6pcs Thumb Grip Cap Anti Slip Silicone Thumb Stick Grip Protective Cover Cat Paw Game Accessories for NS Switch/Switch Lite for NS Switch OLED

6pcs Controller Joystick Case Anti Slip Silicone Protective Cover Cat Paw Thumb Stick Grip Caps Game Accessories for NS Switch/Switch Lite/Switch OLED
Feature:
1. Process: Three-dimensional relief process, round curve, give you a variety of feel.
2. Design: The original mold opening design has wide compatibility, and strives to be comprehensive with strong encapsulation.
3. Material: Cute and elastic touch feel, high-quality soft silicone, delicate touch, anti slip for rocker, beautiful and practical, soft and comfortable, non-toxic and tasteless, and no discoloration after long-term use.
4. General design: Suitable for SWITCH, for SWITCH LITE and for SWITCH OLED.
5. Including: A set includes 6pcs thumb stick caps, with a size of 17mm and a weight of 15g.


Specification:
Origin: Mainland China
Model Number: Thumb Stick Caps
Color: Black White, White Blue, White Pink, Purple White, Pink White, White Black, Yellow White (optional)
Material: Silicone
Style: Ultra thin/elite/master
Quantity: 6pcs (2 high, 2 medium, 2 low)
Applicable model: Fit for Nin/tendo Switch/for Switch OLED/for Switch Lite
Size: 17mm/0.67in
Weight: 15g

Ultra thin:
Keep the original feel
Protect thumb stick from daily wear and delay rubber aging
The three-dimensional cat claw relief texture on the surface increases the friction and adds childlike interest

Elite:
Thicken the circumference to provide a fuller feel
The three-dimensional cat claw relief texture on the surface increases the friction and adds childlike interest

Master style:
+7mm high, increase the radius of movement to prevent excessive steering
The three-dimensional cat claw relief texture on the surface increases the friction and adds childlike interest

Note:
Due to the different monitor and light effect, the actual color of the item might be slightly different from the color showed on the pictures. Thank you!
Please allow 1-2cm measuring deviation due to manual measurement.