초록 ▼

A ride height gauge includes a chassis engaging member biased relative to a base member via springs. Lowering an RC car chassis onto the chassis engaging member causes the chassis engaging member to lower until the car's wheels touch a support surface on either side of the base member. The chassis e

A ride height gauge includes a chassis engaging member biased relative to a base member via springs. Lowering an RC car chassis onto the chassis engaging member causes the chassis engaging member to lower until the car's wheels touch a support surface on either side of the base member. The chassis engaging member's lowered position is displayed on measurement columns that measure the height of the chassis engaging member from the support surface, which can be used to determine the ride height of the vehicle. The measurement columns at opposite ends of the vehicle allow the user to simultaneously measure the ride height at either end of the vehicle without repositioning of the vehicle.

대표청구항 ▼

1. A ride height gauge for a model vehicle having a chassis, comprising: a base member configured to engage a horizontal support surface; anda chassis engaging member resiliently biased relative to the base member and configured to move vertically relative to the base member;wherein a model vehicle

1. A ride height gauge for a model vehicle having a chassis, comprising: a base member configured to engage a horizontal support surface; anda chassis engaging member resiliently biased relative to the base member and configured to move vertically relative to the base member;wherein a model vehicle placed upon the chassis engaging member, with the chassis of the model vehicle engaging the chassis engaging member, will lower the chassis engaging member to a position above the horizontal support surface approximately equal to the ride height of the model vehicle. 2. The ride height gauge of claim 1, wherein the chassis engaging member rests upon a plurality of resilient members that resiliently bias the chassis plate away from the base plate. 3. The ride height gauge of claim 2, wherein the resilient members comprise springs that contract in response to a model vehicle being placed upon the chassis plate. 4. The ride height gauge of claim 3, further comprising a plurality of spring columns attached to the base member, the spring columns supporting the plurality of springs. 5. The ride height gauge of claim 1, further comprising a measurement column attached to the base member, the measurement column comprising indicia marking position of the chassis engaging member above the horizontal support surface such that the measurement column indicia is configured to show a ride height of a model vehicle when placed upon the chassis engaging member. 6. The ride height gauge of claim 5, further comprising a plurality of the measurement columns, and wherein the indicia of a first measurement column is configured to show the ride height of a first end of the model vehicle and the indicia of a second measurement column is configured to show the ride height of a second end of the model vehicle placed upon the chassis engaging member. 7. The ride height gauge of claim 1, wherein the base member and the chassis engaging member are each expandable to operate at a plurality of different lengths. 8. The ride height gauge of claim 7, wherein the base member and the chassis engaging member are each telescoping. 9. The ride height gauge of claim 1, wherein the base member comprises an elongated plate that extends the full length of the ride height gauge. 10. The ride height gauge of claim 1, wherein the chassis engaging member comprises an elongated plate that extends the full length of the ride height gauge. 11. A ride height gauge for a model vehicle having a chassis and wheels supported by the chassis, comprising: a base member configured to engage a horizontal support surface;a plurality of spring columns extending vertically from the base member;a plurality of measurement columns extended vertically from the base member; anda chassis engaging member comprising a plurality of apertures, each aperture receiving one of the plurality of spring columns or one of the plurality of measurement columns;wherein each spring column comprises a resilient member resiliently biasing the chassis engaging member relative to the base member; andwherein a model vehicle placed upon the chassis engaging member, with the chassis of the model vehicle engaging the chassis engaging member, will lower the chassis engaging member until the wheels of the model vehicle contact the horizontal support surface with each of the measurement columns being configured to display a ride height of the model vehicle. 12. The ride height gauge of claim 11, wherein the base member and the chassis engaging member each comprise a plurality of telescoping sections such that the ride height gauge can be operated at a plurality of different lengths. 13. The ride height gauge of claim 11, wherein each resilient member comprises: a lower spring cradle configured to fixedly attach to the spring column,an upper spring cradle figured to move vertically along the length of the spring column, anda compression spring connecting the upper and lower spring cradles. 14. The ride height gauge of claim 13, wherein the height of each lower spring cradle on its respective spring column is adjustable such that the ride height gauge can be operated at a range of ride heights greater than that of the displacement range of the plurality of springs.