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Handlebar 3OX Carbon 9° med

Art.No: 2867
Sitting Position Moderate/Slightly Bent Forward
279,95 €
incl. tax, plus * shipping
Coming Soon

3OX 9° Carbon the downhill handlebar

After the limited special edition of the 3OX Camo Carbon handlebar has enjoyed great popularity in the Downhill Mountainbiking and Gravity, we have now relaunched it with black, glossy decals but the usual 9° Backsweep.

Elias Schwärzler and Fabio Wibmer are known to most in the bike scene. Through backflips on the most daring jumps, huge stair gaps, crazy lines through cities, big drops and many unusual video projects, the two guys from Austria have become known worldwide.

What expertise, if not theirs, should you consult when you want to design a carbon downhill handlebar that is light but at the same time can ensure maximum stability? We have of course done exactly that and developed the 3OX carbon handlebar with downhill-oriented geometry in collaboration with the two exceptional talents, already three years ago.

Rise

available in two different rises: medium at 25 mm and high at 55 mm to meet the needs of riders of different heights.


9° Backsweep 

The 9° backsweep allow a dynamic, active position on the bike when riding downhill and gives you the necessary control over the front wheel and plenty of freedom of movement when absorbing bumps and drops.

What type of handlebar are you ?

9° Backsweep

for a dynamic and active riding position in the bike park.


12° Backsweep

for a more upright sitting position on the All Mountain and Enduro.


16° Backsweep

for a stretched sitting position on the hardtail or Racefully.


3OX Carbon-Layup

The carbon layup has been optimized for maximum stability and further reinforced in the direction of tension and compression for extreme impacts. Nevertheless, the handlebar is extremely light in relation to its load capacity.


Reinforcement in the clamping area
Increased horizontally laid fibers for perfect control. Additional longitudinally reinforced fibers on the underside.
Glass fiber reinforcement at the ends of the handlebars

Carbon Technology

So that the 3OX can withstand the loads in the Gravity & E-Performance area, unidirectional fibers lie increasingly in handlebar direction (0 ° orientation). This layer structure leads to a high stiffness, allows perfect control, and provides optimum strength.
 
                                                                                                          

Customize your SQlab 3OX handlebar

Customize the 3OX handlebar according to your ideas and give it your own stickers. The handlebar can be fully customized in the following configurator.

                              

Technical specifications at a glance
ARTICLE NUMBER(S)
2867 / 2952
AREA OF USE/BICYCLE TYPE
MTB Gravity & E-Performance
WEIGHT(S) IN G
approx. 245 / 270
MATERIAL
T1K Carbon
WIDTH(S) IN MM
800
MAXIMUM CUTTING WIDTH IN MM
780
RISE IN MM
med 25 / high 55
BACKSWEEP IN °
9
UPSWEEP IN °
4
DOWNSWEEP IN °
0
CLAMP DIAMETER IN MM
31,8
STEM CLAMPING WIDTH IN MM
Min. 46 - Max. 58
MAXIMUM TORQUE IN NM
8
MAXIMUM SYSTEM WEIGHT ALLOWED IN KG
120
E-BIKE READY
Yes
DIN/ASTM CATEGORIES
5
Description at a glance

In cooperation with the YouTube stars Fabio Wibmer and Elias Schwärzler, a limited special edition of the popular 3OX handlebars with a 9° backsweep was developed three years ago. 

Due to popular demand, this downhill handlebar will be relaunched for Mountainbikers and Gravity riders. The revised version is available in two different rises: medium at 25 mm and high at 55 mm to meet the needs of riders of different heights.

The carbon layup has been optimised for maximum stability and reinforced again in the direction of pull and push for extreme impacts. Nevertheless, the handlebar is extremely light in relation to its load capacity.

+ Solid & safe
+ Rise Med & High
+ 9° Backsweep
+ Carbon

Carbon technology
To ensure that the 3OX can withstand the loads in the Gravity & E-Performance range, unidirectional fibers are increasingly laid in the handlebar direction (0° orientation). This layer structure leads to a high stiffness, allows perfect control, and provides optimum strength. 



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