As modern cities continue to grow vertically, high-rise curtain wall cleaning has become an essential part of property maintenance. Clean building facades not only improve the appearance of commercial complexes, hotels, office towers, and residential buildings, but also help enhance user experience, property value, and long-term asset management.

However, traditional high-altitude cleaning methods still face major limitations. Manual rope-access cleaning, often known as the “spiderman” method, is labor-intensive, risky, and difficult to scale. For property owners and facility management teams, the challenge is no longer just about keeping glass clean — it is about achieving safer operation, higher efficiency, consistent cleaning quality, and lower overall maintenance costs.

We are excited to announce the launch of our latest innovation — the Aerometo Weather Station! Designed to offer unparalleled accuracy and ease of use, this weather station is the perfect tool for anyone needing reliable weather data, whether for personal use, professional purposes, or scientific research.

In modern robotics, accuracy and reliability are key when it comes to positioning and navigation. This is especially true in dynamic environments, such as elevators, where constant shifts in height and spatial orientation can challenge even the most advanced robots. Odin1, equipped with the SLAM-based Spatial Memory Module, is designed to address these challenges head-on, providing precise positioning data even in vertical movement scenarios. Let’s take a closer look at how Odin1 performs in a real-world elevator test, demonstrating its ability to maintain accurate positioning during short vertical movements.

As urban living standards continue to rise, high-end residential buildings are placing greater emphasis not only on architectural aesthetics but also on long-term maintenance. Among these, exterior glass cleaning remains one of the most challenging tasks—traditionally reliant on manual labor, suspended platforms, and high-risk operations.

The T-M400C Dual-Tethered High-Rise Cleaning Drone introduces a safer, more efficient, and intelligent solution—purpose-built for exterior glass cleaning in mid-rise and high-end residential communities.

Smarter Control, Stronger Performance

In modern industrial environments, efficiency and control define productivity. The upgraded EST Series Electric Skate Tank brings a new level of intelligence and performance to heavy equipment transportation—transforming traditional handling into a smarter, more scalable solution.

As industrial drone applications continue to expand into scenarios that demand extended flight duration and uninterrupted operation, battery limitations remain a critical bottleneck. To address this challenge, Foxtech introduces the T-FC100 MINI Tethered Power Solution, a purpose-built system designed specifically for the DJI FlyCart 100, enabling continuous aerial operation without the constraints of onboard batteries.

In today’s rapidly evolving industrial landscape, efficiency, safety, and reliability are more important than ever. The P3 (T50) Tethered Drone Cleaning System has quickly emerged as a standout solution in the global market—earning strong demand across multiple countries and industries.

P3 (T50) Is Hot Selling Overseas, Shipping To Multiple Countries.From urban skylines to industrial facilities, the P3 (T50) is being widely adopted around the world, reflecting its growing reputation as a dependable and high-performance aerial cleaning system.

Recently, certain institutions and media outlets have published false and unsubstantiated allegations regarding Foxtech.

In today’s rapidly evolving robotics landscape, the demand for systems that seamlessly connect human intuition with machine precision has never been greater. The Agility A2 Dual-Arm Robotic Research Platform, built on the OpenArm architecture, stands at the forefront of this transformation—bringing together power, flexibility, and embodied AI into a single, research-ready solution.

Empowering Intelligent Robotics with True 3D Perception and Spatial Memory
In the rapidly evolving world of robotics and autonomous systems, perception and navigation remain at the core of intelligent operation. The Odin1 Spatial Memory Module represents a breakthrough in this field—integrating advanced multi-sensor hardware with powerful SLAM algorithms to enable machines not only to perceive their environment, but also to understand, remember, and navigate it with human-like spatial awareness.

When our Brazilian partner first received the P3 (T50) high‑altitude drone cleaning system, there was excitement—and also a healthy dose of curiosity. Could this advanced cleaning solution truly deliver the efficiency and performance we promised? Today, after completing multiple real‑world operations, the answer is a resounding yes.

As modern cities continue to grow vertically, firefighting teams face increasing challenges when responding to high-rise fires. Traditional ladder trucks and ground equipment often struggle to reach upper floors quickly, especially in dense urban environments. To address these challenges, advanced aerial systems are being introduced to support emergency responders.

The T-FC100X Tethered Firefighting Drone System developed by Foxtech is designed to provide continuous aerial firefighting capability by combining tethered power technology with a high-capacity water supply system. Working together with the DJI FlyCart 100 heavy-lift drone platform, the system enables firefighters to perform efficient fire suppression operations at heights that are difficult to reach using traditional methods.