Disclosed are power machines with an operator seat proximal to the rear or back of the power machine, hand grip operator supports which can have user input devices positioned thereon, and foot supports configured to comfortably allow an operator to operate the power machine from both seated and standing positions.
1. A mini-loader power machine, comprising:
a frame;
first and second tractive elements operably coupled to sides of the frame;
a power source mounted to the frame;
a lift arm operably coupled to the frame;
an operator station positioned at a rear of the frame, the operator station including a seat coupled to the rear of the frame and configured to allow access by an operator from both rearward of the seat and from sides of the seat;
at least one user input device manipulable by an operator to control the lift arm;
first and second foot supports located toward the rear of the frame adjacent the sides of the seat;
a hand grip operator support operably coupled to the frame and configured to be held onto by the operator while seated on the seat and operating the power machine, wherein the hand grip operator support comprises handle bars with grips configured to be held onto by the hands of the operator, wherein the at least one user input device is positioned on the hand grip operator support, and wherein the handle bar is configured to pivot about an axis such that pivotal movement of the handle bar about the axis is translated into a steering control signal for steering the power machine.
2. The mini-loader of claim 1 , wherein the seat is configured to be straddled by the operator when seated on the seat such that first and second legs of the operator are each positioned on opposite sides of the seat.
3. The mini-loader of claim 2 , and further comprising a suspension configured to attach the seat to the rear of the frame.
4. The mini-loader of claim 1 , wherein each of the first and second foot supports further comprise a first foot support portion formed in a first plane oriented at a first angle relative to a support surface over which the mini-loader travels.
5. The mini-loader of claim 4 , wherein each of the first and second foot supports further comprise a second foot support portion formed in a second plane different from the first plane.
6. The mini-loader of claim 5 , wherein the second foot support portion is positioned forward of the first foot support portion, and wherein a second angle between the second foot support portion and the support surface is greater than the first angle between the first foot support portion and the support surface.
7. The mini-loader of claim 5 , wherein the second foot support portion is oriented to support the operator's feet while seated on the seat, and the first foot support portion is oriented to support the operator's feet while standing and straddling the seat.
8. The power machine of claim 1 wherein at least one of the grips of the handle bars are rotatable relative to the handle bars to control a function of the power machine.
9. The power machine of claim 1 , wherein the at least one user input device includes a user input controller positioned on the hand grip operator support and configured to be manipulated using a thumb of the operator while the operator's hand holds onto the hand grip operator support.
10. A power machine, comprising:
a frame;
a lift arm operably coupled to the frame and configured to perform a work function;
first and second tractive elements operably coupled to sides of the frame;
a power source mounted to the frame;
an operator station positioned at a rear of the frame, the operator station including:
at least one user input device manipulable by an operator and configured to responsively control the lift arm;
first and second foot supports located toward the rear of the frame adjacent the sides of the seat; and
a handle bar having first and second grips operably coupled to the frame and configured to be held onto by the operator, wherein the at least one user input device is positioned on the handle bar, wherein the handle bar is configured to pivot about an axis such that pivotal movement of the handle bar about the axis is translated into a steering control signal for steering the power machine.
11. The power machine of claim 10 and further comprising a seat operably coupled to a rear of the machine.
12. The power machine of claim 11 , and further comprising a suspension configured to couple the seat to the rear of the frame.
13. The power machine of claim 11 , wherein each of the first and second foot supports include first and second foot support portions, the first foot support portion formed in a first plane oriented at a first angle relative to a support surface over which the power machine travels.
14. The power machine of claim 13 , wherein the second foot support portion is formed in a second plane different from the first plane.
15. The power machine of claim 14 , wherein the second foot support portion is positioned forward of the first foot support portion, and wherein a second angle between the second foot support portion and the support surface is greater than the first angle between the first foot support portion and the support surface.