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Knight Optical offer a range of Stock BK7 Windows, for use within Wind Monitoring LiDAR Systems. These LiDAR systems are used in monitoring wind speeds and wind direction. The data accumulated can be used to generate a Digital Terrain Model or a Digital Elevation Model which are 3D representations of terrain. BK7 is one of the most widely used optical glasses available for use in the range from visible up to the near infrared. Making it ideal as a protective optical window for Wind LiDAR systems which operate at 1500-1560nm. The BK7 can offer an uncoated average transmission of 92% between 300nm and 2000nm. SEE PDF for Full Details

Knight Optical offer a range of Stock BK7 Windows, for use within Wind Monitoring LiDAR Systems. These LiDAR systems are used in monitoring wind speeds and wind direction. The data accumulated can be used to generate a Digital Terrain Model or a Digital Elevation Model which are 3D representations of terrain. BK7 is one of the most widely used optical glasses available for use in the range from visible up to the near infrared. Making it ideal as a protective optical window for Wind LiDAR systems which operate at 1500-1560nm. The BK7 can offer an uncoated average transmission of 92% between 300nm and 2000nm. SEE PDF for Full Details

Knight Optical offer a range of Stock Sapphire Windows, and custom for use within Airborne LiDAR Systems. These are systems used in surveying for topographical measurements. The data accumulated can be used to generate a Digital Terrain Model or a Digital Elevation Model which are 3D representations of terrain. Sapphire (Al2O3) is one of the hardest minerals and optical materials available for use in the range from UV up to 5µm. Making it ideal as a protective window for airborne systems which may be utilised in harsh environment or against birds! Sapphire is grown by various methods from seed samples. Sapphire can be polished to a high standard, but as it is the second hardest mineral on Earth it must be subject to high forces to polish. Therefore, windows made from Sapphire must have a thickness to diameter ratio of at least 10:1, that is, greater For more information read PDF….

> Click on the "WEBSITE" link for more > Our SPA software identifies height limitations, predictably evaluates vehicle movements and provides an accurate representation of a vehicle and load’s movement throughout any chosen transport route. Collett’s expert Transport Consulting Team provide detailed 2D & 3D swept path analysis reports and transport analysis, allowing us to accurately analyse the impact of abnormal loads and heavy transport projects. Our knowledge and expertise allows us to create 2D & 3D digital models of loaded delivery vehicles using our transport analysis and design software to provide intricate route planning reports and meticulous analysis of the vehicle's behaviour in the surrounding environment. Each vehicle model designed by the Collett Team is specifically created for each individual abnormal load or heavy transport project, based on exact vehicle dimensions and features accurate vehicle movement characteristics

The Model 14 (Class 2) Low cost Digital Noise Meter meets the standards of IEC 61672:2002-1. This entry level noise meter is simple to use and is perfect where a quick assessment of noise levels is required. Description: Low cost sound level meter Model 14 (Class 2) is a popular general purpose entry level noise meter. It’s ideal for those applications where a sound level meter would be useful but a high specification meter would be too expensive. This low cost Digital Sound Level Meter is very easy to use, whilst meeting the requirements of the latest international sound level meter standard IEC 61672 at Class 2 (Type 2) accuracy. Because of its compact dimensions, the Pulsar Model 14 is ideal where a larger instrument would be too conspicuous or cumbersome. The Pulsar Model 14 is also useful for the investigation of environmental noise complaints as the instrument features a low range reading down to 35dB(A) ... ** Ask for a quote **

The Texel Portal MX is a compact, fullcolor 3D scanner for scanning people. It looks spectacular, scans quickly and prepares a 3D digital model in just 90 seconds. It takes just 30 seconds for the Texel Portal MX to analyse the person standing on the platform. Within one minute the Portal MX uses data from the sensors to create a realistic 3D model, develops it in the cloud and displays it on the screen. What can you do with the scan results? Offer your customers a small 3D model of themselves or send them a digital version by email which can then be shared on social media. The 3D models can also be integrated into other services such as AR/VR systems, computer games and virtual fitting rooms.