These sliders have been designed to offer unsurpassed protection for your Yamaha
FJR1300 in the unfortunate event of a lowside or tip over. Motovation frame sliders
are designed and manufactured by a company that only makes frame sliders. Each
and every model is tested for drop and slide protection. They are tough but not
brittle and can also absorb a huge impact. Sportsriders around the world who have
tested various models of our products on the track have all given their thumbs up
after experiencing first hand, the benefits of Motovation Frame Sliders.
Please read all instructions before beginning work! These frame sliders are designed
to fit specific engine mounts of your Yamaha FJR1300. This kit has separate left and
right pieces (left and right while sitting on the bike). It is highly recommended that
you refer to your service manual before performing this installation. If you are
unsure about the tightening torque, check your motorcycle’s manual or
www.motovationusa.com/torque.html for a quick reference guide.
Included in this kit:
2 x Left/ Right side frame sliders
2 x thicker aluminum spacers ( Left )
2 x thinner aluminum spacers ( Right )
2 x Left/ Right Hi Grade aluminum brackets
3 x m12 x 80mm socket head cap screws
1 x m12 x 70mm socket head cap screw
2 x m10 x 50mm socket head capscrews for sliders.
Tools Required:
Torque Wrench
12mm allen key for Torque Wrench
14mm socket
Phillips screw driver
INSTRUCTIONS: Attempt this install one side at a time.
1)
Remove both side fairings.
Remove left side original bolts. Leave original washers in place.
Install the supplied spacers as shown:
Left Side Spacers x 2 pcs (thicker ones).
Right Side Spacers x 2 pcs (thinner ones).
2)
Install the left side bracket with the thicker spacers as shown.
Tighten to manufacturer’s recommended torque. (40ft/lbs)
Using the supplied M12 x 80mm bolts.
3)
Remove right side original bolts. Leave original washers in place.
Install the right side bracket with the thinner spacers as shown
Tighten to manufacturer’s recommended torque.(40 ft/lbs)
Using the supplied 1 x M12 x 70mm bolt for the upper location.
Using the supplied 1 x M12 x 80mm bolt for the lower location.
4)
Re-install the left and right fairings to their original locations. This will leave only
the mounting locations for the frame sliders visible on both sides.
5)
Install the supplied frame sliders with the remaining bolts and tighten.
Do not overtighten.
Motovation Accessories is a distributor for Yamaha frame sliders and accessories:
http://www.motovationUSA.com
For detailed installation pictures, go to:
http://www.motovationusa.com/Install_FSY05S_FJR1300.html
A bicycle is a human supercharged vehicle that has a frame tied with two wheels and that is
driven by a pedal. Bicycles were first introduced in the 19th century and it is asked that currently there are approximately about
one billion bicycles worldwide, outnumbering autos 2 to 1. In many regions of the earth, bicycles are the main method of transport. Although
the essential use of the bicycle is as a means of carry, it has developed other uses including recreational activities, fitness activities
law enforcement applications and competitive sports.
The Story of Bicycles
Ever since the chain driven model was presented to the market, the key
innovation of the bicycle had remained unchanged up to day. But, other advances such as using computers to design
and check the stability have been made to the bicycle from its manufacturing process. These methods have greatly aided the spawn of
specialized bicycles for particular purposes such as racing, utility and law enforcement uses. Additionally, the concept of the bicycle has up to a great extent extended its contribution for the development of automobiles by introducing concepts such as ball bearings, pneumatic tires and spoke tensioned wheels.
Things to Look in a Bicycle
Dynamics
of the bicycle is something that should be mentioned to first. Bicycle needs its centre of gravity in order to be in its space. So it attains this by moving forward
using the steering which provides some balance to the rider. In addition in order to successfully pilot a turn, the combined or total center of mass
of both the bicycle and the rider must lean into the turn. Counter-steering is a task that is used in this regard.
Bicycle can be classified as an super
efficient machine looked at in both biological and mechanical view point. Energy needed from the rider for the bicycle to execute its
marvels are high on the list but given the distance that a bicycle can take you through without fuel, it becomes a
valuable journey at the end. Nearly, 99% of the energy is expressed to the wheels of the bicycle when a
rider exerts energy into the pedals. However when gears mechanisms are used this figure may drop by 10-15%.A rider using a bicycle
feels air drag or the resistive force that is exerted by air. When the speed is high, a lot of energy will be needed
to overcome this airdrag resulting in an exhaustive ride for the rider. However, the exerted drag can be importantly
decreased by placing the rider in a supine or a prone position and by covering the bicycle with fairing that is aerodynamic.
The main parts of the bicycle include the frame, steering mechanisms, seating, drivetrain, suspension, wheels and brakes. Some
bicycles use optional mechanisms to get advantage for the dynamics of the bicycle. By using gears, the efficiency of the bicycle can be increased by descreasing effort and increasing output.
