Winmate's Rugged Handheld Robotic Controller Series is a versatile and durable solution tailored for robotics, defense, public safety, and industrial automation. Available in sizes from 5.5" to 10.1", these controllers support Windows, Android, and Linux, providing flexibility for various applications. Featuring IP65-rated water and dust resistance, along with MIL-grade shock and vibration protection, they are built for all-weather reliability. With PCAP touchscreens, Intel or ARM processors, Wi-Fi, Bluetooth, and optional 4G connectivity, these robotic controllers deliver robust performance in demanding environments.
The Winmate G101Q9-A Handheld Robotic Controller is engineered to deliver exceptional performance in challenging industrial settings. Powered by a Qualcomm® processor and running on Android or Linux Ubuntu, this device is optimized for applications requiring robust computational power. Its rugged construction meets IP65 standards for water and dust resistance and adheres to military-grade certifications for drop, shock, and vibration.
Equipped with a removable battery, the G101Q9-A ensures uninterrupted operations, even during extended use. The hot-swappable design allows users to replace the battery without powering down the device, making it ideal for critical applications that demand consistent uptime. This feature minimizes downtime and enhances productivity, particularly in field operations.
Designed for seamless communication, the G101Q9-A supports WiFi, Bluetooth, and optional 4G/5G connectivity. These connectivity options provide reliable and high-speed data transfer, ensuring smooth integration with robotic systems and other industrial networks. This enhanced connectivity empowers users with real-time control and data access in diverse applications, from smart manufacturing to defense applications.
Winmate offers a fully customizable robotic controller solution tailored to user-specific needs. The G101Q9-A supports various wireless modules and features a modular design with configurable joysticks, switches, and buttons. This flexibility allows users to adapt the device to different robotic systems and operational requirements, making it a versatile tool for modern industrial automation.