FPV & Specialized Platforms

SoarApex Specialized Platforms FPV Drones, First Person View Vehicles(non military FPV). Refer to unmanned aerial vehicle systems (non military series) specifically used in special fields such as security, emergency relief, and industrial special operations. Detection drones are the most widely used type among them. These types of drones typically consist of flight platforms, power units, data links, and mission payloads (such as photoelectric sensors, radars, etc.), capable of performing high-risk tasks such as detection, target localization, or disaster monitoring. Special unmanned aerial vehicles have a maximum endurance of 10 hours, and some models can fly at altitudes above 5000 meters. They use catapult takeoff and parachute recovery, making them suitable for situational awareness in complex environments. The following is a detailed classification and typical applications. ‌‌

SoarApex Specialized Platforms USV Vessels, Unmanned Surface Vessel (non military USVs) is a type of unmanned surface vessel. Mainly used for carrying out dangerous and unsuitable tasks for manned vessels. It is equipped with advanced control systems, sensor systems, and communication systems, and can perform various non war military tasks, such as patrols, reconnaissance, search, detection, search and rescue, navigation, and hydrogeological surveys.

Why Choose Specialized Platforms Products

Where the specialized platforms mainly used?

1. Specialized FPV & UAV:

Civil emergency and operations: play a key role in natural disaster relief and industrial special operations, replacing manual execution of high-risk tasks.

• Emergency communication and disaster relief: Meteorological UAV can act as a “base station in the air” in rainstorm and earthquake stricken areas, and open the communication lifeline.
• High rise fire protection: The tethered drone platform can be equipped with fire hoses to solve the problem of firefighting in high-rise buildings over 150 meters, achieving long-term precise spraying.
• Power inspection: Intelligent drones can install spacers on high-voltage lines to achieve unmanned high-risk high-altitude operations. ‌‌‌

2. Specialized USV:

As the most typical unmanned intelligent platform system for maritime unmanned systems, unmanned boats are attracting the attention of various maritime countries. By utilizing the advantages of shallow draft and strong maneuverability of unmanned boats, ocean surveying is carried out to provide marine geographic information, data, and basic graphics. Marine meteorological elements, marine water quality elements, marine biological elements, etc. are monitored to evaluate marine environmental quality, define pollution levels, forecast and monitor natural disasters such as red tide and sea ice. Unmanned boats provide water quality information for fisheries and aquaculture, provide a basis for law enforcement, timely and comprehensive information for relevant departments to take effective disaster relief measures, cruise protection for maritime economic targets, and monitor illegal activities in the ocean. The significance of unmanned boats is significant, and their application value cannot be underestimated.

Main technological new features

With the development of artificial intelligence and communication technology, special drones and unmanned ships have made significant breakthroughs in intelligence, collaboration, and adaptability.

• Intelligence and autonomous collaboration: New types of drones and unmanned ships are beginning to use artificial intelligence to assist in target recognition, with the ability for “autonomous collaboration” and suitable for cluster operations.
• High adaptability and long endurance: Through tethered technology or efficient internal combustion engines, drones can operate for long periods of time in high-intensity environments or high altitudes. For example, tethered drones can still navigate continuously through visual positioning in Beidou denied environments. In addition to having separate application scenarios, the new unmanned surface vessel can also be designed as a platform carrier for take-off and landing drones, performing specific purposes such as detection and patrol in inland rivers, seas, and specific rivers and lakes. It can also serve as an extended vehicle for the application of special unmanned aerial vehicles in the industry, working collaboratively.
• Multi task payload integration: A single platform can mount multiple devices, such as simultaneously carrying electro-optical pods, communication base stations, and countermeasures, achieving the integration of reconnaissance, communication, and jamming.

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