Mods
1 reviews
1.40 €
20% VAT incl.
20% VAT incl.
This Sanwa JLF joystick tension spring replaces the original Sanwa JLF-TP-8YT joystick spring, or Sanwa JLF-TPRG-8AYT-SK and JLF-TPRG-8BYT-SK silent joysticks.
By adding 0.6kg of tension in addition this spring will bring you a firmer joystick.
By adding 0.6kg of tension in addition this spring will bring you a firmer joystick.
1.40 €
20% VAT incl.
20% VAT incl.
This Sanwa JLF joystick tension spring replaces the original Sanwa JLF-TP-8YT joystick spring, or Sanwa JLF-TPRG-8AYT-SK and JLF-TPRG-8BYT-SK silent joysticks.
By adding 1.6kg of tension in addition this spring will bring you a firmer joystick.
By adding 1.6kg of tension in addition this spring will bring you a firmer joystick.
2.50 €
20% VAT incl.
20% VAT incl.
The JLF-SP-B spring is taken from the official Sanwa kit to optimize the JLF series joysticks.
It allows you to adjust the stiffness of the rod, both at the start and at the end of the race (see detail in the diagram).
The table shows the forces exerted by the different springs at two times of the stroke of the rod.
For the blue spring, the tension is 1.5 times that of the original spring, when the handle is in position 1.
And, the tension is 1.5 times that of the original spring when the handle is in position 2.
It allows you to adjust the stiffness of the rod, both at the start and at the end of the race (see detail in the diagram).
The table shows the forces exerted by the different springs at two times of the stroke of the rod.
For the blue spring, the tension is 1.5 times that of the original spring, when the handle is in position 1.
And, the tension is 1.5 times that of the original spring when the handle is in position 2.
2.50 €
20% VAT incl.
20% VAT incl.
The JLF-SP-R spring is taken from the official Sanwa kit to optimize the JLF series joysticks.
It allows you to adjust the stiffness of the rod, both at the start and at the end of the race (see detail in the diagram).
The table shows the forces exerted by the different springs at two times of the stroke of the rod.
For the red spring, the tension is 2 times that of the original spring, when the handle is in position 1.
And, the tension is 2 times that of the original spring when the handle is in position 2.
It allows you to adjust the stiffness of the rod, both at the start and at the end of the race (see detail in the diagram).
The table shows the forces exerted by the different springs at two times of the stroke of the rod.
For the red spring, the tension is 2 times that of the original spring, when the handle is in position 1.
And, the tension is 2 times that of the original spring when the handle is in position 2.
2.50 €
20% VAT incl.
20% VAT incl.
The JLF-SP-VI spring is taken from the official Sanwa kit to optimize the JLF series joysticks.
It allows you to adjust the stiffness of the rod, both at the start and at the end of the race (see detail in the diagram).
The table shows the forces exerted by the different springs at two times of the stroke of the rod.
For the violet spring, the tension is 1 times that of the original spring, when the handle is in position 1.
And, the tension is 1.5 times that of the original spring when the handle is in position 2.
It allows you to adjust the stiffness of the rod, both at the start and at the end of the race (see detail in the diagram).
The table shows the forces exerted by the different springs at two times of the stroke of the rod.
For the violet spring, the tension is 1 times that of the original spring, when the handle is in position 1.
And, the tension is 1.5 times that of the original spring when the handle is in position 2.
2.50 €
20% VAT incl.
20% VAT incl.
The JLF-SP-Y spring is taken from the official Sanwa kit to optimize the JLF series joysticks.
It allows you to adjust the stiffness of the rod, both at the start and at the end of the race (see detail in the diagram).
The table shows the forces exerted by the different springs at two times of the stroke of the rod.
For the yellow spring, the tension is 1.3 times that of the original spring, when the handle is in position 1.
And, the tension is 2 times that of the original spring when the handle is in position 2.
It allows you to adjust the stiffness of the rod, both at the start and at the end of the race (see detail in the diagram).
The table shows the forces exerted by the different springs at two times of the stroke of the rod.
For the yellow spring, the tension is 1.3 times that of the original spring, when the handle is in position 1.
And, the tension is 2 times that of the original spring when the handle is in position 2.
15.90 €
20% VAT incl.
20% VAT incl.
With the Bit bang gaming mounting PCB you will have the possibility to customize your JLF joystick with microswitches equipped with 6.3mm lugs without soldering.
The Shuriken JLF PCB is equipped with a 5 pin connector, just like the original Sanwa PCB.
The Shuriken JLF PCB is equipped with a 5 pin connector, just like the original Sanwa PCB.