Guided maneuvering of a mining vehicle to a target destination

1. A system for navigating a haul truck through a mining environment to a target destination associated with a shovel, the target destination being located within a loading area proximate the shovel, the system comprising:

a distributed objects database, the distributed objects database storing information describing hazards, boundaries and target destinations within the mining environment;

a position sensor, the position sensor configured to identify a position and an orientation of the haul truck, the position sensor being mounted to the haul truck;

a navigation aid configured to:

retrieve a location of the target destination associated with the shovel from the distributed objects database, wherein the location of the target destination is at least partially determined by a position of the shovel, and at least one of a tail drag radius of the shovel, a corner drag radius of the shovel, and a boom radius of the shovel,

calculate a path from a current position of the haul truck to the location of the target destination, the calculated path being selected to avoid hazards within the mining environment,

use the position sensor to monitor a progress of the haul truck along the calculated path,

identify a performance characteristic of the haul truck, and

when the haul truck deviates from the calculated path, use the performance characteristic to determine whether the haul truck is capable of returning to the calculated path; and

a user interface configured to display at least a portion of the calculated path to an operator of the haul truck.

2. The system of claim 1 , wherein the navigation aid is configured to, when the navigation aid detects the vehicle deviating from the calculated path, display a warning to an operator of the vehicle using the user interface.

3. The system of claim 1 , wherein the navigation aid is configured to:

retrieve a plurality of target destinations from the distributed objects database;

filter the plurality of target destinations based upon an attribute of the haul truck; and

display the filtered target destinations using the user interface.

4. The system of claim 3 , wherein the attribute includes at least one of a current assignment of the haul truck, a fuel status of the haul truck, and a maintenance status of the haul truck.

5. The system of claim 1 , wherein the performance characteristic includes a turning radius of the haul truck.

6. A method for navigating a first heavy equipment to a target destination, the method comprising:

retrieving a location of the target destination from a distributed objects database, wherein the location of the target destination is at least partially determined by a position of a second heavy equipment;

using a position sensor to identify a current position and orientation of the first heavy equipment;

calculating a path from the current position of the first heavy equipment to the location of the target destination, the calculated path being selected to avoid hazards;

monitoring a progress of the first heavy equipment along the calculated path using the position sensor; and

when the first heavy equipment deviates from the calculated path:

identifying a performance characteristic of the first heavy equipment,

using the performance characteristic to determine whether the first heavy equipment is capable of returning to the calculated path, and

outputting a message to an operator of at least one of the first heavy equipment and the second heavy equipment.

7. The method of claim 6 , including:

retrieving a plurality of target destinations from the distributed objects database;

filtering the plurality of target destinations based upon an attribute of the first heavy equipment; and

displaying the filtered target destinations using a user interface.

8. The method of claim 7 , wherein the attribute includes at least one of a current assignment of the first heavy equipment, a fuel status of the first heavy equipment, and a maintenance status of the first heavy equipment.

9. The method of claim 6 , wherein the performance characteristic includes a turning radius of the first heavy equipment.