Rampable crate for wheeled vehicles and method

1. A rampable crate for a wheeled vehicle, comprising:

a pallet having a length and width and configured for supporting a wheeled vehicle thereon during storage and shipping of the wheeled vehicle;

a top frame;

a plurality of posts, each detachably extending in a first configuration between the pallet and the top frame so that the assembled structure of the pallet, the top frame and the plurality of posts defines a cavity therebetween for holding the wheeled vehicle;

the pallet comprising:

a first transverse member attached at a first end of the pallet;

a second transverse member attached to the pallet spaced from the first transverse member towards a second end of the pallet;

a third transverse member attached to the first end of the pallet and vertically spaced from the first transverse member to define a gap therebetween, the gap for receiving selectively an end portion of at least two of the posts disposed in a second configuration for extending longitudinally outwardly from the pallet as a downward ramp therefrom; and

a pair of spaced-apart rails with a first end of each rail attached to the second transverse member and an opposing second end thereof attached to the third transverse member, whereby each rail is oriented at an oblique angle relative to a longitudinal axis of the pallet with the first end of the rail vertically spaced below the second end of the rail relative to the pallet, for supporting respective ones of the wheels of the wheeled vehicle thereon;

whereby the rails define a ramp angled upwardly from the second transverse member to the first end of the pallet and at least two of the posts being selectively disposed in a second configuration with respective ends of the at least two posts in the gap between the first and third transverse members and the at least two posts extending longitudinally outward from the pallet as a downward ramp on which the wheeled vehicle moves when being driven from the pallet.

2. The rampable crate as recited in claim 1 , wherein the pallet further comprises a pair of opposing longitudinal side rails extending from the first end of the pallet to the second end of the pallet.

3. The rampable crate as recited in claim 1 , wherein the pallet further comprises at least one transverse wheel chock member disposed spaced apart from the second transverse member, to define wheel wells for receiving wheels of the wheeled vehicle.

4. The rampable crate as recited in claim 1 , wherein the posts are selected from a first group in which the posts have a first length and a second group in which the posts have a second length, the first length different from the second length, whereby wheeled vehicles having a different height can be accommodated selectively within the cavity of the crate.

5. The rampable crate as recited in claim 1 , wherein the pallet includes a plurality of sockets that each receive a lower end of a respective one of the posts.

6. The rampable crate as recited in claim 5 , wherein the top frame includes projecting members, and each member inserts into an open end of a respective one of the posts for seating the top frame relative to the pallet.

7. A method of containerizing a wheeled vehicle in a rampable crate for storage and for removal therefrom, comprising the steps of:

(a) placing a wheeled vehicle on a pallet, the pallet having a length and width and configured for supporting a wheeled vehicle thereon during storage and shipping of the wheeled vehicle, the pallet comprising:

a first transverse member attached at a first end of the pallet;

a second transverse member attached to the pallet spaced from the first transverse member towards a second end of the pallet;

a third transverse member attached to the first end of the pallet and vertically spaced from the first transverse member to define a gap therebetween, the gap for receiving selectively an end portion of at least two of the posts disposed in a second configuration for extending longitudinally outwardly from the pallet as a downward ramp therefrom; and

a pair of spaced-apart rails each oriented at an oblique angle relative to a longitudinal axis of the pallet, with a first end of the rail attached to the second transverse member of the pallet and an opposing second end of the rail attached to the third transverse member of the pallet, the first end vertically spaced below the vertical spacing of the second end relative to the pallet, with the rails aligned for a respective one of the wheels of the wheeled vehicle;

(b) in a first configuration, positioning a top frame on a plurality of posts extending from the pallet to containerize the wheeled vehicle therein;

(c) shipping the containerized wheeled vehicle to a location for removal from the crate;

(d) in a second configuration, positioning an end portion of at least two of the posts in a gap defined between the first transverse member and the third transverse member, the at least two posts extending longitudinally outwardly therefrom to define a downward ramp from the pallet in order for the wheeled vehicle to be driven on the at least two of the posts away from the pallet; and

(e) driving the wheeled vehicle from the pallet, the rails defining an angled ramp upwardly towards the third transverse member.

8. The method as recited in claim 7 , further comprising the step of providing at least one transverse wheel chock member disposed spaced-apart from the second transverse end member, to define wheel wells for receiving wheels of the wheeled vehicle.

9. The method as recited in claim 7 , further comprising the step of selecting the posts from a plurality of posts having at least a first length or second length, the first length different from the second length, whereby wheeled vehicles having a different height can be accommodated within the crate.

10. The method as recited in claim 7 , wherein step (b) comprises positioning a lower end of the posts in a respective socket attached to the pallet and receiving in an opposing upper end of the posts a respective member projecting from the top frame.