Description:
Ages 10 to 12 years lamm’s Classic Mini Stunt Scooter is the ultimate ride for young kids stepping into the world of freestyle scootering. A real stunt scooter but sized to fit small riders wanting in on some serious action. t is engineered for fun and learning and accommodates the smallest of riders with the low height bar. Can replace to a taller bar later. The 110mm wheels provide a smooth and controlled ride on most surfaces, whether it is for commuting to school or learning the first tricks, the Classic Mini is the perfect introduction to scooters. Swirl Team grips and coloured wheel PU, combined with both front and rear deck blocks, Slamm’s exclusive Coffin Connector and impact resistant bar ends, make the Classic Mini the perfect entry-level stunt scooter, designed and made for riders of 4+ years!
The perfect entry-level stunt scooter that is designed and made for riders of 4 to 12 years!
Specifications:
Deck: W 4.5″ x L 19.5″ / W 11.50cm x L 49.50cm. T6 heat treated Aluminium boxed channel deck. High-quality gloss paint finish. Standard press fit headtube. Front and rear Nylon deck block inserts
Neck: Slamm exclusive extruded Coffin connector
Bar: W 19.5” x H 19.75” / W 49.5cm x H 50cm. Reinforced Steel dipped T-Bar.
Clamp: Triple bolt clamp.
Headset: NECO press fit, semi-sealed bearings. Threadless Internal Hidden Compression (IHC) system.
Fork: Threadless punched steel fork.
Grips: 135mm Pro Swirl grips with impact resistant bar ends.
Wheels: 100mm Nylom core 88A PU cast wheels.
Bearings: ABEC-9 Chrome bearings
Brake: 100mm Convex Carbon steel composite flex brake.
Overall Dimensions: Height: 29.1” / 74cm. Length: 26.8” / 68cm. Width: 19.9” / 50.5cm. Ride Height: 26.8” / 68cm. Ride Height is between the top of the deck and the top of the bar grips
Scooter Weight: 3.60kg
Certification: EN14619:2015 What does this mean? Scooters with this code have been manufactured in a facility using processes to guaranteed the highest quality test associated with real life use offering the buyer peace of mind during use.