An additional hydraulic pump is responsible for this transferral: if a pre-determined torque value for the wheels is exceeded, the pressure is rerouted via a magnetic valve to a faster-turning wheel, thereby braking it.
Electronic Differential Lock
The Electronic Differential Lock (EDL) applies brake force with the utmost precision to a rotating drive wheel up to a certain speed and then transfers the torque to the other wheel.
![Electronic Differential Lock](https://lh3.googleusercontent.com/blogger_img_proxy/AEn0k_s2B7fIOpxuT3V_SQEt43V621zDvNCwgrx15UWlvEU37VFIPGY8FG6Muimp992TTwjn8zs0grRP4Ewx-y8RNcKYwmkjD5Igv80uCvbkdprXduFcMxE_FoOhnmgFnaJh8vFtlTZ1U-4Y-sk4KQMEqnaU1oLLezWioRZGh9Y=s0-d)
An additional hydraulic pump is responsible for this transferral: if a pre-determined torque value for the wheels is exceeded, the pressure is rerouted via a magnetic valve to a faster-turning wheel, thereby braking it.
An additional hydraulic pump is responsible for this transferral: if a pre-determined torque value for the wheels is exceeded, the pressure is rerouted via a magnetic valve to a faster-turning wheel, thereby braking it.
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