Neros Technologies Unveils Compact Wearable FPV Drone Control Station

Neros Technologies, a drone technology company based in Los Angeles, has redesigned its ground control station for first-person view (FPV) attack drones to enable integration directly onto a soldier’s body armor. The company announced the update on May 31, 2026, stating that the new hardware has been delivered to customers.

The redesigned system reduces the total size of the ground control station by more than 50 percent compared to the previous version. This miniaturization is intended to increase the mobility of drone operators by eliminating the need for larger, standalone control units that typically require separate carrying equipment or static deployment.

Despite the reduction in physical footprint, the system preserves the full operational range of the previous model. The ground control station maintains a signal reach of 25 kilometers (15.5 miles), allowing operators to control attack drones from a significant distance from the target area.

Tactical Integration and Portability

The transition to a body-armor-mounted system addresses a primary logistical challenge for FPV drone operators in active combat environments. Standard ground control stations often consist of multiple components, including monitors, transmitters, and batteries, which can hinder a soldier’s movement and increase their visibility to enemy forces.

By integrating the controller into existing protective gear, the redesigned Neros Technologies system allows the operator to maintain a lower profile while keeping the control interface immediately accessible. This configuration is designed to reduce the time required to deploy the drone and allows the operator to relocate more quickly to avoid counter-battery fire or detection.

The maintenance of the 25-kilometer range is a critical technical aspect of the redesign. In FPV operations, range is often limited by the power of the transmitter and the quality of the antenna. Shrinking the hardware typically risks reducing the power output or the efficiency of the antenna system, which would shorten the operational radius.

Role of FPV Systems in Modern Conflict

FPV attack drones have become a central component of modern attrition warfare, particularly in conflicts involving territorial disputes and urban combat. These systems typically involve a drone equipped with a warhead that is steered by an operator wearing goggles to see the drone’s camera feed in real time.

The effectiveness of these drones depends heavily on the link between the aircraft and the ground control station. Signal interference and the physical vulnerability of the operator are two of the most significant risks in FPV operations. Systems that allow the operator to remain mobile and distant from the impact zone are prioritized to increase operator survivability.

The shift toward miniaturized, wearable control hardware reflects a broader trend in defense procurement toward man-portable systems. This movement aims to decentralize command and control, giving small units the ability to conduct precision strikes without relying on heavy infrastructure or large support teams.

Neros Technologies has indicated that the new hardware is already in the hands of customers, moving the technology from the development phase to active operational use. The company continues to focus on the intersection of high-range capability and reduced physical size for its drone control ecosystems.