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  • 8953360440 Toyota COMPUTER, 4 WHEEL

8953360440 Toyota COMPUTER, 4 WHEEL, Price: 198.62$, Weight: 0.354kg

    • Make Number Name Availability Weight, kg Ship in, Days Price

    Toyota

    8953360440

    COMPUTER, 4 WHEEL

    		 0

    0.354

    7-10

    198.62$
    Not Available

    Originals

    Make Number Name Availability Weight, kg Processing, days Price  
    Toyota
    8953360440 
    COMPUTER, 4 WHEEL
    		8
    0.407
     Dispatch 24h
    262.72$
     
    Toyota
    8953360440 
    COMPUTER, 4 WHEEL
    		9
    0.407
    2-3
    218.93$
     

    Substitutions

    Make Number Name Availability Weight, kg Processing, days Price  
    Toyota
    8946748011 
    SENSOR, AIR FUEL RATIO
    		49
    0.148
     Dispatch 24h
    283.60$
     
    Toyota
    8946748011 
    SENSOR, AIR FUEL RATIO
    		90
    0.148
    2-3
    236.33$
     

    Compatibility

    DescriptionModelOptionsProd PeriodDiagram
    FJA300,GRJ300,VJA300,VJH300VJA300L-GNUAZVATM,MTM: AUTOMATIC TRANSMISSION; Seating Capacity: 7-SEATER; Driver's Position: LEFT-HAND DRIVE VEHICLES; Fuel Induction: TURBO SYSTEM; Gear Shift Type: ATM, 10-SPEED FLOOR SHIFT; Engine: (V35AFTS) 3500CC 24-VALVE DOHC; Destination: GULF CORPORATION COUNCIL04.2021 - ... View

    4-Wheel Drive Computer Module 🚗

    The 4-Wheel Drive Computer Module, an essential component in the modern drive system, is the brain of a 4WD vehicle. Its primary function is to continuously monitor and manage the distribution of power between the front and rear wheels, optimizing traction and stability across diverse terrains. This intricate component ensures that your vehicle remains agile and safe, whether navigating rough off-road trails or smoothly transitioning over slippery surfaces.

    Why the 4WD Computer Module is Essential

    The need for this module stems from its ability to provide enhanced control under various driving conditions. It interfaces with numerous sensors, processing input data like wheel speed, throttle position, and steering angle to determine the best settings for wheel engagement. This seamless coordination not only enhances performance but also protects the drivetrain from unnecessary stress.

    How It Works

    Using complex algorithms, the module makes real-time adjustments, ensuring optimal torque distribution. This adaptive system keeps the vehicle steady, reducing the risk of skidding and improving fuel efficiency, and provides a superior driving experience.

    Consequences of a Faulty Module

    If this vital component fails, your vehicle may face unpredictable handling characteristics. Drivers may experience erratic power distribution, resulting in potential loss of control in adverse conditions. Additionally, prolonged neglect could lead to mechanical failures in related systems, increasing repair costs.

    Compatible Models:

    • Land Cruiser