair was put into<br />
production in 1955 by E & F Industries and remained in<br />
production until the early 1960s. Quite an achievement<br />
for this first major design not made from wood.<br />
Above/opposite: (Figs. 104-105) The Cane Metal chair was designed specifically<br />
for Melbourne architect, Roy Grounds and his wife for their new house in Toorak.<br />
In this production model the back has been reinforced with the addition of a cross<br />
member, not seen in the original version. This was typical of Featherston’s approach<br />
to manufacturing with continuous improvements made to basic models as<br />
production continued to improve durability or reduce production costs.<br />
118 | FEATHERSTON<br />
THE AGE OF STEEL | 119
53 ELASTIC EASY CHAIR<br />
The 53 Elastic Easy chair (Figs. 108–111) represents a significant<br />
departure from the Contour range, the plywood frame was replaced<br />
with a flexible metal frame, slung with two-inch (5 cm), Italian rubber<br />
webbing under the upholstery. The seat cushion is suspended on<br />
tension springs, arranged in a ring. The cover was designed to be<br />
removable for cleaning. The Elastic Easy Chair was designed for<br />
relaxation as Featherston explained:<br />
The conception of this chair began with an idea of a chair which<br />
would form a flexible shell or enclosing shape for the human body,<br />
giving comfort, support and relaxation.<br />
It is large, body-supporting, utterly comfortable — and space<br />
saving, since it has only twenty per cent of the cubic dimensions<br />
of a conventional easy chair.<br />
The ‘Elastic Chair’ is designed to be crawled into — curledup-in<br />
— snuggled into – with complete comfort in any position. 129<br />
Replacing plywood to form the shell of the chair offered a clear<br />
advantage, as observed by Boyd for his review in The Age:<br />
This (combination of elastic and foam) retains the light form-fitting<br />
lines of all modern furniture but allows the chair rather than your form to<br />
bend if the two don’t happen to coincide at all times. 130<br />
In 1959, Pierre Paulin’s Mushroom chair received much critical acclaim<br />
for its pioneering construction. The Mushroom was a development<br />
of an earlier design, the Crapaud (Toad), with rubber replacing<br />
woven webbing, the wood of the frame was replaced with steel and<br />
the horsehair padding with Pirelli rubber foam. Featherston was<br />
experimenting with exactly the same production techniques nearly<br />
half a decade before the Mushroom was released. While Paulin’s design<br />
has been credited as revolutionising chair construction Featherston’s<br />
innovations for the Elastic Easy Chair went unnoticed. 131 Perhaps<br />
Featherston’s mistake was to retain wooden legs for the Elastic Easy<br />
Chair, which gave the design a more traditional appearance but masked<br />
the innovative construction techniques developed to bring this chair<br />
to the market. In any event, given its comparative rarity, it appears<br />
that the Elastic Easy Chair failed to inspire the market and<br />
certainly did not attract any media coverage acknowledging<br />
the significance of the manufacturing process.<br />
The Elastic Easy Chair was launched with the 51 Easy Chair<br />
together with a matching set of side units, designed to provide flexible<br />
storage solutions. The range was manufactured by E & F Industries Pty Ltd.<br />
The E53 was released at £25/6/- and required 3 2/3 yards (3.4 m) of fabric. 132<br />
Although not as rare as the 51, the 53 Elastic Easy chair still commands<br />
prices of over $10,000.<br />
Centre, below and overleaf: (Figs. 108-111) The E53 represented another<br />
significant departure for Featherston, with plywood replaced in the sides of this<br />
model by rubber webbing hung off a metal frame. Springs attached to a ring<br />
provided support for the seat under the cushion. Designed for modern living the<br />
covers could be removed for cleaning.<br />
122 | FEATHERSTON<br />
BEYOND WOOD | 123
MITZI 1957<br />
One of Featherston’s first challenges at Aristoc was to get the Mitzi to<br />
market. This nesting or stackable chair, aimed at the conference hall<br />
and public assembly venues, ‘had been on the drawing board for some<br />
time’. 156 The result cannot, therefore, be claimed as a pure Featherston<br />
design however, there are several signature elements which illustrate<br />
the designer’s involvement in this project.<br />
The ‘floating’ illusion was enhanced, by raising the seat above the cross<br />
struts supporting the legs, using thin steel rods or pins to support the<br />
seat. The supports were hidden away from the usual lines of view, a<br />
technique that would be returned to many times with future Aristoc<br />
