Probably not geared low enough to be as fully useful or as linear on some 3-point hitch tasks as a real tractor would be -- a steady diet of such tasks as plowing, discing, etc. with the Rover will stress the transmission and clutch (presuming it has a manual transmission) beyond its design architecture -- tractor transmissions are extra heavy duty, with beefy, heat-treated gears and brawny bearing sets designed to efficiently transmit gutsy torque to the wheels with ease and YEARS of utter reliability -- also, the typical gas-engined-powered tractor has its power curve down LOW in the RPM range, compared to a gas-powered Land Rover, which will show in certain pulling or powering tasks -- running a big bush-hog, or a multi-point plow -- low-end, low RPM grunt is the secret with these types of tasks (and sheer mass/weight of a heavy tractor chassis), vs. having to rev the motor higher into the RPM range, in order to tap into the power-curve of the Rover motor, all while the Rover tranny/center section and clutch take a real beating trying maintain an effective coupling between the faster revving motor and the need to keep the ground speed down to a crawl.
Can be made to "work," but expect to have much higher maintenance costs, if you choose to use the Rover as a tractor over the long run.
BTW, does the Rover have the 215 c.i. aluminum V8 that was originally designed by GM, and used in the small Oldsmobile F-85 and Buick Skylark cars of the early 1960's, later sold lock, stock and barrel to Rover?
intothegoodnight