I have often thought about how I would convert my FL1. I did originally think about the leaf motor into the gearbox as has been previously talked about. Should have more than enough power as the leaf motors can produce over 300hp if they are supplied with enough juice.
I have had an idea recently while working on an electric MG F project using an Outlander PHEV rear differential. The Outlander PHEV has motors built into the differentials. Two in the front(one acting as a generator to recharge) and one in the back. These motors are around 60kw each so easily enough for a Freelander. You could swap out the front and rear differentials for these. It would eliminate efficiency losses in the drive train and there would be no more VCU to worry about.
If there was enough space it would be a reasonably simple case of fabricating some mount adaptors and getting some new drive shafts made up. Traction control and ABS in the early FL1 at least would work the same. Should leave plenty of space for an inverter and batteries.
CAN messages can be spoofed by an Arduino if necessary for the later models.
I have had an idea recently while working on an electric MG F project using an Outlander PHEV rear differential. The Outlander PHEV has motors built into the differentials. Two in the front(one acting as a generator to recharge) and one in the back. These motors are around 60kw each so easily enough for a Freelander. You could swap out the front and rear differentials for these. It would eliminate efficiency losses in the drive train and there would be no more VCU to worry about.
If there was enough space it would be a reasonably simple case of fabricating some mount adaptors and getting some new drive shafts made up. Traction control and ABS in the early FL1 at least would work the same. Should leave plenty of space for an inverter and batteries.
CAN messages can be spoofed by an Arduino if necessary for the later models.