Airborne Hobgoblin FS 29″er: First Impressions- by Guitar Ted
It has been awhile now, but I have posted the Out Of The Box on the Hobgoblin here. Now that the trails are finally open, I have a First Impressions post ready to share...
Airborne Hobgoblin FS 29″er: First Impressions- by Guitar Ted
It has been awhile now, but I have posted the Out Of The Box on the Hobgoblin here. Now that the trails are finally open, I have a First Impressions post ready to share. First though, some tech to pass on with a few numbers to chew on as well….
Airborne Hobgoblin
Geometry: One of the things I missed last post was the geometry of the Hobgoblin. It is a very different bike than the last full suspension 29″er I tested! That was a long, low chassis with slightly slacker angles than this blue meanie. The Hobgoblin sports a steeper geometry than many newer full suspension 29″ers with a head angle of 71° and a seat tube angle of 73°, (as I measured them static, no rider on board), so a bit different in that regard. The chain stays are a longish 18″. Again- something we were used to seeing only a year or two ago, but this is now on the extreme. The bottom bracket seemed a bit tall to me out of the box, and it is: 13 1/4″ unsagged. I measured the top tube at 24 1/8th”, which seems a bit short for a size Large these days. The bike sports a long tiller to make up for that though, with a 110mm stem stock.
Weighty Matters: As I mentioned in the Out Of The Box, the Hobgoblin seems a bit portly at 31+ pounds, but with a bit of judicious parts swapping, a rider could dump a fair amount of weight right away. Specifically noted here are the wire bead AKA tires, which weigh 940gms each. (Standard TNT folders in the AKA model weigh 730 gms for reference) Tubes weighed 230 gms each, so by going to a lighter tubeless tire model a rider could cut a quick 1.75lbs off the Hobgoglin pretty easily. Maybe even a little more. Suddenly it doesn’t seem quite so heavy when you consider that, but it is on the consumer to make that change, obviously.
Ride Impressions: The Hobgoblin was ridden on some wettish, slippery, rooty trails and a big section of new cut trail with some outings on dry dirt to boot. Upon mounting the bike I felt “on top” of the rig, and not “down in” the bike, as I have on some of the other full suspension rigs tested over the past year or so. Chalk that up to the high bottom bracket and the shortish front center. The Hobgoblin cuts through corners with authority in tight single track. This fully is by far the quickest handling of the lot I’ve tested in over a year or so. The long back end did not seem to hang me up, but it did make lofting the front end a chore. This is compounded by the short front/long stem which pins the front wheel by biasing your weight to the front more. Good for fast cornering, bad for playfulness.
I liked the way the Hobgoblin climbed. It has a planted feel, and with that longer chain stay, it prefers a seated climber and it will steer at slow speed almost too easily due to the long stem/steeper head tube angle that it has. The suspension can be set to be active and it helps dig that rear tire in on the steeps. (More on the suspension set up momentarily.) Going down wasn’t bad either, but you are committed to pinning the front wheel due to the way the Airborne is laid out. It almost is as if you are on an old school XC racer, really. Chassis feel was stiff. Probably on top of the heap when it comes to torsional and lateral rigidity. The Airborne is quite impressive in this regard.
Suspension Set Up: here is where I feel the Hobgoblin falls a little flat. The Monarch dampers, (which have appeared on several of the past full suspension rigs coming through here of late), have been pretty decent dampers. However; the RL version on this Airborne is not a great match for the bike, in my opinion. You have the choice of running the damper “wide open” or locked out, and neither works great, if you set the bike up in the “normal” way. I did find a way to “trick” the damper into doing my bidding though. Instead of setting up the sag in t