Developed with input from high-performance automotive designers, the .1R is the most bespoke, most advanced and most engineered bicycle ever created featuring a number of world firsts.
Synergising the shared values of the two high performance British brands, Aston Martin and J.Laverack have applied truly innovative design and engineering processes to produce a fully integrated ‘visually
boltless’ design that possesses an aesthetic purity and obsession to detail beyond compare.
The J.Laverack Aston Martin .1R uses a flawless fusion of parametrically designed, 3D printed titanium lugs and sculpted carbon fibre tubes.
This ensures a frame that not only delivers an exceptional blend of response and comfort, but also sets new standards of elegance and beauty on two wheels.
The smooth unions of the lugs and tubes are truly innovative and the herringboned weave of the carbon fibre on display is immaculate, despite the intricacy involved in manufacturing.
Oliver Laverack, Co-founder of J.Laverack Bicycles, said: “Working with the team at Aston Martin has unlocked new ideas and innovations, the application of which has created a bicycle more advanced than anything currently available on the market. Working in collaboration with Aston Martin we have not only taken our titanium bicycles to new heights but have also unlocked true innovation within the cycling industry, creating a bicycle with unparalleled levels of craftsmanship and performance engineering.
“Every component is designed to be part of the whole and to marry perfectly with the adjoining elements, achieving an unsurpassed degree of integration, which lays the foundation for the J.Laverack Aston Martin .1R’s boltless design.”
J.Laverack Aston Martin .1R is not a bicycle simply to be gazed at - it has been purposefully designed with performance and riding experience at the core. For example, the integrated brakes are not merely attractive, the use of four pistons as opposed to the usual two gives greater progression and feel through the levers.
The .1R’s frame demonstrates a similar blend of form and function: By using a combination of Ti 6Al/4V titanium, which is known for its lively ride qualities, and carbon fibre to provide the requisite stiffness, the .1R has a responsiveness that will delight everywhere from the rough cobbles of Flanders to the soaring climbs of the Pyrenees.
Further evidence that the .1R has been designed for long, enjoyable days in the saddle is manifested in the unparalleled way in which each bike can be tailored to its owner.
Although custom fitting isn’t new in the world of bicycles, it is usually more in the realm of made to measure, whereas the J.Laverack Aston Martin .1R is truly bespoke. Typifying this philosophy, each Sphyr stem - named after the hammerhead shark (Sphyrna) - will be 3D printed from titanium to each owner’s unique measurements. Reach and width can all be specified with absolute precision.
Continuing in this vein, while crank lengths are generally only available in increments of 2.5mm, the owner of a .1R will be able to specify his or her crank length down to fractions of a millimetre. This is thanks to bespoke, 3D printed titanium tips on the carbon crank arms.
The saddle height will be adjusted using a set of beautiful bespoke titanium collars that can be interchanged. Each bicycle will also be supplied with a unique set of tools, that will sit alongside the collars, inside a beautifully handmade wooden tool case.
