Features:
- Age: from 8 years
- maximum load: 100kg
- Deck: 6061 aluminum (length: 50cm / width: 11.5cm)
- T-Bar: 4130 Carbon reinforced steel One-Piece (height: 60cm / width: 60cm)
- Fork: Steel fork with universal HIC
- Clamp: 2-bolt aluminum
- Wheels: 110mm - 8 spoke
- Bearing: ABEC9
- Brake: Flex Brake Topmounted
- Compression: Universal HIC mit sealed loose ball bearing
- Höhe: Total 79cm
- Height: Total 79cm
- Weight: 3,5kg
| Release year | 2020 | |
| Gender | Unisex | |
| Color | multi-colored | |
| Clamp | 2-Bolt Aluminium | |
| Scooter type | Stunt Scooter | |
| Bearing | ABEC 9 | |
| Deck length | 50 cm | |
| Scooter total height | 79 cm | |
| Handlebars width | 58 cm | |
| Deck width | 11,5 cm | |
| Handlebars kind | 6061 Aluminium T-Bar | |
| Wheel size | 110 mm | |
| Handlebars height | 58 cm | |
ABEC 9
The classification ABEC stands for Annular Bearing Engineers Committee and classifies how fine the rolling bodies (the balls in the bearings) are worked out. In other words, the higher the ABEC level, the more precise the production. ABEC 9 bearings have consistent running characteristics such as good smoothness and smooth rotation of the rolls. Thus, the power can be transferred efficiently when driving. However, it should be noted that the smooth running of a bearing is also influenced by other factors - such as the materials used for the various components of a bearing, as well as by the choice of lubricant.
ABEC 9
The classification ABEC stands for Annular Bearing Engineers Committee and classifies how fine the rolling bodies (the balls in the bearings) are worked out. In other words, the higher the ABEC level, the more precise the production. ABEC 9 bearings have consistent running characteristics such as good smoothness and smooth rotation of the rolls. Thus, the power can be transferred efficiently when driving. However, it should be noted that the smooth running of a bearing is also influenced by other factors - such as the materials used for the various components of a bearing, as well as by the choice of lubricant.