The Molotok is designed using modern forward geometry to create a bike that has a long front center, long wheelbase, long fork travel, and what the heck, let’s put plus tires on it. It’s boost frame can accommodate up to 29×3.0 tires. It has been tested with 3.0 tires and the new semi-plus 2.6 sizes coming out. It’s a fun ride either way. The 3.0 tires provide tons of traction and roll over everything in sight, while the 2.6 rubber isn’t far behind and feels a bit more nimble. The titanium construction is light, and the prototype with 29×3.0 rubber was only 29 lbs ready to go.
It’s probably pretty obvious that this bike wants to go downhill, and it has provisions for an internal dropper post. But, it will also climb! With a 74-degree seat tube angle, the rider is up forward of the relatively short 435mm chainstays, and the bike climbs well without lofting the front end unexpectedly. Fork flop is minimal with the 66-degree head tube angle. This bike can rail corners, too, despite it’s length!
The Molotok is a trail simplifier. It simply rolls over obstacles that would cause other bikes to get rejected or stall out. It flows up, along, and down the trail and is a great platform for riding all day. The cockpit is surprisingly comfortable because the reach to the bars is normal due to the seat angle. Tested on the Arizona Trail and many other rocky southwest trails, it’s a solid bike to use for trail, all mountain, bikepacking, and hardtail-style descending. If all you have is a Molotok…hammer the trails!
- Construction – Light and beautifully crafted titanium
- Axle Spacing – 12mm x 148mm boost
- Dropouts – Sliding Paragon compatible
- Headtube – Tapered
- Bottom Bracket – BB92 press fit
- Seatpost – 31.6mm; dropper compatible
- Bottle Mounts – Top of downtube, bottom of downtube, seat tube
- Wheels/Tires – 29+ (up to 3.0) tires
- Forks – Geometry supports 140mm up to 165mm
- Versatile design works for trail, all-mountain, or bikepacking
Geometry numbers in millimeters. Dimensions are using an unsagged 160mm 29er fork.
Standover measured from midpoint between seat tube and head tube.
Cockpit geometry numbers are representative only, as our frames are custom fit according to rider measurements.
TT Effective Length
Seat Tube Length
Seat Tube Angle
Head Tube Length
Head Tube Angle