SPR aluminum alloy chassis reinforcement structural rod
Made by No. 6XXX aluminum alloy
Comprehensively enhance the rigidity & prevent deformation for vehicle body.
Balance four-wheel torque to increase chassis life
Increase body safety and driving comfort
Improve the stability of cornering
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.
SPR designed the front lower secondary bar for the 2024-2025 Mitsubishi J-Space. Made from high-strength 6-series aluminum alloy, it effectively strengthens front axle rigidity, reduces steering wheel vibration, extends chassis life, and improves cornering stability and driving feel.
There are girders & drive shaft support in the chassis for general RV engine designing of main Structure. But the top of the suspension system is only fixed by the body sheet metal, and the difference between the upper and lower support strengths is too large, so one is installed at the engine room body sheet metal fixed suspension system. The vehicle upper and lower structure could be more perfect and improve safety.
The front wheel suspension system of the RV is independently suspended for maximum cushioning, but the transmission of residual power is ultimately absorbed by the car body. It is easy to cause unilateral effort, using the balance bar to transmit the force of the single-sided independent suspension system to the other side, and it is transmitted at the same time. When the two sides are evenly stressed, the comfort is naturally increased, and the driving control is more flexible.
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.
Aluminum Alloy Underbody Guard|OEM Fit・Durable Protection
Made from high-strength aluminum alloy, combining light weight with excellent impact resistance.
Precisely engineered to match the original factory underbody design—no drilling or modification required.
Integrated drainage holes allow rainwater to escape easily, keeping the chassis dry and corrosion-free.
Effectively shields the battery pack and electronic systems from road debris, water, and impact.
OEM look, upgraded defense.
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.
前後一組不分售
MCB 車體強度控制器
以創新的「圓形碟狀彈簧結構」有效分散外部衝擊力,穩定車體剛性。
內部的彈性摩擦板在受力時微幅變形,回復過程中吸收震動能量,
同時透過摩擦與缸體間的接觸產生阻尼,化解多餘震動,帶來更扎實、平順的駕馭感。