models. The legs were tapered — down to just ½ inch (1 cm) in some<br />
places and the back raised away from the seat to assist in emphasising<br />
lightness. Legs are usually found in black but were available in a range<br />
of five stove enamelled colours plus white. Both the seat and the back<br />
of the chair were slightly contoured and the plywood padded with<br />
polyurethane foam to provide comfort.<br />
The back was difficult to upholster, as fabrics of the day lacked stretch,<br />
so achieving a snug fit across the back was a challenge. The curved seat<br />
also caused problems for the upholsterer seeking to achieve uniform<br />
thickness at the edge. The problem was resolved by applying garden<br />
hose pipe around the edge of the ply to allow a smooth and consistent<br />
finish to the edge of the seat to be achieved with limited effort —<br />
a technique Featherston had developed to solve similar problems for<br />
the Cone and E51 chairs two years earlier.<br />
Howard acknowledges the important contribution Featherston made in<br />
getting the Mitzi to market:<br />
One of the first things we did with Grant was the Mitzi. Part of the<br />
glamour and sophistication of Mitzi was the tailored tube legs; they were<br />
unique as there was no other similar item on the market. Aristoc produced a<br />
machine to taper the tubes. We took 7 /8 inch (2.2 cm) round (16 SWG) tubing<br />
which we tapered and designed a special foot to encompass the base of it. 157<br />
The brass-plated ferrules and feet, developed for the Mitzi, were to<br />
become a regular feature among the Aristoc models. These clever<br />
innovations allowed the weight, transported down the finely tapered legs,<br />
to be dissipated, effectively minimising indentations on floor coverings.<br />
The Saturn extendable dining table, with larger tapered steel legs, was<br />
also produced to complement the chairs. As with the chairs the top of<br />
the table appears to float off the base with thin metal rods supporting<br />
the top, again recessed from view to enhance the floating illusion<br />
for the casual viewer. The table featured a cleverly designed middle<br />
section that could be removed, and shorter feet, stored clipped to the<br />
underside of the midsection, could be screwed into the base allowing<br />
the extension to double as a coffee table when not in use. This made<br />
the dining setting ideal for apartment dwellers or others suffering from a<br />
lack of space.<br />
A range of four stools — 18’ (46 cm), 21’ (53 cm), 25’ (64 cm) and 29’<br />
(74 cm) high; all with the same top of 12’ (30 cm) x14’ (36 cm) were<br />
introduced to the Mitzi range.<br />
To the casual observer today the Mitzi probably looks a little dull and<br />
ordinary, but when it was released it was, quite rightly, recognised as<br />
innovative and even glamorous.<br />
In a<br />
promotional pamphlet,<br />
produced in 1967 (fig. 147), Aristoc<br />
claimed that the Mitzi was, ‘the<br />
first chair to incorporate tapered<br />
steel legs, contoured upholstery<br />
and stove enamel finish’.<br />
The result was spectacularly<br />
successful. Despite being<br />
primarily il designed d for public venues (they can be<br />
stacked four high), the Mitzi became popular in the domestic market,<br />
undoubtedly assisted by the reasonably competitive price or about<br />
£10, plus fabric. 158 Sales quickly exceeded 300 per week, and became<br />
Aristoc’s top seller to date. Within 10 years it was claimed that 160,000<br />
Mitzi chairs had been produced, 159 with another report claiming that<br />
250,000 units had been sold by June 1967. 160<br />
An insight into the sophisticated appeal of the Mitzi is given by the<br />
fact they were selected to grace the top (20th) floor, 400 seat dining<br />
room of the new, glass-curtain-walled ICI headquarters (fig. 149). ICI<br />
House, designed by (Sir) Osborn McCutcheon (of Bates, Smart and<br />
McCutcheon), was Melbourne’s first skyscraper (now known as Orica<br />
House and on the Victorian Heritage Register). When in 1958 they<br />
moved in, ICI was an enormous manufacturing company with a strong<br />
commitment to modern design. The British-based company actively<br />
sought relationships with innovative designers to help create markets<br />
for their ‘new synthetic materials, such as Perspex, new synthetic fibres<br />
such as terylene, and new synthetic pigments used in paint, printing<br />
inks and dyes’. 161 Around the world ICI advertised in design and fashion<br />
magazines and directly supported selected designers to promote their<br />
products. ICI’s endorsement of the Mitzi, by using them to crown its new<br />
Australian headquarters, represented a significant achievement.<br />
