Will this work on an upright indoor stationary bike?
1187280
It should if the tube that the seat slides into will hold it securely. Most exercise bikes have adjustable seats similar to bikes that are used outdoors. The seat angle can generally be adjusted to tilt more or less to keep the rider from sliding forward or backward while peddling. The other primary adjustment is the seat height, accomplished by sliding the seat post into the upright tube on the bike - standard stuff. There are only two possible issues to be aware of; 1) The seat post MUST be tight enough in the tube so that when the clamp at the top of the tube is tightened, the seat height will be maintained. If not, a good full service bike shop should be able to fit adapters to the post, tube, or both. It's not a big deal. 2) Due to the size of the seat, it works best when the extra support bars are used (actually one metal tube shaped like a long upside down 'U'). The seat comes with this U tube already attached to the seat. The bottoms of this bracket are normally attached to the rear axle of a street bike. Whether or not they can be attached to YOUR exercise bike remains to be seen. You might want to check whether the rear brackets of the seat will attach to your bike before ordering the seat because the brackets do make a big difference. Good luck. If it will work on your bike you'll love the seat.
979341
It should. Your bike likely came with 700x23c tires and if you order the same size rear tire for your indoor use, then you shouldn't have issues. If you wanted to put a 25mm or 28mm width then you might have problems that the tire is too wide to go through the fork or rear frame without rubbing. See your specs here: http://www.trekbikes.com/us/en/bikes/2011/archive/trek/15/
1577580
Probably, however; I personally would not because it is a stationary bike with very little stability for NOT TIPPING OVER while standing. I DO NOT believe it was constructed for that purpose....that's IS WHY there are different settings for making it harder to pedal. You would get the same effect by increasing the more difficult settings.
1867341
Based on my installation, it will work as long as you have a spoke to mount the magnet onto and a fork to mount the pickup onto. The rest is a simple wire connection up to the computer which is run up the frame and zip-tied in place. If your stationary bike has a flywehel design then it will be very hard to mount the magnet since the alignment to the pickup is pretty critical to get it close. From wha I have seen of most flywheel-type stationary bikes there isn't a good place to connect the magnet as designed. You would have to resort to some other means for mounting the magnet to the flywheel..hope this helps. Based on my installation, it will work as long as you have a spoke to mount the magnet onto and a fork to mount the pickup onto. The rest is a simple wire connection up to the computer which is run up the frame and zip-tied in place. If your stationary bike has a flywehel design then it will be very hard to mount the magnet since the alignment to the pickup is pretty critical to get it close. From wha I have seen of most flywheel-type stationary bikes there isn't a good place to connect the magnet as designed. You would have to resort to some other means for mounting the magnet to the... » Read More Based on my installation, it will work as long as you have a spoke to mount the magnet onto and a fork to mount the pickup onto. The rest is a simple wire connection up to the computer which is run up the frame and zip-tied in place. If your stationary bike has a flywehel design then it will be very hard to mount the magnet since the alignment to the pickup is pretty critical to get it close. From wha I have seen of most flywheel-type stationary bikes there isn't a good place to connect the magnet as designed. You would have to resort to some other means for mounting the magnet to the flywheel..hope this helps. « Show Less
1080207
Standard I.S.O. size, used on the vast majority of newer bicycles with upright handlebars.They are 7/8 with a 1inch clamp, So no I dont think it will work sorry
1130745
Yes. The bike ships without the pedals installed so that's one less step! Just be aware that there is not the same amount of standover height as a balance bike, though.
1915467
Depends on the frame width. Mine would work but with very little wiggle room
1234872
Hey, you might be able to use it on a stationary bike. The dynamo has a wheel that needs to be in contact with a bike wheel and that's what makes it spin which generates electricity. If your stationary bike has a physical wheel that spins and is external to the machine then it would work. For example I have mine connected to the back wheel of my bike which is on a trainer in my house. So the bike doesn't actually go anywhere but the spinning of the wheel spins the dynamo which generates the electricity. Hope this helps.
1273093
It should fit on most stationary bike seats that look like the traditional racing bike seat. I cannot verify that it will fit on all bike seats.
341912
Depends on your handlebars. It doesn't work on my road bike. The handlebars have to be round.
274173
It should with no problem. My vintage steel bikes weigh in at a bit less than 30 pounds.
2088439
Its for a standard speed bike or a spinning class bike. Any oversize seat for stationary exercise home bikes or vintage bike will not fit
1736349
By the looks of it, if the exercise bike has a standard type bike seat, it should work.
1735941
My guess is yes. It works flawlessly on the bodywork of sport bikes. You'll want to place it on a fairly flat surface (no matter if its vertical or horizontal)
807027
I own a Gravity Zilla cyclocross bike with disc brakes. Works great with this rack. if you have an indoor trainer you will need to remove the rack
1434431
Short answet: yes.Long answer: it depends on the fixation system of the seat to the pole on your stationary bike.
1233219
As with any normal bike, standing wont ruin the equipment. However, with this stationary bike,the arm bars are constantly moving, so standing may be difficult. (your arms have to hold onto something)