FPV

GEPRC, RONNI FPV Quadcopters — Buy drones for reconnaissance and strike missions

Today, FPV quadcopters cover several practical tasks simultaneously — from aerial reconnaissance and fire adjustment to strike applications against targets inaccessible to other weapons. The category presents two fundamentally different technological approaches. GEPRC is a classic radio-controlled FPV platform built on a proven architecture: a carbon frame, a powerful flight controller, an efficient video transmitter, and motors designed for maneuverable flight with a sufficient power reserve. Such frames are well suited where deployment speed and a standard configuration without excess weight are important. RONNI (Ronni) has taken a different path — a fiber-optic control and video transmission channel that completely eliminates vulnerability to signal jamming. The choice between these approaches depends on the application conditions: if the task involves working in an active radio suppression zone, fiber-optic communication provides guaranteed stability where a radio channel loses control even at short distances.

A complete FPV drone kit is rarely limited to the frame itself. Stable operation requires additional batteries (mostly 6S format), chargers or hubs for simultaneous charging of multiple batteries, and for fiber-optic systems — spools with a cable reserve for a specific mission range. It is also worth considering radio channel amplification for accompanying equipment — antenna complexes and signal boosters help maintain stable communication even in a complex electronic environment. When assembling a kit, it is important to verify battery connector compatibility, electronics operating voltage, and weight distribution for the stated payload — this directly affects maneuverability and flight time.

Technical advantages of FPV quadcopters in the category

• Control channel type — GEPRC operates on a classic radio channel, while RONNI uses a fiber-optic connection that is physically immune to electronic warfare suppression.

• Operational range — depending on the frame configuration and communication channel, the range varies from a few kilometers on radio up to 15–20 km on fiber optics in the RONNI line.

• Payload — the frames are designed for different loads: for example, the GEPRC MARK4 7 model carries up to 2 kg, defining its niche in aerial photography and light strike tasks.

• Power supply — 6S and 6S3P configuration lithium-polymer batteries are used, providing the necessary balance of power and autonomous flight time.

• Frame material — carbon frames act as the class standard, providing structural rigidity at a minimal weight.

• Flight electronics — STM32-based flight controllers with separate ESCs and gyroscopic sensors ensure control stability under load.

• EW resistance — the RONNI fiber-optic line, particularly the 13" kits, is designed to operate under active radio frequency jamming conditions.

• Accessory compatibility — batteries, antenna boosters, and charging hubs are selected for a specific platform without the need for custom re-soldering.

FPV quadcopters from Astreia Tactical Astreia Tactical offers GEPRC and RONNI FPV quadcopters with a guarantee of compliance with the stated technical specifications — configuration, communication range, and control channel type. The store's consultants help select a kit for a specific task: from a light reconnaissance frame to a fiber-optic kit for operation in an active EW zone, taking into account the budget and operating conditions. Each kit is checked for completeness and conformity to the description before shipping. This approach makes it possible to combine classic radio-controlled GEPRC frames and jam-resistant RONNI solutions within a single catalog tailored to the actual field needs of UAV operators.