I was working on a 1932 Ford here in Sweden forty years ago, perhaps it's now time again?
Today there is very good availability of old Ford reproduction parts and EV kits, enough to build a '32 Ford EV from scratch. For example a local shop builds '32 frames and can add the battery mounting points I need. EV Europe has complete kits with battery and drive train. The battery modules will be below the floor, between the frame rails (except for the stack in the front). See my CAD pic below. I'm now working on a Volvo 960 Multi-link rear axle to see how this fits with the motor and diff.
Differential: OEM 1:5
Motor: EV hypE™ synchronous Reluctance Internal Magnet Motor
Power: 90 kW
Torque: 235 Nm
8000 rpm max
Motor Efficiency: up to 95%
Battery: CATL 16S -11 kWh – 58 Volt
Chemistry: NMC Lithium Ion Cell
Number of modules: 6
Total capacity: 66 kWh
Total weight: ca 311 kg
Today there is very good availability of old Ford reproduction parts and EV kits, enough to build a '32 Ford EV from scratch. For example a local shop builds '32 frames and can add the battery mounting points I need. EV Europe has complete kits with battery and drive train. The battery modules will be below the floor, between the frame rails (except for the stack in the front). See my CAD pic below. I'm now working on a Volvo 960 Multi-link rear axle to see how this fits with the motor and diff.
Differential: OEM 1:5
Motor: EV hypE™ synchronous Reluctance Internal Magnet Motor
Power: 90 kW
Torque: 235 Nm
8000 rpm max
Motor Efficiency: up to 95%
Battery: CATL 16S -11 kWh – 58 Volt
Chemistry: NMC Lithium Ion Cell
Number of modules: 6
Total capacity: 66 kWh
Total weight: ca 311 kg