Improving large-scale dimensional measurements for manufacturing In sectors such as the aerospace and automotive industries, large volume components are manufactured, modified and assembled to create complex products. For the machine tools, industrial robots and inspection systems employed, various factors limit the accuracy of some laser-based spatial positioning systems; cheaper multi-camera systems are available but offer less accuracy. Effective response to device data requires a digitally networked production line: such in-line operations for manufacturing and inspection would create more efficient factories of the future. This project will address the industrial need for more accurate large volume coordinate measurements. A demonstration laser-based position measurement system will exploit improved gas cell data and a new correction method for air refractive index variation. For multi-camera systems, calibration techniques will be made traceable to National Metrology Institute standards for greater accuracy. The project will also demonstrate the production efficiencies achievable with in-line component inspection. To encourage industry uptake, results will feed into guides and support for the updating of international standards. The project follows on from the previous LUMINAR project.