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Product Detail
Specification:
Material: Aluminum A6063
Pipe Size :Outer diameter Φ22.2mm / inner diameter Φ14mm
[handlebar size]
Total height: 145mm
Full width: 700mm
Effective width of holder installation part: 150mm
Pullback size: 115mm
Pipe Size :Outer diameter Φ22.2mm / inner diameter Φ14mm
[handlebar size]
Total height: 145mm
Full width: 700mm
Effective width of holder installation part: 150mm
Pullback size: 115mm
[Description]
In today's diversified motorcycle scene, handlebars must also constantly evolve.
The performance of handlebars requires high rigidity, vibration absorption, and flexing characteristics.
The A7075 material used for cemented carbide aluminum sprockets has a high level of rigidity, but its vibration absorption and flexural properties are low because the material is too hard.
Therefore, HARDY road bar is made of A6063 aluminum, 4m thickness, which has well-balanced rigidity, vibration absorption and flexing characteristics.
Compared to A7075, it is not too hard and has both moderate bite and high rigidity.Furthermore, the standard machined handlebar brace improves the rigidity of the handlebar to cope with the weight of the vehicle, acceleration, deceleration G and engine power.
Special anodized finish minimizes fading and corrosion. 6 color variations.
Available in five sizes to suit all user positions.
The HARDY road bar is a world apart from aluminum handlebars in name only.
Steering stability continues to evolve...
●Pliant
Handlebars require no significant stiffness.
A6063 aluminum material is used to achieve an optimal bite that is neither too hard nor too soft
●Machined clamp
Machined from Tungsten Carbide Duralumin.
Maintains a high level of rigidity in the handlebar.
In addition, special stainless steel bolts are used to ensure high rust resistance.
●End taper processing
The bar ends are machined to a tapered shape.
Attention to detail.
●Knurling process
The knurling prevents the handle from shifting and helps to set the centering of the handle.
The performance of handlebars requires high rigidity, vibration absorption, and flexing characteristics.
The A7075 material used for cemented carbide aluminum sprockets has a high level of rigidity, but its vibration absorption and flexural properties are low because the material is too hard.
Therefore, HARDY road bar is made of A6063 aluminum, 4m thickness, which has well-balanced rigidity, vibration absorption and flexing characteristics.
Compared to A7075, it is not too hard and has both moderate bite and high rigidity.Furthermore, the standard machined handlebar brace improves the rigidity of the handlebar to cope with the weight of the vehicle, acceleration, deceleration G and engine power.
Special anodized finish minimizes fading and corrosion. 6 color variations.
Available in five sizes to suit all user positions.
The HARDY road bar is a world apart from aluminum handlebars in name only.
Steering stability continues to evolve...
●Pliant
Handlebars require no significant stiffness.
A6063 aluminum material is used to achieve an optimal bite that is neither too hard nor too soft
●Machined clamp
Machined from Tungsten Carbide Duralumin.
Maintains a high level of rigidity in the handlebar.
In addition, special stainless steel bolts are used to ensure high rust resistance.
●End taper processing
The bar ends are machined to a tapered shape.
Attention to detail.
●Knurling process
The knurling prevents the handle from shifting and helps to set the centering of the handle.
Caution
*Images are for reference only.
*Drilling holes in the handlebar is required for installation.
*When the width or height of the handlebar is changed, it may be necessary to replace the wire or harness.Please be sure to check the amount of play in the cables of your vehicle before purchasing.
*Drilling holes in the handlebar is required for installation.
*When the width or height of the handlebar is changed, it may be necessary to replace the wire or harness.Please be sure to check the amount of play in the cables of your vehicle before purchasing.
Applicable Models
Universal
