RST 3022 S1 Sport Short Leg Leather Motorcycle Jeans - UK 32, Black 103022

The RST 3022 S1 Sport Short Leg Leather Motorcycle Jeans are the new sporty leather jeans in the RST range.Leather outer material4 way woven stretch panels with motion panelsMesh inner liningMAX/SAB zipsBonded nylon threadPanel in panel perforated leather ventilationDouble leather reinforcement in impact areas1 x zip pocketElasticated waistbandKnee sliderSport fitCE Rating: AAACE Level 2 hip armourCE Level 1 knee armourThe RST 3022 S1 Sport Short Leg Leather Motorcycle Jeans are the new sport fit leather jeans in the RST range. Made from a leather outer, these jeans are tough and will be protected in the event of a crash. The stretch material is made from 4 way woven stretch panels with motion panels included. These jeans have a nice mesh inner lining. The zips are constructed from MAX and SAB zips located around the jeans. They have a bonded nylon thread. The jeans have good ventilation which is made from panel in panel perforated leather. These jeans have double leather reinforcements in the main impact areas which ensure that the rider is safe in these particular areas.These jeans come with 1 zipped pocket which can be used to hold a smaller item that you may need to get hold of quickly. These jeans also have an elasticated waistband to ensure that the rider remains comfortable. These jeans have knee sliders included.These jeans are certified to CE Rating: AAA which is the highest level, demanding four seconds of abrasion resistance with the machine spinning at 707.4rpm (the equivalent of 120km/h) in Zone 1 (Shoulders, Elbows, Hips and Knees), two seconds at 442.1rpm (about 75km/h) in Zone 2 (outer arms, torso, legs and feet) and one second at 265rpm (around 45km/h) in Zone 3 (inner arms, torso and legs). The hip armour is certified to CE Level 2 which means the maximum transmitted force must be below 9 kN, and no single value shall exceed 12 kN. The knee armour is certified to CE Level 1 which means the maximum transmitted force must be below 18 kN, and no single value shall exceed 24 kN.