Motion Control Beam (MCB)
Engineered for superior chassis stability, the MCB employs a precision circular disc spring to distribute and absorb external impact forces.
Its elastic friction plate deforms under load and rebounds smoothly to absorb shock energy, while controlled friction between the plate and cylinder generates natural damping.
The result is enhanced body rigidity, reduced vibration, and a more confident, composed driving experience.
Motion Control Beam (MCB)
Engineered for superior chassis stability, the MCB employs a precision circular disc spring to distribute and absorb external impact forces.
Its elastic friction plate deforms under load and rebounds smoothly to absorb shock energy, while controlled friction between the plate and cylinder generates natural damping.
The result is enhanced body rigidity, reduced vibration, and a more confident, composed driving experience.
Motion Control Beam (MCB)
Engineered for superior chassis stability, the MCB employs a precision circular disc spring to distribute and absorb external impact forces.
Its elastic friction plate deforms under load and rebounds smoothly to absorb shock energy, while controlled friction between the plate and cylinder generates natural damping.
The result is enhanced body rigidity, reduced vibration, and a more confident, composed driving experience.
Motion Control Beam (MCB)
Engineered for superior chassis stability, the MCB employs a precision circular disc spring to distribute and absorb external impact forces.
Its elastic friction plate deforms under load and rebounds smoothly to absorb shock energy, while controlled friction between the plate and cylinder generates natural damping.
The result is enhanced body rigidity, reduced vibration, and a more confident, composed driving experience.
Motion Control Beam (MCB)
Engineered for superior chassis stability, the MCB employs a precision circular disc spring to distribute and absorb external impact forces.
Its elastic friction plate deforms under load and rebounds smoothly to absorb shock energy, while controlled friction between the plate and cylinder generates natural damping.
The result is enhanced body rigidity, reduced vibration, and a more confident, composed driving experience.
Motion Control Beam (MCB)
Engineered for superior chassis stability, the MCB employs a precision circular disc spring to distribute and absorb external impact forces.
Its elastic friction plate deforms under load and rebounds smoothly to absorb shock energy, while controlled friction between the plate and cylinder generates natural damping.
The result is enhanced body rigidity, reduced vibration, and a more confident, composed driving experience.
Motion Control Beam (MCB)
Engineered for superior chassis stability, the MCB employs a precision circular disc spring to distribute and absorb external impact forces.
Its elastic friction plate deforms under load and rebounds smoothly to absorb shock energy, while controlled friction between the plate and cylinder generates natural damping.
The result is enhanced body rigidity, reduced vibration, and a more confident, composed driving experience.
Motion Control Beam (MCB)
Engineered for superior chassis stability, the MCB employs a precision circular disc spring to distribute and absorb external impact forces.
Its elastic friction plate deforms under load and rebounds smoothly to absorb shock energy, while controlled friction between the plate and cylinder generates natural damping.
The result is enhanced body rigidity, reduced vibration, and a more confident, composed driving experience.
Motion Control Beam (MCB)
Engineered for superior chassis stability, the MCB employs a precision circular disc spring to distribute and absorb external impact forces.
Its elastic friction plate deforms under load and rebounds smoothly to absorb shock energy, while controlled friction between the plate and cylinder generates natural damping.
The result is enhanced body rigidity, reduced vibration, and a more confident, composed driving experience.
Motion Control Beam (MCB)
Engineered for superior chassis stability, the MCB employs a precision circular disc spring to distribute and absorb external impact forces.
Its elastic friction plate deforms under load and rebounds smoothly to absorb shock energy, while controlled friction between the plate and cylinder generates natural damping.
The result is enhanced body rigidity, reduced vibration, and a more confident, composed driving experience.
Motion Control Beam (MCB)
Engineered for superior chassis stability, the MCB employs a precision circular disc spring to distribute and absorb external impact forces.
Its elastic friction plate deforms under load and rebounds smoothly to absorb shock energy, while controlled friction between the plate and cylinder generates natural damping.
The result is enhanced body rigidity, reduced vibration, and a more confident, composed driving experience.
Motion Control Beam (MCB)
Engineered for superior chassis stability, the MCB employs a precision circular disc spring to distribute and absorb external impact forces.
Its elastic friction plate deforms under load and rebounds smoothly to absorb shock energy, while controlled friction between the plate and cylinder generates natural damping.
The result is enhanced body rigidity, reduced vibration, and a more confident, composed driving experience.
