that ' s about as idiotic as your first post , are you competing against yourself ? <| sep |> Pretty alright , I got my 3 rd lumberjack out of a magical . <| sep |> I can ' t wait 😛 <| sep |> Not every of them , as I saw in one of the maps as a killer an survivor kept running through the same window multiple times but it didn ' t got blocked . <| sep |> No problem . You should still have a warranty , v 2 ' s come with a 5 year warranty . I just consider my self lucky I don ' t have to deal with Corsair directly , the store I bought my v 2 from offered a return through their local store . <| sep |> Thanks for your response ! I ' ve managed to construct the basic Direct online model and I am now trying to figure out how exactly to implement the VHz controller . I can control the voltage by decreasing the modulation index of the PWM output giving a lower voltage , but I need a way of simultaneously controlling the frequency of the reference sine waves of the PWM while maintaining the VHz ratio . Essentially so that I can soft start the Induction Motor and do so in a way that allows the user to input control parameters such as the duration of soft starting . At this point it ' s really my lack of experience with simulink that is providing the difficulty ! Is this just a fiddle around with some basic signal blocks in simulink ? On a similar note , when I ' ve provided a ramp input to the reference triangular wave in order to alter the modulation index of the PWM , the plot of the rotor currents show an exponential growth in the rotor currents until the direct on line value is reached . I was expecting a linear increase in rotor current until reaching Direct online value ? Do you know why this is ? Thanks again !