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Hexagon R8

Hexagon R8

13,0
kg
27
gears
27.5
inch

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Size:

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Specification

Frame
Frame material Aluminium Performance
weight 13,00 kg
Fork SR Suntour XCT V4 (travel 100mm)
Rear shock -
Wheels
Front hub Joy Tech D041DSE
Rear hub Joy Tech D142TSE
Tires Mitas Ocelot 27.5"x2.1"
Rims Kross Disc (Alloy, Double Wall)
Drive
Front derailleur Shimano Altus FD-M370
Rear derailleur Shimano Deore RD-M592
Front brake Shimano HDC300 (hydraulic, rotor )
Rear brake Shimano HDC300 (hydraulic, rotor )
Brake levers Tektro HDC300 (hydraulic)
Shifters Tektro HDC300 (hydraulic)
Crankset SR SUNTOUR XCM 44/32/22T
Bottom bracket FP-B902
Chain Shimano CN-HG53
Casette / Freewhell Shimano CS-HG200
Components
Handlebar Kross Active Components (alloy, low rise, 680mm, 31,8mm)
Stem Kross Active Components (alloy, ahead, S - 75mm, M - 90mm, L/XL - 105mm, 31.8mm)
Seatpost Kross Active Components (steel , S - 300mm, M/L/XL - 350mm, 27.2mm)
Headset Feimin FP-H816
Saddle Velo VL-3275
Grips Kross Grip Propalm
Pedals Steel/Plastic

Geometry

   
S
M
L
  Height
  Wheel size
fs Frame size 17 19 21
st Seat tube length 430 480 530
tt Top Tube effective length 575 585 605
ht Headtube length 125 135 145
sa Seat tube angle 72,5 72,5 72,5
ha Headtube angle 70 70 70
cs Chainstay length 433 433 433
wb Wheelbase 1048 1058 1079
reach Reach 380 387 403
stack Stack 619 328 638
bbdrop BB Drop 45 45 45

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Technology

The aluminum performance 6061 alloy means that the frame is highly stiff and resistant to breakages, while retaining the light mass typical for aluminum.
Guarantee large brake force and good modulation of it even in the most severe weather conditions, they also last for much longer than traditional brakes.
Method used to shape tubes by pressurized liquid injection. This technology primarily creates a lighter structure characterized by higher durability and precise finishing.
Painting by placing electrified powder paint molecules onto aluminum, which requires heat treatment. After sintering the varnish surface creates a perfectly smooth coat which is very resistant to mechanical damage.
We created a system of exchangeable dropouts in order to protect our frames as much as possible. In case of damage they can be easily and quickly exchanged. Screws or a special nut are used for the dropout in order to minimize frame damage.