Stunt Scooter MF540 - Deer
Store Availability
Store Availability
BENEFITS
Compatibility
Customise your scooter with other parts with the same dimensions
Glide performance
Specific Y-bar design, 120 mm wheels with PU88A rubber, ABEC7 bearing
Robustness
Forged fork & deck were lab tested for the most demanding users!
Weight
With its large dimensions, this freestyle scooter only weighs 4.0 kg
TECHNICAL INFORMATIONS
DECK
Deck made from 6061 T6 aluminium.
Its underside is flat for more stability when doing grinds.
Its dimensions are: 120 mm x 530 mm. (4.7" * 20.9")
The head tube angle is 83.5°
Our "DECK GRIP 900" comes on this freestyle scooter.
Headset is built in.
Y-BAR
The Y-Bar on this freestyle scooter has a specific design with a BACK SWEEP (the bar is curved backward) and an UP SWEEP (the bar is curved upward) for greater comfort.
It is made from 4310 chromoly steel. This handlebar is heavier yet sturdier than aluminium for safety.
Dimensions:
Inner diameter: Ø28.8 mm
Outer diameter: Ø31.8 mm
Height: 680 mm
Width: 560 mm
Total height with fork and wheel: 915 mm
Fork
The fork on this freestyle scooter is unique in that it's made from forged aluminium (the aluminium has been pressed several times to make it denser and more robust).
The fork is compatible with wheels up to 120 m diameter and 24 mm thick.
The spacers, which relieve the pressure exerted on the bearings, are integrated into the fork.
Compression System
This MF540 freestyle scooter is assembled with an IHC compression system.
It is very easy to adjust and helps to reduce play.
This system should be tightened as soon as you notice any play in the headset. Simply take the bar off by unscrewing the collar clamp, then tighten the self-locking screw.
Wheels
The wheels measure 120 mm, with an aluminium body and 88A "high rebound" PU rubber.
Supplied with long-lasting ABEC7 (608Z ABEC-7 NMB) bearings.
This wheel size is more stable and faster for freestyle scootering.
BRAKE
We designed a FLEX NYLON brake for this scooter. It is designed to return to its original shape after each push. The main difference compared to a spring brake is that it reduces vibrations and is lighter.This system also stops the rubber on the wheels from wearing out so quickly.
Pegs
This freestyle scooter has two aluminium pegs with two different lengths: one for the front (the longer one) and the other for the rear (the shorter one).
The diameter of each PEG is 36mm. This makes grinds more stable and therefore easier to learn.
HANDLES
The ribbed TPE handles give you good grip.
composition
composition
Frame: 46.0% Steel, 54.0% Aluminium; Wheels: 40.0% Polyurethane, 60.0% Aluminium; Metallic structure: 100.0% Nylon; Handle: 100.0% Thermo Polymer Elastomer
Tips for storage and maintenance
Storage tips
Store in a dry place out of the sun. <br /> As soon as your scooter shows signs of play (axles, collar clamp, compression system), tighten the bolt(s).
Restrictions on use
Maximum load: 100 kg.
TESTS AND WARRANTY
Test product
This freestyle scooter meets the EN 14619 standard that defines the safety requirements and testing methods for roller sport equipment. It was also tested in our mechanical "wear and testing" laboratories to simulate intensive use. Finally, before appearing in stores, this scooter was tested for dozens of hours in skateparks and on the street by our pro team and our ambassadors to check that it corresponds to their level of practice.
Agree by
The Oxelo Scooters freestyle scooter pro team has tested and approved this scooter.
Parts guarantee
Freestyle is extreme. Components wear out and must be checked and changed regularly.
Videos
Our Ecodesign Approach
Our ecodesign approach reduces the environmental impact of our products.
We’ve examined the environmental footprint of this product in order to identify how we can produce it in a more sustainable way. With this knowledge, our design teams were able to develop this product while significantly reducing its environmental impact.
Sustainable design measures implemented on this product.
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Environmental ImpactDesigned to reduce environmental impact
Product made with a CO2eq reduction of 31% compared to the previous or similar product
Our design teams are working to develop processes that will reduce the impact of a product, while preserving its technical characteristics. This reduction relates to the following indicators: climate change, air pollution, water pollution and resource depletion.