| 10 | |

| 11 | ---- |

| 12 | |

| 13 | = 2014 = |

| 14 | |

| 15 | Aircraft was surveyed by Sterling Surveys in March 2014 |

| 16 | |

| 17 | Unless otherwise stated, these values have the PAV80 as the origin and are X positive to nose, Y positive to starboard, Z positive down. |

| 18 | |

| 19 | == LiDAR == |

| 20 | |

| 21 | LiDAR lever arm values. |

| 22 | |

| 23 | These values should be entered into IPAS: |

| 24 | |

| 25 | || || X || Y || Z || |

| 26 | || GNSS (antenna) || -0.132 || -0.014 || -1.675 || |

| 27 | || IMU (honeywell) || -0.409 || 0.208 || -0.174 || |

| 28 | |

| 29 | == Hyperspectral == |

| 30 | |

| 31 | Eagle and Hawk lever values. These values go in the file leverarm_values.csv: |

| 32 | |

| 33 | || || X || Y || Z || |

| 34 | || Eagle (lens) || to_be_calculated || to_be_calculated || to_be_calculated|| |

| 35 | || Hawk (lens) || to_be_calculated || to_be_calculated || to_be_calculated || |

| 36 | |

| 37 | == RCD == |

| 38 | |

| 39 | These values have the RCD lens as the origin. |

| 40 | They should be entered into IPAS when creating a camera sol file. |

| 41 | |

| 42 | || || X || Y || Z || |

| 43 | || GNSS (antenna) ||to_be_calculated || to_be_calculated || to_be_calculated || |

| 44 | || IMU (honeywell) || to_be_calculated || to_be_calculated || to_be_calculated || |