Mando inalámbrico T4 Nova Lite con efecto Hall y sin deriva, tres modos Bluetooth/2.4G/USB-C para juegos en Switch, PC y dispositivos móviles. Económico.

T4 Nova Lite Multi-Platform Wireless Handle | Hall Rocker · Three-Mode Connection · Dual Vibration Motor | NS/PC/Android/iOS Universal ✨ Say goodbye to joystick drift · 15-hour battery life · E-sports level control ✨ core advantage [Hall rocker that never drifts] 5 million rotation life Hall magnetic induction rocker, completely soe the problem of traditional potentiometer rocker drift Support dead zone adjustment key combination M + LS/RS to meet the precision micro-operation of FPS/racing games [Hegemony present on all mor platforms] Intelligent three-mode seamless switching: ⚡ 2.4G wireless receiver including storage compartment → ultra-low latency e-sports mode Bluetooth 5.0 → Direct Switch/Phone/Tablet Type-C wired → plug and play free drive [Immersive game experience] Double vibration motor: support 5-speed force adjustment M + arrow keys up/down, delicate feedback explosion/collision scene Micro button + linear trigger: 0.1mm touch accuracy, racing throttle control such as real stamping [Intelligent customization function] Key-value second switching: M + A key combination instantly swaps ABXY key positions NS/Xbox layout can be selected freely Mode memory: Menu + View key to switch configuration scheme with one click exclusive to wired mode Precise crowd targeting Mobile game party: Bluetooth directly connected to Android/iOS, eat chicken/original god walking accuracy increased by 60% NS players: Perfect compatibility with Switch, TV/handheld mode can be played immediately PC e-sports party: 2.4G receiver realizes < 10ms delay, and Steam automatically recognizes hundreds of games Student Party: 200 yuan gear with 1,000 yuan handle configuration, dormitory/classroom carry ⚡ Charging safety tips Only suitable for 5V/1A ordinary charging head fast charging head may damage the battery 15 hours battery life/Type-C fast charging interface/Charging disabled automatic power failure