SHIFT SHAFT

3KAF

YAMAHA 3KAF RX KING Series SHIFT SHAFT
Fullscreen
Ref No Part No Part Name Rate Qnty Order Remarks
1 3KAE81010000 SHIFT SHAFT ASSY (RXKING) ₹ 1800 1
2 905060812200 905060812200 ₹ 0 1
3 905083281100 SPRING TORSION ₹ 17 1
4 901490809400 SCREW ₹ 15 1
5 901700802900 NUT HEXAGON ₹ 4 1
6 902150801400 WASHER TONGUED ₹ 3 1
7 931091481600 931091481600 ₹ 0 1
8 902011458600 WASHER PLATE ₹ 3 1
9 990011260000 CIRCLIP ₹ 8 1
10 3KAE81100000 3KAE81100000 ₹ 0 1
11 3KAE81110093 3KAE81110093 ₹ 0 1
12 3RSE81130000 3RSE81130000 ₹ 0 1
13 902400805300 902400805300 ₹ 0 2
14 902010808500 WASHER PLAIN ₹ 1 2
15 902522780000 PIN SPLIT ₹ 1 2
16 336181150000 336181150000 ₹ 0 1
17 3HBE81120000 3HBE81120000 ₹ 0 1
18 90201122H200 WASHER PLATE ₹ 2 1
19 990011060000 CIRCLIP ₹ 2 1
20 9702N0602000 BOLT FLANGE ₹ 3 1


Color Legend:

  • Red: Canceled part - unavailable for any operations.
  • Blue: Part of a kit - cannot be ordered individually.
  • Gray (Dimmed): Disabled part - non-interactive for various reasons.
  • Part Number : Superseded part - replaced by a newer part.

Description: - Smooth and crisp gear changes are vital for the riding experience of the Yamaha RX King, and this is managed by the high quality shift shaft assembly. This system features the Shift Shaft Assy and the Pedal Shift, which translate your foot inputs into immediate gear transitions within the transmission. Supporting these are internal components like the Stopper Lever and various Spring Torsion pieces that ensure the mechanism returns to its neutral position after every shift. To maintain the integrity of the engine casing, an Oil Seal and various Circlip fasteners are used to prevent leaks and keep the shaft perfectly aligned. Every Pin and Washer Plate is manufactured to provide a consistent feel and long lasting durability, even under the most demanding riding conditions. By using these genuine parts, you ensure that your gear changes remain reliable and positive, preventing missed shifts and ensuring that you can always find the right gear for every single burst of acceleration.