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Product Detail
Specification
Material: steelExtension: +6cm
Description
In recent years, GM-MOTO often receives requests to "respect the normal image".
The swingarm is not all aluminum and tough style.
GM-MOTO tried to make a stock steel long swingarm which can express the "low and long" style that Japanese people love.
Choose an extension length of +6cm.At first glance, it gives you a "long" look.
The width of the wheel is the same as stock, so the 4.0J wheel is the limit.
*GM staff's selfish review*
The development concept of this product was "to achieve -5cm lowering with the existing rear suspension".
The kit bike "Yankee 5LOW" released at the same time uses 240mm rear suspension (stock -15mm) in combination with -5cm lowering fork to achieve -5cm lowering at the rear.
Thanks to this, having been able to achieve a very well balanced lowering of -5cm front and rear.
Personally, I use 250mm suspension because I like to have a little rise on the bottom, but I think this is your choice.
If you don't lower your car, you should use 290-300mm rear suspension. However, it depends on the rider's weight and other body settings, so please consider it as a reference.
The swingarm is not all aluminum and tough style.
GM-MOTO tried to make a stock steel long swingarm which can express the "low and long" style that Japanese people love.
Choose an extension length of +6cm.At first glance, it gives you a "long" look.
The width of the wheel is the same as stock, so the 4.0J wheel is the limit.
*GM staff's selfish review*
The development concept of this product was "to achieve -5cm lowering with the existing rear suspension".
The kit bike "Yankee 5LOW" released at the same time uses 240mm rear suspension (stock -15mm) in combination with -5cm lowering fork to achieve -5cm lowering at the rear.
Thanks to this, having been able to achieve a very well balanced lowering of -5cm front and rear.
Personally, I use 250mm suspension because I like to have a little rise on the bottom, but I think this is your choice.
If you don't lower your car, you should use 290-300mm rear suspension. However, it depends on the rider's weight and other body settings, so please consider it as a reference.
Caution
[Notes on purchase]*All GM-MOTO products are custom parts.Since these products are set up in response to the requests of heavy users, there may be parts of the product that change or decrease from the original driving performance.Please use as dress-up parts for show model machines.Therefore, it is not suitable for driving on public roads or tracks.In some cases, it may not be possible to mount the unit on a motorcycle, or adjustments and modifications may be required in various areas.
[About the installation]
The installation method of the product itself is the same as the stock swingarm.Please install as appropriate.
The effective length of the swingarm is extended by 6cm at the shortest adjustment of the drive chain.
The suspension position has also been moved back 6.5 cm.
This will require measures such as extending the drive chain, replacing the rear suspension, and relocating the rear fenders.
GM-MOTO is not able to provide any information regarding the length of the drive chain, rear suspension, or rear fender relocation.
The bracket for mounting the drive chain cover is in place.
Even when the rear suspension is at full bottom, be sure to check for any abnormal contact points before driving.
If there is a gap of 0.5mm or more between the frame and the swingarm, please use washers to reduce the gap.
If the pivot shaft is tightened with a large gap, the swingarm will be subjected to a high load and may be damaged in the worst case.
After the start of driving, pay attention to the occurrence of so-called "initial loosening" and perform frequent inspections to prevent unexpected problems.
*Because it is made overseas, the molding, welding, painting, etc. may be insufficient.There may be some minor scratches and scuffs due to transportation problems.
*Country of origin: China
*There may be changes in product specifications due to the manufacturer's reasons.
Applicable Models
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