After their Troy all-mountain bike spent some time in the real world, Canada’s Devinci Cycles found a lot of riders were taking the Troys into more aggressive terrain than the company first anticipated. With this in mind, the 2016 model has seen some revisions that make this bike handle rough terrain more aggressively, but without sacrificing its ability to climb back up for lap two. The new fifth generation Troy was re-designed with input from Devinci riders like Steve Smith and Mark Wallace, who can be seen hammering the bike through Whistler’s technical terrain in the video below.
I had one short demo ride on a Troy last summer in Pemberton, B.C. and while I normally ride a longer travel bike the Troy ate up the rocky, rough trail with ease. I wasn’t too surprised to hear that other riders have been beefing up their component specs and riding highly technical terrain aboard this versatile steed. Keep on reading to find out what Devinci has tweaked for next year…
The highest end Troy frames are made from EPS molded T700 carbon (except for the alloy chainstays and rocker link), but Devinci has a full line of aluminum models as well. The carbon frames are one-by specific, but their aluminum siblings still include front derailleur mounts.
The Troy frames feature tapered head tubes, press fit BB92 bottom brackets, and run 27.5″ wheels. Rear travel remains the same as the previous model at 140mm, but now uses a slightly reconfigured Split-Pivot suspension platform. The frames also include routing for Stealth dropper posts, and enduro bearings in the pivots.
There are a number of changes for 2016’s frames. First off, to better suit rougher trails the rear end linkage was shortened and the rear shock was re-tuned to provide more ramp-up and bottom-out resistance.
The frame was also beefed up overall and the rear axle is now a Boost 148 to increase stability and stiffness. This does come at a very slight weight penalty, but definitely nothing too significant. The Troy’s frame has a few asymmetrical areas designed to optimize torsional stiffness- the seat mast and rear triangle are different side-to-side, and the rear shock position is offset.
