#Japan #Tokyo #Terra Drone #Terra Xross 1 #Signal Recovery

Terra Drone Enhances Indoor Inspection Drone with New Feature

Terra Drone, headquartered in Shibuya, Tokyo, has made significant strides in drone technology with the introduction of a new feature aimed at improving the safety of indoor inspections using its Terra Xross 1 drone. This addition, known as the "Signal Recovery Feature," addresses potential communication disruptions that may occur during flights, allowing for safer operations in environments such as closed spaces where GPS signals might be weak or unavailable. This project is part of an initiative developed in collaboration with the Deepstar consortium, which includes industry giants such as Chevron and Shell.

Background of the Feature Development

The Terra Xross 1 drone is designed to offer superior flight stability due to its dual sensor system, equipped with both LiDAR and visual sensors. This design not only enhances usability but also provides exceptional cost performance, being approximately one-third the expense of traditional indoor inspection drones. By lowering the barriers in terms of price and technology, Terra Drone aims to accelerate the adoption of indoor drone inspections across various sectors, including critical infrastructure.

To achieve this, Terra Drone has partnered with the Japan Foundation and DeepStar’s joint technical development program, reflecting the company's commitment to innovation in the energy sector and beyond. The DeepStar consortium is widely recognized for its collaboration among major oil and gas companies to drive advancements in marine technology and safety. Through this partnership, Terra Drone integrates real-world operational feedback from its consortium partners, Chevron and Shell, into the development process of the Terra Xross 1.

Understanding the Signal Recovery Feature

The introduction of the Signal Recovery Feature is a proactive measure responding to the inherent risks of flying drones in environments where communication loss is a possibility. When the drone loses connection with its controller, this feature automatically engages and commands the drone to navigate back along its flight path, attempting to reconnect and restore communication.

This safety enhancement is crucial for areas like indoor facilities, storage tanks, boiler rooms, and underground structures where signal interference is common. With this functionality, operators can conduct thorough inspections across large and complex areas without the anxiety of losing control of their drone.

Future Prospects

As Terra Drone continues to evolve, it remains dedicated to strengthening partnerships with infrastructure and inspection companies around the world. The company seeks to develop practical solutions that address real-world challenges faced in operations. By leveraging operational feedback, Terra Drone aims to enhance resilience in global infrastructures while optimizing maintenance costs.

In addition to drones, Terra Drone is also focused on developing advanced operational management systems, including those for autonomous vehicles, to contribute broadly to various industries, including surveying, inspection, and agriculture. The organization boasts over 3,000 completed projects and has established itself as a leader in the industry, consistently ranking among the top two industrial drone service companies since 2019. Its recent accolades include being named the top provider in the Drone Industry Insights ranking and receiving the Minister of Land, Infrastructure, Transport and Tourism Award at the Japan Startup Awards 2025 for its contributions to social issues in land and transportation.

Terra Drone envisions becoming a global platform for low-altitude economic zones, working towards resolving societal issues tied to the proliferation of drones and flying vehicles. To learn more, visit Terra Drone.