SPECIFICATION:
- Grips: 150mm Super-Soft TPR Swirls Flangeless Grind Grips with Nylon Bar-Ends
- Handlebar: MGP Low-Riser 18” Wide x 22” Tall 4031 Japanese Chromoly Standard Diameter with Internal Fluting (45.7cm Wide x 55.9cm Tall)
- Clamp: MFX X2 Cobra Aluminium Double with 6mm Hardware
- Headset: MFX Low-Friction Integrated with Sealed Bearings
- Fork: MGP Threadless Cast High-Ten with 6mm Hardware / Standard IHC Compression
- Wheels: 110mm Force Aluminium Core with MGP Proprietary Polyurethane Blend
- Bearings: MGP K-2 ABEC-9 High-Speed Chrome
- Deck: MGP 10th Generation 4.5” Wide x 17” Long, 83° Integrated Light-AF Headtube, Concave Profile, 6061 Aluminium T4 & T6 Heat Treated, Internally Fluted with Cut-outs on Top and Bottom
- Brake: MFX V2 Composite Blitz Brake
- Griptape: Full Deck Super-Strength Grip with Cut-outs
- Finish: Durable Powder Coating
- Detail: MFX Heavy-Duty PP Deck Blocks
- Complete Weight: 3.31kg / 7.29lbs
- Age Recommendation: 4+
- Max Rider Weight: 100kg
3D FORGED HEADTUBE:
All Origin scooters feature the patented 3D forged Madd Gear headtube. The process of forging the headtube both produces a superior output for strength, durability and consistency as well as avoids any overheating, misalignment or impurities often seen with welded headtubes.
INTERNAL FLUTING:
MGX scooters feature internally fluted tubing in the construction of the bars as well as throughout the length of all decks. This patented process is proven to increase strength under 3 dimensional loads as well as stiffnes without adding additional weight to the material.
ROBOTIC WELDING:
Every MGX headtube is machine welded to the deck insuring an extremeley high consistancy and accuracy unmatched by manual welding. The Madd Gear machine welding process means every scooter that leaves production is monistored by precise software to meet our exact specifications.
6061 T6 HEAT TREATED:
All Madd Gear scooters are rated with both TR4 and T6 heat treatment. The 6061 aluminium used thoughout their decks and bars are first run through a process called solution heat treating and then thoughout an aging process which generates a material that is both structurally strong but also very durable.