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Hybrid technology that combines vessel and aircraft advances in military tests and bets on discreet operations over the sea, with high speed, low tracking, and logistical capacity for scenarios without traditional infrastructure.
The United States has advanced in an unconventional front of the military technological race by conducting the first demonstration flight of the Squire, a maritime-aerial drone from REGENT Defense aimed at intelligence, surveillance, and reconnaissance missions, as well as logistical support in contested coastal areas.
Hybrid drone Squire and new military strategy
With the presentation of the system, evidence grows that the country seeks platforms capable of operating without a runway, structured port, or significant ground support, enhancing operational flexibility in complex scenarios.
In this context, the Squire emerges as an alternative to transport sensors, equipment, and supplies on short routes over the sea, maintaining a discreet profile and reducing dependence on traditional support structures.
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Test conducted in Rhode Island
During the demonstration in the Narragansett Bay, Rhode Island, a scale prototype executed all planned steps, demonstrating the viability of the concept in real operational conditions.
Initially, the vehicle behaved like a conventional vessel; then, it accelerated with the aid of hydrofoils; finally, it transitioned to flight in ground effect, staying close to the water’s surface.
How ground effect works on the Squire
Known as wing-in-ground effect, the principle explored uses the layer of compressed air between the structure and the sea, increasing lift while significantly reducing aerodynamic drag.
As a result, it becomes possible to achieve rapid displacements at very low altitude, a characteristic that differentiates the Squire from traditional aircraft and enhances its efficiency on short routes over maritime surfaces.
Classified as a unmanned surface and aerial vehicle, the project combines attributes of vessel and aircraft into a single solution, seeking to balance operational simplicity with performance gains.
At the same time, the proposal aims to offer speeds superior to conventional boats, maintaining the ability to operate directly on water without the need for additional infrastructure.
Speed, range, and cargo capacity
In the released tests, the demonstrator reached approximately 40 knots before entering sustained flight, confirming the efficiency of the transition between aquatic and aerial modes.
Images show the retraction of the hydrofoils after takeoff, a stage that symbolizes the complete shift to flight mode and highlights the dynamic adaptation of the system during operation.
In the planned operational version, the equipment is expected to transport about 50 pounds, equivalent to 22.7 kilograms, reach over 100 nautical miles, or more than 185 kilometers, in addition to achieving speeds between 70 and 80 knots, according to released data.
Logistical use and distributed operations
Given these numbers, the military interest in the project becomes clearer, especially in scenarios that require speed, autonomy, and less exposure to direct threats.
Instead of relying on runways or larger vessels, the system allows for the transport of critical items such as batteries, radios, and medical supplies to units positioned on islands, coastlines, or remote areas.
Moreover, performance gains relevance in environments with high electronic surveillance density, where operational discretion becomes a determining factor for mission success.
Flying very close to the surface, the Squire tends to have lower detectability by certain radars, although the effectiveness of this advantage directly depends on the specific conditions of each operation.
Interest of the US Marines
Within this context, the project aligns with the demands of the United States Marine Corps, which maintains a partnership with REGENT to evaluate applications aimed at logistics in contested areas and medical evacuation.
While this cooperation is public, there is no secure confirmation of formal incorporation by the Navy, indicating that the system is still in the evaluation and operational development phase.
Sensors, surveillance, and anti-submarine warfare
Beyond its logistical function, the Squire is also presented as a tool to support situational awareness, enhancing monitoring capabilities in strategic maritime environments.
In this sense, the platform can transport sensors, deploy sonobuoys, and integrate surveillance networks, contributing to operations related to anti-submarine warfare and control of sensitive areas.
By distributing these resources across multiple points, dependence on large bases is reduced, while operational resilience against threats is increased.
Modularity and rapid adaptation in the field
Another central element of the project is modularity, which allows for rapid reconfiguration of the internal compartment according to the needs of each mission.
According to the company, this process can be carried out by small teams, without the need for highly specialized training, favoring operations in environments with limited infrastructure.
This approach aligns with a broader shift in the military strategy of the United States, which increasingly values smaller, distributed systems that are more tolerant of losses.
Seaglider portfolio and upcoming tests
Part of a broader portfolio of solutions called seaglider, the Squire represents one of REGENT’s bets to integrate civil and military applications on the same technological base.
Meanwhile, new tests are underway in Rhode Island, aiming to validate performance and enhance the reliability of the system in different operational scenarios.
Still without a clear definition of its definitive role in the armed forces, the project signals a trend of transformation in how maritime operations can be conducted.
By investing in platforms that combine speed, dispersion, and autonomy, the United States reinforces the search for solutions capable of maintaining operations even when traditional structures are no longer available.
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