7,793,000
EasySMX S15 Wireless Split Pad for Switch
Swappable Metal Ring Thumbsticks. Comes with 2 pairs of sticks to fit different height preference
4 Extra Buttons for Remapping. Extend more gaming commands
Clicky Mecha Buttons. Advanced precision & tactile feedback
Classic Non-linear Trigger. Especially for the Switch gamers
Vibrant RGB Lighting. 4 Modes, 8 Colors for customization
Upgraded Micro-motor for Vibration. Deliver immersive rumble & 4-speed adjustable
Finely-tuned Motion Control. Fully follows your every move
Bigger Grip for Enhanced Ergonomics. Fully follows your every move
Enlarged 650mAh Battery. No Worries While Long time gaming
NFC for Amiibo scanning
Multiple Turbo Settings Supported
Product Weight | 219 g |
Colour Name | Transparent WHITE |
Connection Type | Bluetooth/Wireless |
Product Length | 109 mm |
Product Height | 53 mm |
Product Width | 69 mm |
Type of Console Software | Nintendo Switch |
What's In The Box | EasySMX Gaming Controller S15 *1, Type C Charging Cable *1, User Manual *1 |
Features | Noise Cancelling |
Model Number | ZZBSW11472S15W1 |
Model Name | Classic Wireless Gamepad EasySMX S15 Switch Controller Detachable Joycon Bluetooth Gaming Gamepad NS Nintendo Motion-Sensing NFC Mario Zelda Breath of The Wild Vibrant RGB Lighting Classic Non-linear Trigger Clicky Mecha Buttons 650mAh Battery Light Weight Ergonomics and Anti-Slip Design |
Product Weight | 219 g |
Colour Name | Transparent WHITE |
Connection Type | Bluetooth/Wireless |
Product Length | 109 mm |
Product Height | 53 mm |
Product Width | 69 mm |
Type of Console Software | Nintendo Switch |
What's In The Box | EasySMX Gaming Controller S15 *1, Type C Charging Cable *1, User Manual *1 |
Features | Noise Cancelling |
Model Number | ZZBSW11472S15W1 |
Model Name | Classic Wireless Gamepad EasySMX S15 Switch Controller Detachable Joycon Bluetooth Gaming Gamepad NS Nintendo Motion-Sensing NFC Mario Zelda Breath of The Wild Vibrant RGB Lighting Classic Non-linear Trigger Clicky Mecha Buttons 650mAh Battery Light Weight Ergonomics and Anti-Slip Design |