Scott Addict Rc 10 Bahama Yellow – Demo Bike

• Frame

  Addict RC HMX
  Road Race geometry / Replaceable Derailleur Hanger
  Internal cable routing

• Fork

  Addict RC HMX Flatmount Disc
  27.2mm Eccentric Carbon steerer

• Rear Derailleur

  Shimano Ultegra Di2 RD-R8150
  24 Speed Electronic Shift System

• Front derailleur

  Shimano Ultegra Di2 FD-R8150
  Electronic Shift System

• Shift Levers

  Shimano Ultegra Di2 ST-R8170
  Electronic Shift System

• Crankset

  Shimano Ultegra FC-R8100
  Hollowtech II 52×36

• Bottom Bracket

  Shimano SM-BB71-41B

• Chain

  Shimano CN-M8100-12

• Cassette

  Shimano Ultegra CS-R8101-12
  11-34

• Brakes

  Shimano BR-R8170 Hyd.Disc

• Brake Disc

  Shimano RT-CL800 rotor 160/F and 140/R

• Handlebars

  Syncros IC-R100-SL
  Carbon combo

• Seatpost

  Syncros SP-R101-CF

• Saddle

  Syncros Belcarra Regular 2.0

• Headset

  Acros AIF-1317

• Wheels

  Syncros Capital 1.0S 40mm
  24 Front / 24 Rear
  Syncros SL Axle

• Front tire

  Schwalbe ONE TLE Race-Guard Fold
  700x30C

• Rear tire

  Schwalbe ONE TLE Race-Guard Fold
  700x30C

• Accessories

  Syncros iS Drop Bar Tool 2

• Weight in kg (approx.)

  7.1

• Weight in lbs (approx.)

  15.65

• Total weight

  120kg
  Total weight includes bike, rider, equipment, and potentially additional luggage

INSIGHTS

LIGHTNESS AND TECHNOLOGY
SCOTT’s commitment to making lightweight bicycles is inseparable from its expertise in carbon technology. For the all-new Addict RC, we took our approach to making carbon road bikes and turned it on its head. Inspired by our approach to mountain bikes, we meticulously reevaluated our molding techniques, looking for innovative ways to improve performance on the road. The result? A significant 300 g reduction in frame kit weight compared to its predecessor, with no compromise on race performance.

PRECISION ENGINEERING

The ‘innovative manufacturing process (PP Mandrel) enables high-precision molding of internal surfaces and transition areas, combined with strength-optimized tube shapes that eliminate additional reinforcements and unnecessary filler material. The result is best-in-class tube profiles and surfaces that significantly reduce total frame weight without sacrificing strength or stiffness.