VDC Shock Absorber

51611THBH01 51621THBH01 Front VDC Shock Absorber for Honda URV Introduction Inductive shock absorber is a kind of "active" shock absorber. Different from the traditional passive shock absorber, the inductive shock absorber can control the damping force through the adjustment of the current, so its shock absorption effect is more accurate. Its structure usually includes electromagnetic coil, permanent magnet, guide rail and other components, by controlling the change of

Mercedes Benz GLE V167 1673202301 1673202401 Rear Electric Adjustable Shock Absorbers Introduction Inductive shock absorber is a kind of "active" shock absorber. Different from the traditional passive shock absorber, the inductive shock absorber can control the damping force through the adjustment of the current, so its shock absorption effect is more accurate. Its structure usually includes electromagnetic coil, permanent magnet, guide rail and other components, by

Front Electric Shock Absorber 31318091349 31318091350 for BMW G80 M3 G82 M4 G87 M2 Core Advantage Response speed: The adjustment time is only 5-20 milliseconds, far beyond the traditional hydraulic shock absorber. Adaptive mode: Support a variety of driving modes (such as comfort/sport/track), both daily driving and extreme handling. Road adaptability: Automatically filters out bumpy road vibrations while increasing support during curves or sharp acceleration. Energy

Air Shock Modified Coil Over Shock Absorber 2213209313 for Mercedes-Benz 2WD Applicable Models and Market Demand Shock absorbers with springs are widely used in mid-range models, such as ordinary cars, SUVs, pickup trucks and commercial vehicles, and are especially suitable for car owners who want to reduce maintenance costs, improve vehicle reliability, and adapt to various complex working conditions. In addition, for high-end models equipped with air suspension from the

Air Suspension Changed to Coil Over Shock 2203202438 for Mercedes-Benz S Class 2WD Advantages Reduce repair and maintenance costs: Air shock absorbers are expensive to replace, while spring shock absorbers are more affordable, simpler to replace and maintain, and do not require special electronic control systems or air pump maintenance, so long-term use costs are lower. Provide stable suspension support: Spring shock absorbers can provide stable support under various road

2203205013 Rear Coil Over Electric Shock Absorber For Mercedes Benz S Class Introduction Coil Spring Shock Absorber is a suspension system component that combines coil springs and hydraulic shock absorbers. Compared with the air shock absorbers commonly found in high-end models, spring shock absorbers have higher reliability, lower maintenance costs, and excel in durability and adaptability. Therefore, when faced with air shock absorber failures or high maintenance costs,

Front Variable Damper Control Shock Absorber 37116796925 37116863115 37116863115 37116796931 37116794135 37116790215 for BMW F02 Working Principle The operation of inductive shock absorbers relies on Faraday's law of electromagnetic induction. Central to this system are electromagnetic coils that move within a magnetic field when a vehicle or device experiences vibrations, cutting through magnetic inductance lines and generating an induced current. By adjusting the current

2213205513 Modified Coil Over Rear Shock Absorber for Mercedes Benz S Class Functional Changes after Modification Function Air Shock Coil Over Shock Height control Adjustable automatically/manually Fixed height Comfort Softer, adaptive Spring hardness dependent Load-carrying capacity Self-balancing Heavy loads compress springs Reliability Low (gas leakage) Higher Maintenance cost High Low Control feedback Softer More direct Product Picture Popular Products Shock Absorber

Electric Front Shock Strut Absorber C2D19108 C2D19642 C2D16483 for Jaguar XJ X351 Description Inductive shock absorber, also known as electromagnetic induction shock absorber or magnetorheological shock absorber, is an intelligent shock absorber system, which realizes real-time adjustable suspension performance by controlling damping force through electromagnetic induction technology or magnetorheological fluid. Compared with traditional hydraulic or pneumatic shock absorbers

Mercedes Benz AMG X 290 Rear Shock Absorber with Electric 2903208700 2903208800 Description The Inductive Shock Absorber is an advanced suspension component designed to enhance ride quality and vehicle handling through electromagnetic or inductive control technology. Unlike traditional mechanical dampers, this system uses induction-based sensing and adjustment mechanisms to provide real-time damping response based on road conditions, vehicle speed, and driving behavior. Model

