Smoke-emitting robot

The upper part is equipped with multiple task units such as a small mechanical arm, a detector, a reconnaissance camera, and an autonomous navigation system. It can conduct autonomous monitoring and handling of radiation areas, and simultaneously transmit real-time images and videos of the target area to the handheld remote control terminal. It is widely used in various fields such as nuclear power and biochemical industries.

This product is an autonomous/remote-controlled large-scale flying platform, which can be used for three-dimensional delivery, integrated reconnaissance and strike, emergency rescue, etc. It can operate in high-demand scenarios such as on ships and at high altitudes. It has advantages such as take-off and landing on the spot, long-duration flight and hovering, large payload capacity, no power attenuation at high altitudes, and strong anti-interference ability. This product can be equipped with other mission systems according to application requirements to meet the unmanned operation requirements for other military and civilian dual-use scenarios.

This module's physical layer employs TDD-OFDMA, a modulation and coding method that has low spectral requirements and high spectral utilization. Support 64QAM, 16QAM, QPSK multiple data rates are dynamically adjustable. It supports CA and MIMO transmission and reception diversity. Single carrier ranges from 1.4 MHz to 20 MHz. Bandwidth can be configured, enabling a maximum transmission rate of 90 Mbps, a maximum transmission distance of 3 km (ground line-of-sight), and supports a speed of 1000 km/h in high-speed movement. It supports point-to-point and point-to-multipoint communication around the central node.