Foxtech Provides Industrial Drone Solutions & UAV Payload Systems.
RHEA 160 is a professional-grade hexacopter designed for demanding aerial operations. Engineered with high-pressure molded full carbon fiber, it delivers exceptional durability while remaining remarkably lightweight.
Its unpainted carbon fiber finish not only showcases cutting-edge craftsmanship but also reflects a high standard of material quality and design aesthetics. This drone excels in performance-driven applications such as mapping, surveillance, and long-range inspections.
Version: REAH 160
Type: Multirotor
RHEA 160 Hexacopter
RHEA 160 is a professional-grade hexacopter designed for demanding aerial operations.
Specification
Version | REAH 160 |
Type | Multirotor |
Color | Grey |
Wheelbase | 1600 mm |
Material | Carbon Fiber |
Frame weight | 3.8 kg (with landing gear) |
Basic empty weight | 9 kg (U8)/9.6 kg(1005) |
Max. take-off weight | 22 kg(U8)/30 kg(1005) |
Working voltage | 48V |
Product Introduction
Built for field convenience, the RHEA 160 features tool-free quick-release arms and landing gear, enabling compact storage and fast deployment. Its redesigned internal structure and wiring system maximize payload space, supporting integration with advanced devices such as oblique mapping cameras and PPK positioning systems. Whether used for topographic surveys or high-definition 3D modeling, RHEA 160 offers robust compatibility with professional-grade equipment.
Application
The aircraft supports a maximum takeoff weight of up to 30 kg and is powered by a high-efficiency propulsion system. Its modular design ensures optimal flight stability and energy efficiency. The GPS module is mounted on a foldable, integrated antenna holder with internal wiring to reduce wear and extend cable life—highlighting a thoughtful balance of safety, technology, and usability.
RHEA 160 is ideal for public safety missions, infrastructure inspection, environmental monitoring, and geospatial data acquisition. When paired with long-range video transmission solutions such as the VDC system, it achieves real-time visual feedback over distances up to 15km, meeting rigorous technical and operational standards.
Product Details