Mercedes E Class 4WD 2113261200 2113261100 A2113200731 A2113266900 A2113261300 A2113200831 A2113267000 A2113261400 Electric Shock Assembly Suitable Models Car Model E 220 CDI E 200 CDI E 270 CDI E 280 CDI E 320 CDI E 200 KOMPRESSOR E 230 / E 250 JAPAN E 280 / E 300 JAPAN E 350 E 350 CGI E 240 E 320 E 500 E 500 / E 550 JAPAN Key Features Ride Comfort: Reduces vibration and road impact for a smoother driving experience. Improved Handling: Enhances vehicle stability during

A4633203502 A4633203602 Rear Electric Shock Absorbers for Mercedes Benz AMG G63 Description Our inductive shock absorber represents a breakthrough in vibration damping technology, combining electromagnetic induction principles with precision engineering. Designed for industrial and automotive applications, this innovative solution effectively converts kinetic energy from vibrations into controlled electrical energy, significantly reducing mechanical oscillations while

Electric Front Shock Absorbers A4633209701 A4633209801 for Mercedes Benz AMG G63 Description Our inductive shock absorber represents a breakthrough in vibration damping technology, combining electromagnetic induction principles with precision engineering. Designed for industrial and automotive applications, this innovative solution effectively converts kinetic energy from vibrations into controlled electrical energy, significantly reducing mechanical oscillations while

Mercedes Benz 4633200031 Rear Suspension System Shock Absorbers G 550 G350D Key Features Optimized Damping Performance Velocity-sensitive hydraulic valving system Progressive resistance for variable road conditions Durable Construction Cold-drawn steel piston rod with chrome plating Nitrogen-charged twin-tube design prevents aeration All-Weather Reliability Temperature-stable hydraulic fluid (-30°C to +120°C) Reinforced sealing system resists oil leakage Advantage OEM

BMW i8 Car 37106884586 Damping Shock Absorber Manufacturer Function Inductive shock absorbers offer several key advantages: they can intelligently adjust damping force to adapt to various road or load conditions, ensuring optimal performance across different scenarios. Additionally, some models are capable of recovering induced current and converting it into electrical energy, thereby enhancing energy efficiency. Compared to traditional hydraulic systems, inductive shock

Aftermarket 37116794532 Electric Shock Absorber Wholesale for BMW X5 E70 4.8i 3.0d 3.0sd 3.5d 30dX 35iX 40dX 50iX 35dX 40iX Automotive Inductive Damping System (Electromagnetic Shock Absorber) The automotive inductive damping system, also known as an electromagnetic shock absorber, is an advanced suspension technology that utilizes electromagnetic induction principles to achieve real-time vibration control. Unlike traditional hydraulic or pneumatic dampers, this system

Chevrolet Corvette C5 19302787 Front Electric Shock Absorbers L/R 1997 - 2004 Function The electromagnetic damping system operates through three key components working in harmony. At its core, the electromagnetic actuator - consisting of a coil assembly and permanent magnets - leverages Faraday's Law of Induction to convert electrical energy into precise mechanical force. Complementing this, a network of high-precision sensors including accelerometers and position monitors

Chevrolet Corvette C5 Rear Shock 19302791 Aftermarket Electric Damper Advantages Ultra-Fast Response: Achieves adjustment within 5-10 milliseconds, outperforming conventional MR (Magnetorheological) dampers (~20 ms). Energy Recovery: Regenerative design converts kinetic energy from bumps into electricity, improving energy efficiency by up to 15%. Customizable Modes: Enables seamless switching between comfort/sport/off-road profiles via drive mode selectors. Reduced Maintenanc

Buick LaCrosse / Allure 23113983 23109099 Front Variable Inductance Damper Key Features Vehicle Fitment: Buick Regal 2010–2015 (with electronic suspension) Technology: Inductive controlled damping Position: Front / Rear (optional configurations available) Installation: Direct OEM replacement, plug-and-play, no modifications required Durability: Made with high-strength alloy components, corrosion-resistant surface treatment Performance: Reduces body roll, pitch, and dive;

Chevrolet Corvette C7 84235048 Front Electromagnetic Damper 2014 - 2019 Description This front inductive shock absorber is a high-quality aftermarket replacement for the Magnetic Selective Ride Control system used in the Chevrolet Corvette C7 (2014–2019). Designed to replicate OEM performance and compatibility, it offers smooth, intelligent damping control through inductive technology—ensuring maximum ride comfort, handling precision, and dynamic driving performance. Key