About Scott Addict 50 2026
Scott's Addict 50 road bike delivers high-performance rides at great value with comfortable frame geometry more riders can get behind. It's the ideal road bike for riders who love the ride more than the effort but want the option to unleash a town line sprint or fast descent should the route ask for it.

Addict 50 is lean, aerodynamic, and responsive on the pedals thanks to Scott's HMF carbon layup. But it's also 25% more vertically compliant than their racing-focused frames to soften road feedback and deliver a smoother and less fatiguing ride overall so you can ride fast when the mood strikes and be punished less for it as well.

Geometry is open with a taller stack and a shorter reach than racing platforms. No need to pretzel yourself in the Addict to get rolling. Tyre clearance is also open wide at a max of 38mm, so should you want to explore a mixed-surface ride, you'll have the big tyre cushion underneath and a comfortable power position in the saddle to log a big day way out there.

Scott equipped Addict 50 with the versatility for whatever ride you go on. Shimano's 105 mechanical 2x drivetrain delivers workhorse performance and reliability on a budget, and durable Syncros RP2.0 wheels on Schwalbe ONE tyres are ready to go the distance.

Features
Addict HMF Carbon Frame

Addict HMF Carbon Fork

Shimano 105 Disc 24 Speed Drivetrain

Syncros RP2.0 Disc Wheelset

Schwalbe ONE Tyres

Syncros Carbon/alloy Parts

Compatible with Syncros IS Road Frame Bag

Compatible with Syncros Campbell 20 D IL Rear Light

Compatible with Syncros Save The Day Kit IS-R300

Frame Geometry (units in mm unless otherwise indicated)

Please note that bike specifications are subject to change without prior notice.

About Scott
Scott Sports was founded in 1958 by Ed Scott in Idaho, USA and operates its headquarters from Givisiez, Switzerland. They produce bicycle, wintersport, motorsport and running equipment. They are known for their innovative products which have been used to win world championships and races at the highest level.