ΤΙΜΟΝΙ SPANK SPIKE 777 FR BEARCLAW VIBROCORE MTB

When Spank Industries’ set out to build the perfect freeride bar, who better to consult than Freeride legend, Darren “Bearclaw” Berrecloth. This perfect collaboration of engineering savvy and professional experience yielded the Spik 777 FR Bearclaw Bar. A purpose developed 2 series alloy paired with SPANK Industries’ patented Dual XGT butting process give the SPIKE 777 FR Bearclaw an unmatched strength to weight ratio. The result is a Freeride handlebar with unprecedented stiffness and durability at an exceptionally low weight. For a handlebar that’s respected by pros and feared by competitors, there’s no better choice than the SPIKE 777 FR Bearclaw Bar.

The applied VIBROCORE technique reduces impulse and vibrational fatigue, hand/arm numbness and "arm-pump", without compromise to performance, weight or price. It is a complex low density core which reduces the frequency, amplitude, and duration of energy waves. I also reinforces the bar's structure internally for responsive performance and heightened sensitivity.

Technologies

Dual XGT - Extreme gradual taper technology.
Dual Extreme Gradual Taper technology is a proprietary tube drawing process, afforded by SPANK‘s secret state of the art tooling. Dual XGT technology tapers Spank's bars from the thickest area at the bar clamping zone, slowly and GRADUALLY through the bend zones, to the thinnest areas at the control zones...AND...back to thicker reinforced barend zones, or “Impact Ends”. Tapers that occur over too short a distance, or with defined start/end points, create isolated stress zones where breaks can occur. SPANK has utilized FEA (Finite Element Analysis), laboratory, and rigorous real world testing to optimize the spread of material to where it is needed to withstand the specific forces at work in each zone, while offering better protection against crashes than ever before! The extreme precision enabled by Dual XGT drawing processes also eliminates the need for heavy hand grinding, with can result in imperfections and inconsistency in wall thickness, weakening bars.

CNC Bending - Computer controlled precision three dimensional bending.
SPANK went the extra mile in our handlebar production facility by investing in automated Three Dimensional CNC Bending machines, which offer better symmetry and consistency, and more importantly, limit material structural damage during the bending process. During traditional bending processes, bars are mounted in multiple fixtures and bent using mandrels around several sets of radius tooling. Each time the bar is fixtured, symmetry tolerances open. Damage caused to competitors bars during this traditional harsh mandrel bending processes is difficult to measure or detect, leaving the rider at risk. Furthermore, the imprecise and rough process tends to leave wrinkles, bumps and marks on the surface of the bars which must be removed by heavy grinding. Of course this can lead to thickness inconsistencies often in the most critical areas. The precision of 3D CNC Bending in a single fixture allows SPANK to optimize further the designs where others must overbuild with buffer material, and to eliminate the heavy grinding process, making Spank's bars lighter, stronger, and safer! SPANK has also taken extra work hardening steps to ensure the stem clamping area of the bar is uniformly cylindrical and true, and as tough as possible.

The bar can be shortened to 747 mm.
Included in delivery: 1 handlebar
Rise in mm: 15/30mm
Weight supplement: with 15mm rise | manufacturer information