On December 8, 2025, as part of its Japan drone light show project, Loon Eyes Studio conducted a 120-drone test flight at Yuigahama Beach in Kamakura, Japan.

This test flight was carried out as part of the preparation and evaluation process for operating drone light shows under real-world conditions in Japan, marking the first step in Loon Eyes Studio’s official presence in this market.

Unlike a commercial performance, the flight was a technical test focused on validating formation stability, control precision, and the ability to render light-based imagery in a coastal environment – an open setting directly influenced by wind and surrounding environmental conditions.

Overview of the Japan Drone Light Show test flight project

Implementation context & project objectives

Kamakura is a region of significant cultural, tourism, and natural value. Selecting Yuigahama Beach as the test site for the drone light show was not only a spatial decision, but also an opportunity to evaluate drone operations in an environment close to residential areas, active tourist zones, and coastal conditions directly influenced by natural elements.

The primary objectives of the test flight included:

• Providing local partners and relevant stakeholders in Japan with a clear, practical understanding of how a drone light show is executed and operated in real-world conditions
• Testing the stability of large-scale drone formations during simultaneous flight
• Assessing the clarity and accuracy of visual imagery, text, and symbols displayed in an open-air environment
• Verifying safety, operational procedures, and local coordination requirements

The test was designed with a clear focus: prioritizing technical validation and operational processes.

120-Drone formation & test scope

During the test flight, 120 drones were deployed simultaneously based on a pre-programmed flight scenario. The testing focused on:

• Precision of formation movements
• The ability to maintain accurate positioning and safe spacing between drones
• Stability during image transitions and formation structure changes
• Consistency and synchronization of lighting throughout the flight

Operating a 120-drone formation in a beach environment enabled a comprehensive evaluation of system control under real-world conditions, including environmental factors and spatial constraints.

Flight scenario design & visual performance capability

Visual frames presented during the test flight

As part of the test flight, multiple visual frames were incorporated into the flight scenario to evaluate the content-rendering capabilities of the drone light show system, including:

• Kanji characters and architectural symbols, demonstrating the ability to recreate visuals with strong local cultural elements
• Hiragana text, with its soft and flowing structure, used to assess motion smoothness and clarity when displaying Japanese characters
• The “BLUE FLAG” text frame combined with wave imagery, designed to align with the coastal setting of Yuigahama Beach
• Character-based frames, serving as visual highlights and testing the system’s capacity to form detailed shapes using drones

Through these frames, the test focused on assessing content design flexibility and the ability to customize flight scenarios for different events and local themes.

Public response & attention

Although the flight was conducted as a technical test, the performance still attracted attention from local residents and visitors present at the beach. The visual frames were regarded as clear, easily recognizable, and well suited to the open nighttime environment.

This response indicates that the drone light show not only met technical requirements, but also demonstrated the ability to generate positive visual impact even at the testing stage.

Safety & operational coordination in the project

Coordination with local partners & authorities

The test flight was carried out in coordination with relevant local organizations and authorities, including:

• Kamakura City Tourism Division
• Kamakura Police Department
• Kamakura Fire Department
• Athena Bussan Co., Ltd.

This coordination formed a critical part of the safety assurance process, ensuring compliance with local regulations and the maintenance of public order throughout the test. All preparation and operational steps were conducted with a cautious, controlled approach, in alignment with the surrounding environment.

Flight condition assessment & weather factors

Prior to the test flight, the landing zone and flight area were surveyed to assess factors affecting operational safety.

At the time of the test:

• Weather: clear skies
• Wind speed: approximately 3–6 m/s, with an average of around 5 m/s

Assessing and evaluating wind conditions is an essential part of drone light show operations, particularly in coastal areas. The test results showed that the drone formation maintained stability under real-world wind conditions.

>>> Explore more drone light show projects by Loon Eyes Studio

Loon Eyes Studio and Its expansion into the Japanese market

Loon Eyes Studio had delivered multiple drone light show projects in other markets prior to expanding its operations into Japan. The establishment of Loon Eyes Studio Japan reflects a long-term development strategy aimed at building a drone light show operator that aligns with Japanese regulations, cultural context, and local working practices.

The test flight in Kamakura represents one of the key preparatory steps, helping to establish the technical foundation and operational procedures for future projects.

Through this Japan drone light show test flight, Loon Eyes Studio Japan aims to gradually roll out drone light show projects serving:

• Local festivals
• Cultural and tourism events
• Brand and corporate events
• Outdoor performances at appropriate scales

Each test activity is treated as part of a thorough preparation process, ensuring quality and safety for future drone light show projects in Japan.