Opposite page, left: (Fig.145) Detail of the seat of the Mitzi – revealing how the floating effect is achieved. Opposite page, right: (Fig.146) Featherston was always in<br />
search of solutions to improve the line of his designs. One of the secrets of the Mitzi, and the Delma that followed, was the development of innovative solutions to avoid<br />
having to attach the back of the chair by screwing through the frame. This shot reveals how this was achieved for the Mitzi. Many manufacturers copied Featherston<br />
designs but often failed to invest in the solutions needed to achieve the elegance of the original. This page, top: (Fig.147) The Mitzi dining suite, styled and photographed<br />
by Featherston for a promotional brochure. Featherston’s contribution to the production of high quality sales-material was key to Aristoc’s success. This page, inset:<br />
(Fig.148) Mitzi stools featured on the cover of Australian Home Beautiful.<br />
162 | FEATHERSTON<br />
THE AGE OF STEEL | 163
Opposite: (Fig. 155) The Pagodaline series, as featured in the April 1967 edition of<br />
Australian Home Beautiful, nearly 10 years after it was designed.<br />
Above: (Fig. 156) In the Pagodaline series the harsh, geometric steel frame is<br />
softened with the addition of shaped kauri-wood arms. As usual, Featherston<br />
minimised the support for the arms to enhance the illusion of floating off the frame.<br />
THE AGE OF STEEL | 171
The innovation here was to develop a frame that required only one<br />
cross-rail (or strut) to hold the two sides of the frame together. This<br />
developed new territory for Featherston to explore, in his ongoing<br />
search to create designs with an impression of lightness and<br />
spaciousness, to enhance the floating effect.<br />
The strength of steel was used to create thin tapering legs at the front.<br />
At the rear the legs taper to the floor but also extended upward and<br />
are again elegantly tapered to support the backrest. The backrest<br />
itself is held away from the support, whilst in profile the cantilevered<br />
seat floats away from the back legs and extends over the front legs,<br />
successfully enhancing the effect of floating in space.<br />
This page and opposite: (Figs. 162-163) Scape dining chair, designed to appeal<br />
from any angle.<br />
176 | FEATHERSTON THE AGE OF STEEL | 177
The tapered legs were quite a technological achievement and Gordon<br />
Mather (who still makes Scape chairs under licence) reports that a<br />
quarter of a century after the Scape was designed, it was a struggle to<br />
find a contractor who could replicate the look.<br />
Not too many people can do the tapered steel legs. It is all about the<br />
tooling you can only taper to a certain length and then design the tool so<br />
you can taper on the other end. 170<br />
Aristoc rose to the challenge and created their own tools to develop the<br />
double-tapered legs.<br />
The advantages of the single strut are most apparent when the chair is<br />
compared with its predecessors the TY and RE.<br />
The frames are usually found in matt black although they were<br />
available in a ‘selected range of stove enamelled colours’. 171<br />
Both dining (1960) and lounge (March 1961) chairs were produced with<br />
two versions of the lounge chair available (with and without arms). The<br />
Scape lounge chair was released at £26 and required three yards (2.7m)<br />
of fabric. 172<br />
The lounge chairs in particular achieve a beautiful sculptural form, with<br />
the shape of the metal-framed plywood back and seat clearly inspired<br />
by petals, these chairs are attractive from any angle.<br />
The Scape series was also extended to an extendable dining table, a<br />
round dining table and side units but the series was not commercially<br />
successful at the time according to Ian Howard.<br />
Vinyl was at its height of popularity and many Scapes were produced<br />
with brightly coloured coverings. Today vinyl is considered by many<br />
people to be an inferior product but during the 1960s it enjoyed<br />
huge popularity in Australia, with the authors of The Australian Room<br />
observing:<br />
Those buying Porsches in Australia [in the 1960s] could choose between<br />
leather or vinyl for upholstery. Vinyl, with its added prestige, cost more. 173<br />
Australia’s love affair with vinyl was destined to last throughout the<br />
decade with the May 1970 edition of Plastics News reporting:<br />
Vinyl was first introduced to Australia about 20 years ago in a small<br />
range of colours. It now has about 50 per cent of the market for lounge<br />
suites, and a higher share of the overall furniture market because of its<br />
dominance in kitchen and dining areas. 174<br />
Below left: (Fig. 164) Scape lounge chair with arms. Below right and opposite:<br />
