I would imagine it is. It’s output is considerably more than the Jeep’s engine. And it tows my 2.6t van at 100 kays easily.
However I would love the RRS V8. That’s a real competitor for the Landcruiser.
Not really - different markets.
I’ve never seen a RR with bullbar
RR = F
LC = PE/J
Majority of LC purchases are for the GXL model which is half the price of the RR. I think.
The drivetrain of the RR is much more advanced than the LC. I’ve got a LC200. It’s a 6 speed and I can’t get 6th until 120km/h and then only in S mode. t’s such a high gear at 0.6 only a diesel can use it at the low revs - and even then it’s at the lower end of the torque band. 120kmh = 1500rpm. It prefers 5th. The 6th was built for the Middke Eastern market where speed limits are either higher or not policed.
Overall the LC200 seems to be an over engineered
car truck with an undertuned engine. And if it breaks down there are dealers and parts nearly everywhere.
My problem is this:
My LC200 Sahara diesel weighs 3.00T on the weighbridge with bull bar. GVM is 3300. When I tow the 3100kg horse float I have a weighbridge tow bar weight of 300kg. Essentially I can (legally) tow the float so long as there is no driver and have nothing in the fuel tanks
Car + Float + 5 pax + full fuel + luggage
Weighbridge weight of 4 axles of LC200= 4200kg. I’m nearly One tonne over GVM and also over GCM. And also 500kg over GCM of car plus trailer which is 6500kg
There is no vehicle that has a GVM over 4T in Australia apart from those American monster trucks
Impressively with this setup at the bottom of the Hume Highway - the steep bit going south somewhere near Mittagong, I can accelerate up that at 3000rpm giving grief to other cars who were expecting to overtake me on that hill - they have to speed up even more.
The other interesting phenomenon - I can get better fuel economy and cooler transmission (measured) with the above setup when I set the upper limit gear to 4th and 90-100kmh . RPM around 2000-2100. I think it’s because at 4th the revs are high enough in the torque band to produce the required power so that the torque converter locks up for longer in the journey.