You would think that having it available option on the Wrangler, it would make sense to have on the Gladiator, which would assist in it's truck duties, but no, it doesn't.
You would think that having it available option on the Wrangler, it would make sense to have on the Gladiator, which would assist in it's truck duties, but no, it doesn't.
I don´t think it is a big deal. I´ve never had full float axles in any Wrangler and I´ve never felt the need for them. I certainly don´t see the need in my Gladiator, either.
If one has ever had to replace a leaking axle seal for a D44 half shaft, I'd suspect one would appreciate the full-float axle set-up. I would, having experience replacing axle seals.
Jeep Engineer: "Let's take something as simple and robust as an oil bath/roller bearing, bolt in slide-out axle, full floater differential that has proven itself for decades and over complicate it then put it in the Wrangler."
Second Jeep Engineer: "Should we include the JT since its owners are more likely to carry heavy payloads like camp gear while wheeling and also tow heavier loads than the Wrangler owners?"
Jeep Engineer: "Stop this foolish talk man!"
Technically most/all front 4wd axles are full floaters. They certainly are on the JL/JT, meaning the weight is carried by a bearing on a fixed spindle and the axleshaft itself bears no weight -- it merely transmits rotational force.
But the rear axle -- nah it's SF (semi-float)
edit: I guess I should clarify that a unit bearing up front is the same concept: the shaft bears no weight itself