Hi I am working on an 1970 series 2a 88" Landie. I have some struggle with the choice of transmission right now. In case you want to ask or share something?Hello,
Has anyone here successfully converted an old Land Rover successfully? Are there any EV kits available? How hard would it be? It is probably the same effort as converting an old Jeep or Land Cruiser
Any help is really appreciated.
Hi Chris, thanks for sharing!I’m resto-modding a 1960 SWB and here are some options I’ve come up with…
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I like the LT230 transfer case because it is very versatile - hi/low, locking diff, many ratio options. But then again a dual motor would be nice 😊
Hi Jens, nice work and thanks for sharing!Hi,
I converted two Series III Land Rovers into Electric, both with Oneton Transferboxes and without Main Gearbox (the all over ratio is 7,1 long and 15,5 short and it works really good). If You like, You can get more informations on my little Website:
blackcockatoos.wordpress.com
jens
Hi again Chris,I’m resto-modding a 1960 SWB and here are some options I’ve come up with…
I like the LT230 transfer case because it is very versatile - hi/low, locking diff, many ratio options. But then again a dual motor would be nice 😊
That model is with drive shafts in stock position. I think there is plenty of room….Hi again Chris,
Your torque table really helps allot! 🤩
When looking at it again I understand you might not have any reduction gear in between and limit the max rev instead, right? (about 5500 rpm) It should give enough or same torque as original 4479 at 1 low. This is great even though I love torque. But maybe I shouldn't worry to much about it... ? See also that you are planning to use the newer 150hp 320Nm Leaf motor? Right?
With the LT230 and the 1.6 gears and 4.7 diff it gives you ~ 8:1 final drive ratio which is near to stock Leaf plus you get low for crawling. Yes I’m planning on a newer motor. A Leaf Plus would be nice 💪
I was dissing the two motor solution because I thought I had to wait for the 3:1 Torque box, they are currently working on. But looking at your figures and calculating with 2*250 Nm *1,9*4,7 I end up with 4.465 which should be enough?? Or what do you think? 3:1 =7050 Nm is madness!! maybe?? 😵 (Please correct me if I am wrong, I am not an mechanical engineer...) And a top speed of 168 km/h @ 10k rpm, which I will never use. I will not run it at higher revs than 6000 rpm (100 km/h) most likely. Then maybe I can use the Black box which is cheaper... Thinking loud now.... 😏
I don’t have a motor yet but do have a LT230 with 1.6 output so I can’t confirm fit. My plan is to mount the motor through the PTO so there is no centre tunnel and put the motor under the seat ( nice and clean)?Hi Jens, nice work and thanks for sharing!
I see in the 1.0 that you connect the motor direct to the transfer box. A few questions pop up in my head that you might be able to answer.
How wide is your motor? It must be pretty slim to fit to the transfer case I guess? (My Leaf motor doesn't fit to the original gear box but maybe to a LT230)
Do you have any reduction gearbox in between motor and transfer box or do you run it direct? How high can you rev it in that case?
Tor
I saw that in the drawing and thought it was an interesting approach. If the space between the frame rails in the middle of the wheelbase wouldn't fit any of the battery anyway, this is a clever way to free up space in the engine bay and transmission tunnel.My plan is to mount the motor through the PTO so there is no centre tunnel and put the motor under the seat ( nice and clean)?
Thanks Brian. I makes it nicer for middle passenger too, but unfortunately I can’t take all the credit…I saw that in the drawing and thought it was an interesting approach. If the space between the frame rails in the middle of the wheelbase wouldn't fit any of the battery anyway, this is a clever way to free up space in the engine bay and transmission tunnel.
Hi Tor,Hi Jens, nice work and thanks for sharing!
I see in the 1.0 that you connect the motor direct to the transfer box. A few questions pop up in my head that you might be able to answer.
How wide is your motor? It must be pretty slim to fit to the transfer case I guess? (My Leaf motor doesn't fit to the original gear box but maybe to a LT230)
Do you have any reduction gearbox in between motor and transfer box or do you run it direct? How high can you rev it in that case?
Tor
Hi Robert, first I must say that you are really innovative and thinking outside of the box! I would love to see a Land Rover with "real" four wheel drive!Firstly I love the innovative minds on this forum! I would therefore love to pick your brains about In hub motors..
Goal: build an series 3 EV as simply and cheaply as possible with a range about 50-80km (would be a summer cruiser here in the Dordogne; roofless green laning in an LR S3 EV is a dream right?)
I don't want a lot of horspower, top speed of 80km/h is perfect and although 4wd is nice, it is not mandatory especially with some nice tires.
I found this product from QS motors for E.3500 (Complete kit without battery and cables)
For 100km range i only need 17kwh battery (Thanks ESK for this information!) 2x times this one pre built with BMS etc. should suffice? (96v and 400 amp dicharge) E.5000 for 20KWH
Charger like this one: E.550
Cables, mounting brackets, misc: E.1000
Rebuild the mounting axle of the motor so it can be bolted onto the location of the axle stubs.
Motor is including brake system if I understand correctly. The mounting bracket for the calliper should be custom made.
So; arround 10K with all new parts?
Pro's:
- Easy to install with the only a couple things to be custom made: The axle stub and mounting bracket for the brakes, mounting of the batteries. (althought they seem to fit perfectly under the seat?)
- Total should be lighter than stock without engine, transfer box, exhaust, diffs, axles, etc. (arround 400kg stock I think?)
- 0 parts that can potentially leak (Like diffs, engine, etc)
- Reliable?
- Cheap compared to Leaf or tesla conversions?
- Easy to expand to 4wd, with double the range.
Con's:
- Unsprung weight is quite a bit higher.. although i doubt you will feel this on a solid axle vehicle like this?
- Prebuilt batteries are expensive.
- Need some very well build axle stubs that can handle the weight of the car.
Questions unaswered:
- Weight baring capacity electric motors..
- Durability
- How much power do we need to have a car that can do 80km/h and have a decent acceleration? 20kw? 40kw?
Quite the story.. but am I on to something? Or are there some glaring issues I missed?
I would love to hear your input!
Greetings from France!
For a typical modern EV that would be correct, but when pushing a barn door through the air on off-road tires 17 kWh might not be enough for 100 km.For 100km range i only need 17kwh battery