Couple of basic Oliver operation questions.
Can anyone clue me in to how easily a 1655 shifts from forward to reverse? I'm thinking of bush hogging and having to go around obstacles, lots of backing up and pulling ahead going around trees. I know some tractors are really hard to shift when the T/A is in high (i.e. Minneapolis Moline). Does Oliver suffer from this issue? Or is it just as easy to shift regardless of the range you're in (over/direct/under), presuming you're stopped?
Also, does an Oliver 3 point control lever work like most tractors I've been around where the position of the lever represents the position of the 3 point arms? In other words, down on the quadrant = down arms. Half way up on the control lever= half way up on the arms. Fully raised lever = fully raised arms. And it stays where you put it. I know on older MMs there is a "raise" area of the quadrant and a "lower" area of the quadrant. In the middle is "hold." But the quadrant position does not really correspond with the current position of the arms. They work more like a hydraulic valve on a loader.... either "up," "hold," or "down". Not a fan.
Can anyone clue me in to how easily a 1655 shifts from forward to reverse? I'm thinking of bush hogging and having to go around obstacles, lots of backing up and pulling ahead going around trees. I know some tractors are really hard to shift when the T/A is in high (i.e. Minneapolis Moline). Does Oliver suffer from this issue? Or is it just as easy to shift regardless of the range you're in (over/direct/under), presuming you're stopped?
Also, does an Oliver 3 point control lever work like most tractors I've been around where the position of the lever represents the position of the 3 point arms? In other words, down on the quadrant = down arms. Half way up on the control lever= half way up on the arms. Fully raised lever = fully raised arms. And it stays where you put it. I know on older MMs there is a "raise" area of the quadrant and a "lower" area of the quadrant. In the middle is "hold." But the quadrant position does not really correspond with the current position of the arms. They work more like a hydraulic valve on a loader.... either "up," "hold," or "down". Not a fan.