Parts Inspection and Reverse Engineering

Indoor GPS can be configured to enable full 360 degree measurement coverage. Transmitters are installed around the target (e.g., automobile) and do not need to be moved or re-setup again (no “leap-frogging”).

Typical Configuration
• 4 to 8 Transmitters*
• 1 to 5 Hand-held “Vector Bar”
• measurement probes
• Indoor GPS Software
• Spatial Analyzer or
• Metrology II software

T/R SYSTEM

Tracking and Robotic Control

Indoor GPS sensors can accurately track the movement and location of robotic systems, AGVs and other mobile devices and equipment.

S/B SYSTEM

Ship Building

Indoor GPS is ideally suited for a variety of shipbuilding applications where typical working volumes are extremely large and where both indoor and outdoor measurements are required (Indoor GPS works outside too!).

L/M SYSTEM

Large Scale Metrology

Indoor GPS supports an unlimited number of sensors and users in a given workspace. For example, sensors can be mounted on a jig, monitoring movement and deformation, while a technician measures tolerances on the fuselage using an Indoor GPS enabled measurement probe.

L/A SYSTEM

Large Scale Assembly and Alignment

Indoor GPS can be used to join, align and position parts and sub-assemblies dynamically, thus enabling new flexible tooling systems and further automation of the assembly process.

Typical Configuration
• 8 to 32 Transmitters*
• 1 to 100 Sensors*
• Indoor GPS Software
• Spatial Analyzer or
• Metrology II Software