(Figs. 165-167) Scape lounge chair without arms. Featherston’s determination<br />
to create chairs with the appeal of sculptures, designs that look good from any<br />
angle, is clearly demonstrated in these images.<br />
178 | FEATHERSTON
In 1966, things were going well for Aristoc, reporting net profits of<br />
$120,000, up 46 per cent on the previous year, and the factory was<br />
finally connected to mains sewerage! A 15,000 square foot (1400 m 2 )<br />
leasehold factory was established in Auburn (Sydney), to service the<br />
NSW market more efficiently. Licensees in Queensland (Carricks), West<br />
Australia (Jason Industries and then Davstoc Furniture Pty Ltd from<br />
1967), New Zealand and Fiji were manufacturing Aristoc chairs from<br />
components shipped from Melbourne. 190<br />
Although ultimately meeting with only limited success, Aristoc<br />
attempted to establish export markets in the region, concentrating<br />
efforts in Malaysia, Japan and Singapore. The tyranny of distance,<br />
prohibitive transportation costs and relatively high, local labor costs,<br />
restricted Aristoc’s ability to compete in developing markets, where<br />
demand was very limited. However, this was of little concern at the<br />
time, the company was growing strongly and remained profitable.<br />
While Featherston Interiors continued to service the retail market, and<br />
provide interior design services for smaller clients, Aristoc serviced large<br />
contracts direct. Aristoc proved itself to be a formidable competitor,<br />
quickly taking the lion’s share of the high-volume market. Aristoc chairs<br />
were installed at the Melbourne Planetarium (fig. 187); conference<br />
centres (including the Dallas Brooks Centre (fig. 185); airports –<br />
Tullamarine (Melbourne) and Mascot (Sydney) (fig. 188); stadiums and<br />
sporting venues (including Mooney Valley Racecourse), university lecture<br />
theatres in Hong Kong, Sydney and Melbourne including all the main<br />
lecture theatres in Melbourne and Monash universities (figs. 183-184)—<br />
where the seating remains until this day.<br />
Despite the constant innovation, nothing had been found to replace<br />
plywood and it was again used as the main component of the back<br />
and seat. However, the Varna marked the end of Featherston’s 20-year<br />
relationship with plywood, as this was to be the last time the material<br />
was incorporated into a production design. Thaisheen vinyl from ICI<br />
(designed to imitate the sheen of handloomed Thai silk), was the<br />
preferred choice for covering and was available in a range of colours.<br />
The Varna was released as a series (briefly using the name Cameo), with<br />
chairs (costing $40.40 each) and a round dining-table with a matching<br />
pedestal base and a traditional oblong table with satin chrome tube<br />
steel legs, which could be unscrewed for ease of transportation. 189 The<br />
tables were the recipient of a Good Design award.<br />
As with the Floating chair, safety concerns over chairs with only four<br />
feet (as opposed to a more stable five) have doubtlessly contributed to<br />
the fact that not many Varnas appear to have survived.<br />
Aristoc was awarded the shield for having the best display at the 1966<br />
Ideal Home Show at the Royal Exhibition Building in Melbourne. 190<br />
Most significantly, in late 1966 Aristoc purchased 50 per cent of Herman<br />
Miller (Australia), from Kerby Furniture, and set about manufacturing<br />
and distributing ‘what many people claim as the finest contemporary<br />
furniture in the world today’. 191<br />
This acquisition gave Howard the opportunity to visit the Herman Miller<br />
factory (where he found the Australian flag flying to celebrate his arrival)<br />
and make copious notes on every aspect of production together with<br />
the business and sales processes. Howard attempted to interest Herman<br />
Miller in the Tierstack system and even the possibility of Featherston<br />
creating a design for the modern design giant was discussed. In short,<br />
Aristoc was flying high, and the best was yet to come.<br />
Opposite: (Fig. 181) The Varna.<br />
Above: (Fig. 182) An advertisement for the Varna series (with chairs available in<br />
eight colours). Featherston was the photographer and set designer and would<br />
have spent hours meticulously arranging every detail for this shot.<br />
194 | FEATHERSTON<br />
THE AGE OF STEEL | 195
EXPO OPENS<br />
The Montreal Expo opened on 27 April 1967 and Harold Holt, the Prime<br />
Minister, went to Canada to open the Australian Pavilion (fig. 204).<br />
Ian Howard also went to Montreal for the opening, as part of a<br />
13-country round the world trip to find export markets. Howard had<br />
