10 Years Ahead: A Brief History of Oakley

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September 16, 2024

The story of Oakley begins in a small garage in Southern California, not far from today’s headquarter in Foothill Ranch. Jim Jannard, founder and dog owner, was selling bike grips from his car at motocross events when he decided to found Oakley. With just 300$ to start with, he set up the brand, named it after his dog, and made a handlebar grip unlike any other available at the time.

In the 70s, handlebar grips were mainly made of hard plastic. In muddy conditions or when landing after a jump, those grips weren’t ideal. There was no cushioning and simply not enough grip.
So, Jannard developed a hard rubber compound, Unobtanium, which would prove to not only be grippier, but also allowed the grips to stick much tighter to the bar.  The Oakley F-1 were born and, with the rise of BMX, the F-1s quickly became the grip that set the standards.

Oakley History
Oakley History

When Jannard moved to goggles in 1980, his first motocross goggle called O-Frame had flopped. He did choose to use a high-impact plastic that was stronger than that of competitors, but his goggles lacked ventilation. They would fog up and the riders could no longer see properly. 
Still, Oakley received immense recognition due to the prominent placement of the bold Oakley logo on the strap, leading to the release the first O-Frame skiing goggles in 1983.

Photo by Graham Watson

With the launch of their first sunglasses in 1984, the Oakley Factory Pilot Eyeshades, Oakley established themselves as a sportswear-brand. Jannard’s idea to put the goggle frame onto sunglasses legs turned out to be brilliant. 
Being marketed to sports fans and athletes alike, Oakley caught the attention of a wider audience. 
When Greg LeMond, an American cyclist, rode to victory with his Oakleys at the 1986 Tour de France, the brand finally had their breakthrough moment.

Oakley History
Oakley History

Oakley’s first lifestyle sunglasses, the made in Japan Oakley Frogskins, were released in 1985.
When Oakley hired Michael Jordan in 1994, during his two year break from the NBA, the final move to establish Oakley as a lifestyle brand was complete. For the campaign of their Eye Jacket, Oakley avoided to give tech specs on the printed ads. The sunglasses were no longer soled as being technically advanced, even though they were, but were marketed as the new lifestyle sunglasses. 

Nonetheless, Oakley always has focussed on highly technological lenses for maximum performance, offering various lenses for specific use-cases.
Their Prizm lens is designed to enhance contrast and colour by highlighting specific wavelengths of colour vision to ensure a more detailed vision. Different lenses, from Prizm Trail to Prizm Everyday or Prizm Gaming to Prizm Snow ensure that every user can have the perfect vision for the intended use. An additional Iridium anti-glare coating helps to balance light reflection, transmission, and absorption while coming with a mirror effect and various tints.

Today, Oakley's visionary spirit can be seen in the design of their products as well as in their architecture. Their aim to develop innovation in technology and design that stays true to Oakley's rebellious DNA and disruptive spirit while honouring the principles of the brand's rich history will always be the core principle in creating their own future.

Photo by Marc Abbott
All campaign images belong to Oakley
Use Case
Intended use case by the brand, broken down into three categories: Trail, Road, and Race
Cushion
The softness of the shoe’s sole, determined by it’s use of foam. More cushioning increases the level of impact protection while running with minimal cushioning comes closer to a natural running experience (e.g. barefoot). Since there are different types of foams, the equation of “the more foam the softer” does not always work. It is crucial to consider which type of foam it is. Ranging from Hard to Super Soft.
Padding
The amount of padding in the upper. Ranging from No Padding to Very Padded.
Flexibility
The ability to flex when compressed from heel to toe and when twisted. Flexibility and Stability are highly interdependent. As a rule of thumb you can say: the more flexible, the less stable. Ranging from Stiff to Flexible.
Stability
The amount of support provided to the natural rolling movement of the foot. The main factors influencing stability are the sole’s construction and its width. The construction of the upper and the type of lacing can also add to stability. Special Lacing is not considered within this category. Ranging from Free to Supportive.
Traction
The ability of the shoe to maintain stable contact with the ground, mostly determined by the construction of the sole. Added components from external brands such as Vibram or Megagrip can highly influence traction. Ranging from Slick to Very Grippy.
Breathability
The overall mesh density of the upper. Ranging from closed to open
Propulsion
The amount of forward pushing energy return determined by the construction of the sole. Various sole types can add a propulsive effect to the sole such as a Rocker construction or a carbon plate in combination with an energy-returning foam. Ranging from Relaxed to Aggressive.
Drop
The difference in height from heel to forefoot. Ranging from 0mm to 12mm.
Stack Height
The amount of forward pushing energy return determined by the construction of the sole. Various sole types can add a propulsive effect to the sole such as a Rocker construction or a carbon plate in combination with an energy-returning foam. Ranging from Relaxed to Aggressive.
Width
The shoes overall width at its base. This category only refers to the upper to provide information for the overall fit. Ranging from Narrow to Wide.
Width
The overall weight of the shoe. For comparison, we always use the weight of size US 9 for men. Ranging from Ultra Light to Heavy—Ultra Light (<240g), Lightweight (240–280g), Medium (280–320g), Heavy:  (>320g).

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