チタン部品
It's not just about lightness. Titanium parts support the quality of the ride.
NEXT SCIENCE titanium parts are not just for weight reduction.
We use Ti-6Al-4V titanium alloy, which is lightweight, has excellent specific strength, and flexible properties. By using it in critical areas that affect vehicle movement and power transmission, such as bolts and axle shafts, we pursue vehicle manufacturing that leverages the inherent characteristics of the material itself.
At NEXT SCIENCE, instead of merely pursuing lightness by shaving down wall thickness to the limit like racing parts, we have developed our products with a focus on improving the feel in everyday use, prioritizing a balance of strength, durability, and stability necessary for vehicles driven on public roads.
Titanium bolts are used as important fastening components connecting various parts of the vehicle, such as wheels, brake discs, and brake calipers.
They are designed not merely as a lighter alternative to steel bolts, but with consideration for the characteristics of the bolts that connect parts, focusing on how rider operations are transmitted to the vehicle during acceleration, deceleration, braking, and cornering.
Titanium axle shafts are crucial components that support the center of wheel rotation.
Beyond considering unsprung weight reduction, we also account for the balance between straight-line stability and handling. Rather than simply aiming for the lightest possible weight, we set the weight while ensuring the strength and durability required for public road use.
Furthermore, titanium is a rust-resistant material and possesses excellent corrosion resistance, making it suitable for long-term use as a mechanical component.
From a single bolt to a single shaft, we consider the material from the ground up.
From weight reduction, strength, and durability, to the feel experienced during driving.
NEXT SCIENCE titanium parts were born from confronting each individual component that makes up a vehicle and pursuing a higher quality riding experience.
