Before you send your bicycle for a build, please inspect your boxes carefully to make sure all parts are present and undamaged.
Here's a friendly reminder of what you agreed to when you purchased your THESIS bike:
I understand the OB1 is a 20% assembled bicycle and that improper assembly can result in product damage or failure that may lead to injury or death. I agree to bring my THESIS bicycle to a qualified and insured professional mechanic for frame up assembly, or else that I am a qualified professional mechanic assembling it myself. I further agree not to hold THESIS liable for any damages resulting from improper assembly.
Why do we believe local professional assembly matters?
Factory-assembled bikes are often poorly put together and rarely fit right out the box. Investing in a frame-up build and fit by a local professional results in a more comfortable, better performing, and longer lasting bicycle. That’s why we ship the OB1 to you 20% assembled and pass on the savings. And here’s the thing: compared to factory assembly, once all build and fit costs are factored in, you still end up spending less for a bicycle built right for you.
If you need help finding a professional bicycle mechanic to assemble your bike, drop us a line at firstname.lastname@example.org. We’d be happy to help.
Build Time: 3-4 hrs for a skilled professional mechanic, depending on bike options and add-ons
Click here to view the latest frame-up assembly guide. We will continue to enhance and improve this as we get your feedback, so please make sure you always check back here for the most updated file.
Last updated: December 7, 2018
Questions? Suggestions? Just want to say hi? Send us an email or schedule a call with us.
Frequently Asked Questions
Short answer: it’s far lower than most people think.
We created the guide below as a starting point for determining ideal tire pressures for your particular body, terrain, and riding style. Off-road, the goal is to run low enough for optimal traction and shock-absorption, but high enough to prevent rim impacts over rough terrain. On road, the goal is to minimize rolling resistance and vibration-induced fatigue.
In both cases, because more of your mass will be distributed over the rear axle, consider running your front tire 5-8% lower for improved traction and comfort.
You’ll may notice that our recommended road pressures are substantially lower than what you may be used to with traditional 23/25/28mm tubed tires. Testing has shown that such wider rim/tire combinations offer superior rolling resistance relative to narrower combos. While running pressures that are slightly lower than our recommendations can improve traction and comfort with little-to-no impact on rolling efficiency, running higher than recommended pressures will reduce efficiency along with traction and comfort.
Yes, but you’ll need a model that doesn’t interfere with the dropper’s operation. Specifically, you’ll want something small and secure that attaches to the saddle rails and not the seatpost itself, and you’ll want to make sure it doesn’t get in the way when the post is fully dropped. Other options for on-bike storage include mounting a bottle cage to the bottom of the downtube for use with a bottle-shaped storage container, mounting a bento to the top of the top tube, or mounting a handlebar bag the bar’s wide central clamping area.
Not that for larger/heavier bikepacking-style seat bags, we recommend using your standard (non-dropper) seatpost.
It is completely normal in the beginning for tubeless tires to slowly leak air while the sealant works its magic. The same thin but robust sidewalls that provide such a smooth and efficient ride also have micro-pores that need to be filled, so it is entirely normal for a bit of sealant to weep through during the sealing process.
The best course of action is to ride. The sealant will foam up as it sloshes around, and riding continuously bathes the sidewalls in sealant in a way that a quick shake and spin during assembly cannot. Just be sure to bring a pump, tube, and 6mm hex wrench (for the thru-axles) just in case, as is good practice for all of your rides.
Dial in your fit with reach adjust. Get more power and control from your SRAM brakes by adjusting them to fit your hands. The adjustment is located between the shift lever blade and the brake lever blade on the underside of the brake lever. Pull back the shift lever to access the 2.5mm hex adjustment screw. When viewed from the bottom, turn the wrench clockwise to move the lever away from the bar and turn the wrench counter-clockwise to move the lever closer to the bar. Once you have your adjustment made, check to make sure that when the brake lever is pulled firmly, it doesn’t bottom out on the handlebar, limiting your braking power.
Levers feel spongy? You may need a re-bleed. While SRAM hydraulic brakes come pre-bled from the factory, the process of cutting and resizing the hoses to route them internally through your bicycle’s frame and fork can introduce enough air to the system to affect brake performance. This is why we recommend re-bleeding each system after installation in our assembly guide. Still having issues after a re-bleed? You may still have air in the system. If the situation doesn’t improve after a few squeezes of the lever, ask your mechanic if another bleed is needed. If bleeding the system yourself, be sure to follow SRAM’s recommended bleed procedure and pay particular attention to how dissolved gasses are removed from the brake fluid (time 0:59).
For more information, check out SRAM’s Road Hydraulic Brake Tips and Tricks.