0.6m/s Moving speed Thrown Detecting Robot 120° FOV

0.6m/s Moving speed Thrown Detecting Robot 120° FOV

Introduction

The two-wheeled detective robot platform has the advantages of simple structure, convenient control, flexible mobility and strong cross-country ability. The built-in high-definition image sensor, pickup and auxiliary light can effectively collect environmental information, realize remote visual combat command and day and night reconnaissance operations, with high reliability. The robot control terminal is ergonomically designed, compact and convenient, with complete functions, which can effectively improve the working efficiency of the command personnel.

Features

• Simple operation, small size, light weight, easy to carry
• Low noise, easy to hide
• With anti-drop design, can be directly thrown to the target area operation
• Real-time transmission and storage of voice, data and images
• Built - in HD camera and sound collector, can remote visual combat command
• Equipped with infrared lighting, can be day and night reconnaissance operation
• The control terminal interface is simple and intuitive
• With video recording, photography functions
• Built-in SD card, support video, image online playback and export function

Technical Specification

Company Introduction

In 2008, Beijing Hewei Yongtai Technology Co., LTD was established in Beijing.Focus on the development and operation of special safety equipment, mainly serve the public security law, armed police, military, customs and other national security departments.

In 2010, Jiangsu Hewei Police Equipment Manufacturing Co., LTD was established in Guannan.Covering an area of 9000 square meters of workshop and office building, it aims to build a first-class special safety equipment research and development base in China.

In 2015, a military-police Reserch and development center was set up in Shenzhen.Focus on the development of special safety equipment, has developed more than 200 kinds of professional safety equipment.

Staff from Headquarters

Staff from Shenzhen research centre