Create successful ePaper yourself
Turn your PDF publications into a flip-book with our unique Google optimized e-Paper software.
EQUILINK = EFFICIENT SUSPENSION EQUILINK = ACTIVE SUSPENSION<br />
1 : NO BOB<br />
❚ Equilink is the first bicycle suspension system to effectively eliminate the use of the drivetrain as the primary mode of counteracting weight<br />
transfer (the cause of bobbing). Equilink was specifically designed to neutralize the effects of weight transfer without the direct use of direct<br />
chain force, achieving a perfect state of suspension "equalization". By keeping the drivetrain independent of the suspension, it is allowed to<br />
perform the job it was solely intended: to propel the bicycle and rider forward.<br />
2 : PREDICTABLE & CONSISTENT<br />
❚ On most bikes, the level of anti-squat (or anti-bob)<br />
can vary greatly, depending on which gear<br />
combination you are in (because the amount<br />
of leverage the chain has over the pivot<br />
changes along with the gear selection).<br />
For example, the large chainring/small<br />
cog will produce very different results<br />
than the small chainring/large<br />
cog combination (and one can<br />
imagine the many possibilities<br />
in between). The typical result is<br />
suspension that is inconsistent<br />
and unpredictable. With the <strong>Felt</strong><br />
system, the red Equilink is employed<br />
to do the work normally carried out by<br />
the chain itself, resulting in stable and<br />
consistent anti-bob characteristics in<br />
any gear combination, at any speed.<br />
3 : NO PEDAL KICKBACK<br />
❚ Near vertical axle path ensures smooth<br />
pedaling circles regardless of gear selection<br />
and terrain input.<br />
ALL THREE OF THESE FEATURES<br />
CONTRIBUTE TO THE AMAZING EFFICIENCY<br />
OF THE EQUILINK SYSTEM.<br />
❚ 66<br />
1 : IN/OUT OF THE SADDLE<br />
❚ Equilink is not prone to shifts in spring rate, whether the rider is seated or standing. Equilink remains active when sprinting out of the saddle,<br />
hanging over the back on a downhill, or seated on a long, slow uphill grind.<br />
2 : SMALL BUMP SENSITIVITY<br />
❚ The surge in popularity of platform damping or brain shocks reflects the<br />
amount of inefficient suspension designs on the market today, especially<br />
when it comes to small bump sensitivity. Platform shocks are often<br />
employed to mask inherent design inefficiencies. The problem is:<br />
When you over-damp a shock to hide rider-induced shock<br />
movement, you can also stop the shock from reacting to<br />
smaller terrain-induced movement. At <strong>Felt</strong>, we believe that<br />
suspension should be active all the time, to pick up the<br />
small as much as the big, enhancing comfort, as well<br />
as traction. We believe platform valving should be used<br />
ONLY to smooth out unwanted shock movement due<br />
to inconsistent (jerky) pedaling - not to counteract<br />
bob caused by rider weight transfer.<br />
A TRULY ACTIVE SUSPENSION DESIGN IS ONE<br />
THAT WORKS EQUALLY IN OR OUT OF THE<br />
SADDLE, POINTED UP OR POINTED DOWN,<br />
AND SENSITIVE TO THE TINY STUFF AS<br />
MUCH AS THE BIGGER HITS.<br />
67 ❚