Specifications | ||
Price | $9899 | |
Travel | 115 | |
Rear Shock | Fox Float Factory 2-position | |
Fork | Fox 34 StepCast Factory, 120mm | |
Crankarms | Race Face Next SL, 34T chainring | |
Rear Derailleur | Shimano XTR | |
Handlebar | Phoenix Team Flat Carbon | |
Stem | Phoenix Team, 60mm Length | |
Grips | RockShox TwistLoc Lock-On | |
Brakes | Shimano XTR Race 2-Piston w/160mm | |
Wheelset | Reynolds Black Label 309/289 XC Carbon | |
Tires | Maxxis Rekon Race EXO 2.4 | |
Seat | Phoenix WTB Volt, Carbon Rails | |
Seatpost | Fox Transfer Factory |
About Us
Contacts FAQ Terms of Use Privacy Policy Sign Up! SitemapAdvertise
AdvertisingCool Features
Submit a Story Product Photos Videos Privacy RequestRSS
Pinkbike RSS Pinkbike Twitter Pinkbike Facebook Pinkbike Youtube
I can't wait to put some normal bars and a Dissector/Rekon on my Mach 4 this winter to test out the capability a bit more.
This model seems to double down on those decisions.
LOL at the Spur comparisons though, I needed the laugh so that was nice.
Still the big plus is that they are showing that you can build a perfectly capable trail bike in the 25-27 pounds range. Keep everything the same and add 10 mm in the back and 20 in front and you have a real winner.
This is squarely a stout XC bike.
* which is to say: absolutely no creaking whatsoever.
Hump
STA like HTA, CS length, BB drop, fork offset, etc are all compromises. On a bike like this, a steeper STA would be a compromise for overall power output, which is the primary consideration on a race bike.
The alternative would be looking at TT bikes with steeper 77-78deg STAs but that's primarily because aerodynamics is more important than power output on flatter TT stages. The overall fit isn't even that different, it's just rotated around the BB, so you have steeper STA paired with lower bars that are farther away from the rider, which absolutely doesn't translate to MTBs.
a few quotes from a quick bit of research:
'only the 69 degrees STA appeared to be a detriment to steady-state cardiorespiratory responses during cycling, whereas the 76 degrees, 83 degrees, and 90 degrees STAs elicited similar cardio-respiratory responses'
+
'seat tube angle of 80 degrees ... power efficiency significantly higher compared with an angle of 74 degrees'
every bike i've owned in the last 10 years, from XC hardtails to long travel enduro rigs, would have benefited from a steeper seat tube angle. i've pushed the saddle as far forward as it would go on each of them. perhaps that's just personal preference but i think we've all experienced the feeling of having a hard time putting the power down on steep climbs because the geometry is pitching our COG so far back.
i don't remember who said it but it is a decent analogy- if you wanted to crush an empty can on the floor, you would stand on top of it. you wouldn't sit in a chair with your feet out in front and then try to crush it by pushing down.