stopped off in Japan to represent the Australian Exhibitors’ Association<br />
at the Australian Trade Display at Osaka and at the Seventh Tokyo<br />
International Fair. 209<br />
This was significant as it was the first Australian Trade display to be<br />
held in Japan. Howard had been invited to lead the delegation by the<br />
Minster for Trade and Industry, John McEwen.<br />
Entrance to the Australian Pavilion was by way of a ramp covered<br />
with a charcoal green carpet. On entering the main exhibition space,<br />
automatic shoe cleaners wiped the soles of the attendee’s feet, in an<br />
effort to protect, the totally impractical, off-white carpet that covered<br />
the floor and extended up the walls of the exhibition space. At the top<br />
of the ramp, around 20,000 visitors every day were confronted with<br />
the spectacle of a huge open space, with acres of the off-white carpet<br />
matched by white woollen drapes framing two glass curtain walls. The<br />
floor was covered, but not crowded, with the Talking chairs, loosely<br />
arranged in groups to align with the topics featured in the Exhibition.<br />
Above: (Fig. 204) The Prime Minister, Harold Holt, was among the first to experience<br />
the delights of the Talking chair at the opening of the Australian Pavilion.<br />
Below: (Fig. 205) Four stewardesses in their bright orange outfits proudly<br />
modelling the Talking chairs in their new home at the Australian Pavilion.<br />
The interior of the Australian Pavilion, featured full height glass walls and totally<br />
impractical white-wool carpet. Image courtesy National Archive of Australia.<br />
212 | FEATHERSTON THE TALK OF THE TOWNS | 213
The Featherstons would have been aware of the phenomenal success<br />
of Robin Day’s Polypropylene chair, designed in 1963 and produced<br />
under licence locally by Furniture Makers of Australia. Day’s chair<br />
become an instant hit and sold literally millions of copies worldwide<br />
and still in production at the time of writing. Although in no way<br />
visually similar to the Stem, the Polypropylene chair was living proof<br />
that the market was prepared to embrace plastic-seating solutions.<br />
It was a long wait before the Featherstons got the chance to<br />
experiment with these new materials and found the production knowhow<br />
to respond to these inspirations. It then took a further 18 months<br />
to develop the Stem.<br />
According to Mary this was primarily Grant’s project. Following the<br />
release of the Stem in an interview for The Australian, Grant claimed:<br />
I was trying to find a way of using the minimum amount of materials<br />
to get from the base on the floor to the seat. The shape had to be<br />
sympathetic and complementary to the human form—and I wanted to<br />
use a technique where the structure and the shape were indivisible. 256<br />
The search for economy in design was driven by the desire to deliver<br />
a fashionable item at a budget price. It was primarily aimed at a<br />
younger audience, perhaps establishing a home for a first time and<br />
on a tight budget.<br />
Featherston loved a challenge, and the opportunity to experiment in<br />
both new material and new production techniques would doubtlessly<br />
have excited him.<br />
According to Mary Featherston, ‘Grant built cardboard models (little<br />
and big and full-size forms) that were used to make drawings which<br />
were then used to make the aluminium mould. That’s the process.<br />
Then it was quite tricky working out the connection between the inner<br />
supporting metal column and the seat shell.’ 257<br />
The double shell of the Stem chair seat was rotationally moulded in<br />
polyethylene in one piece; the polyethylene powder rotated at speed in<br />
two planes and heated so that the powder melts as it spins into place<br />
in the mould. It was a very expensive production process, requiring<br />
tools to be made from high-grade steel to exacting standards. It was<br />
also important to get the thickness correct—providing enough strength<br />
while remaining thin enough for the plastic to set in the mould quickly.<br />
‘People would not normally expect to sit on material 1/8 inch (0.3 cm)<br />
thick,’ Featherston claimed. 258<br />
The seat is connected to the injection-moulded ABS plastic base with<br />
a steel rod, providing rotation and increasing strength. Reflecting<br />
the properties of ABS plastic, the base has a slightly shinier finish<br />
compared with the polyethylene seat. Ian Howard claims the difference<br />
in finish was not foreseen and was a significant contributor to the<br />
ultimate commercial failure of the design.<br />
Right: (Fig. 224) The Stem – publicity shot styled and taken by Grant<br />
238 | FEATHERSTON<br />
THE AGE OF STEEL | 239