Each Saturday a CCXC run is organised along three different loop tracks in several waves at a specific venue. The first wave is the shortest track (typically 2 km) with the second wave being a combined start of the medium (4 km) and long track (6 km) shortly after the first wave has finished. Each track is clearly marked and where needed volunteers are posting along the track to give directions. The Take and Go (TAG)-start makes use of the pre-programmed shoe tag that is recycled at the end of each race. On the basis of the QR code on the ready for pickup notification a shoe-tag is issued at the registration desk. The shoe tag is used to measure your race time when you cross the purple mats both at start and finish. Cameras are used as backup to check start and finish times. Video from the WEbcam Tube finish system This video is composed of 3000+ images, ten frames per second, to identify finishers. Each backup image has a time stamp that is in sync with the timing mat such that we can trace back missed RF timing tags if needed. With the video at 10 frames per second the video is 10x normal speed.. The WET finish system is developed by Hammie

Each Saturday a CCXC run is organised along three different loop tracks in several waves at a specific venue. The first wave is the shortest track (typically 2 km) with the second wave being a combined start of the medium (4 km) and long track (6 km) shortly after the first wave has finished. Each track is clearly marked and where needed volunteers are posting along the track to give directions. The Take and Go (TAG)-start makes use of the pre-programmed shoe tag that is recycled at the end of each race. On the basis of the QR code on the ready for pickup notification a shoe-tag is issued at the registration desk. The shoe tag is used to measure your race time when you cross the purple mats both at start and finish. Cameras are used as backup to check start and finish times. Video from the WEbcam Tube finish system This video is composed of 3000+ images, ten frames per second, to identify finishers. Each backup image has a time stamp that is in sync with the timing mat such that we can trace back missed RF timing tags if needed. With the video at 10 frames per second the video is 10x normal speed.. The WET finish system is developed by Hammie

Each Saturday a CCXC run is organised along three different loop tracks in several waves at a specific venue. The first wave is the shortest track (typically 2 km) with the second wave being a combined start of the medium (4 km) and long track (6 km) shortly after the first wave has finished. Each track is clearly marked and where needed volunteers are posting along the track to give directions. The Take and Go (TAG)-start makes use of the pre-programmed shoe tag that is recycled at the end of each race. On the basis of the QR code on the ready for pickup notification a shoe-tag is issued at the registration desk. The shoe tag is used to measure your race time when you cross the purple mats both at start and finish. Cameras are used as backup to check start and finish times. Video from the WEbcam Tube finish system This video is composed of 3000+ images, ten frames per second, to identify finishers. Each backup image has a time stamp that is in sync with the timing mat such that we can trace back missed RF timing tags if needed. With the video at 10 frames per second the video is 10x normal speed.. The WET finish system is developed by Hammie

Each Saturday a CCXC run is organised along three different loop tracks in several waves at a specific venue. The first wave is the shortest track (typically 2 km) with the second wave being a combined start of the medium (4 km) and long track (6 km) shortly after the first wave has finished. Each track is clearly marked and where needed volunteers are posting along the track to give directions. The Take and Go (TAG)-start makes use of the pre-programmed shoe tag that is recycled at the end of each race. On the basis of the QR code on the ready for pickup notification a shoe-tag is issued at the registration desk. The shoe tag is used to measure your race time when you cross the purple mats both at start and finish. Cameras are used as backup to check start and finish times. Video from the WEbcam Tube finish system This video is composed of 3000+ images, ten frames per second, to identify finishers. Each backup image has a time stamp that is in sync with the timing mat such that we can trace back missed RF timing tags if needed. With the video at 10 frames per second the video is 10x normal speed.. The WET finish system is developed by Hammie

Each Saturday a CCXC run is organised along three different loop tracks in several waves at a specific venue. The first wave is the shortest track (typically 2 km) with the second wave being a combined start of the medium (4 km) and long track (6 km) shortly after the first wave has finished. Each track is clearly marked and where needed volunteers are posting along the track to give directions. The Take and Go (TAG)-start makes use of the pre-programmed shoe tag that is recycled at the end of each race. On the basis of the QR code on the ready for pickup notification a shoe-tag is issued at the registration desk. The shoe tag is used to measure your race time when you cross the purple mats both at start and finish. Cameras are used as backup to check start and finish times. Video from the WEbcam Tube finish system This video is composed of 3000+ images, ten frames per second, to identify finishers. Each backup image has a time stamp that is in sync with the timing mat such that we can trace back missed RF timing tags if needed. With the video at 10 frames per second the video is 10x normal speed.. The WET finish system is developed by Hammie

Each Saturday a CCXC run is organised along three different loop tracks in several waves at a specific venue. The first wave is the shortest track (typically 2 km) with the second wave being a combined start of the medium (4 km) and long track (6 km) shortly after the first wave has finished. Each track is clearly marked and where needed volunteers are posting along the track to give directions. The Take and Go (TAG)-start makes use of the pre-programmed shoe tag that is recycled at the end of each race. On the basis of the QR code on the ready for pickup notification a shoe-tag is issued at the registration desk. The shoe tag is used to measure your race time when you cross the purple mats both at start and finish. Cameras are used as backup to check start and finish times. Video from the WEbcam Tube finish system This video is composed of 3000+ images, ten frames per second, to identify finishers. Each backup image has a time stamp that is in sync with the timing mat such that we can trace back missed RF timing tags if needed. With the video at 10 frames per second the video is 10x normal speed.. The WET finish system is developed by Hammie

Each Saturday a CCXC run is organised along three different loop tracks in several waves at a specific venue. The first wave is the shortest track (typically 2 km) with the second wave being a combined start of the medium (4 km) and long track (6 km) shortly after the first wave has finished. Each track is clearly marked and where needed volunteers are posting along the track to give directions. The Take and Go (TAG)-start makes use of the pre-programmed shoe tag that is recycled at the end of each race. On the basis of the QR code on the ready for pickup notification a shoe-tag is issued at the registration desk. The shoe tag is used to measure your race time when you cross the purple mats both at start and finish. Cameras are used as backup to check start and finish times. Video from the WEbcam Tube finish system This video is composed of 3000+ images, ten frames per second, to identify finishers. Each backup image has a time stamp that is in sync with the timing mat such that we can trace back missed RF timing tags if needed. With the video at 10 frames per second the video is 10x normal speed.. The WET finish system is developed by Hammie