Successful testing of an unjammable GPS system on a DeltaQuad VTOL UAV
The need for aerial intelligence platforms has grown significantly as international tensions rise. Sadly, the majority of commercial platforms are helpless against the most recent jamming technology; their GPS and communication lines are jammed even before they can take off.
One of the most sophisticated anti-jamming GPS systems currently on the market has been successfully integrated by DeltaQuad’s R&D team during the past few months. One of the most potent military jamming systems was used to test the solution, and the DeltaQuad received a flawless score.
In close proximity to an operational military jamming system, the DeltaQuad outfitted with the novel anti-jamming GPS technology was flown autonomously.
The system continues to function even when directly targeted by a military-grade GPS jamming platform.
maintained a strong GPS lock, and the vehicle was able to continue its mission on its own.
The ruggedized GPS system was installed alongside the regular GPS system for testing purposes. The ruggedized system retained an incredible number of satellite locks, even while flying straight over the jammer at close range, but the regular solution immediately lost all positional awareness as the vehicle came within range of the GPS jamming equipment.
The DeltaQuad UAV is built to retain live aerial intelligence even in the harshest settings, in addition to the ruggedized GPS technology. Therefore, the transmission system on the DeltaQuad employs redundant video and communication channels in addition to Frequency Hopping Spread Spectrum (FHSS) techniques to counteract attempts to interfere with the communication links.
Concerning the DeltaQuad
An industrial-grade, vertical takeoff and landing fixed-wing UAV called the DeltaQuad does entirely autonomous surveillance missions. The technology provides a live video stream from a surveillance sensor for in-the-moment reconnaissance missions and is incredibly simple to mount and operate. Because of its high endurance capabilities, several long-range connectivity choices, and integration of intelligent technologies like object following, organisations favour DeltaQuad.