Building capable embodied AI systems requires more than a robotic arm and an AI model. Researchers and developers need a reliable way to demonstrate tasks, capture synchronized robot data, train policies, and validate whether those policies can perform in the real world.

The new Agility A2 Isomorphic Teleoperation VLA Suite is designed to make that workflow more direct.

Built around a dual-arm leader–follower architecture, the system enables intuitive master-slave teleoperation through one-to-one joint mapping. It combines dual 7-DOF robotic arms, low-latency control, force feedback support, multi-camera RGB-D vision, high-speed data synchronization, and an integrated OpenarmX-LeRobotVLA pipeline for embodied AI research, imitation learning, VLA development, and rapid proof-of-concept validation.

Solar panel cleaning is becoming an increasingly important part of PV operation and maintenance. Dust, sand, bird droppings, and other surface contaminants can build up over time, reducing panel efficiency and increasing maintenance pressure.

For many operators, however, conventional cleaning methods come with familiar challenges: workers need to climb onto rooftops, equipment must be transported across difficult terrain, and large-scale cleaning vehicles may not be practical for remote or complex sites.

As embodied AI continues to move from simulation to real-world robotic tasks, researchers and developers need more than a robotic arm. They need a complete platform that can collect high-quality data, support different VLA models, and help validate robot learning workflows in real environments.

The Agility A2 VR Teleoperation VLA Suite is designed for this purpose. It combines dual-arm robotic manipulation, immersive VR teleoperation, multi-camera 3D vision, synchronized data acquisition, and a VLA-ready software pipeline. More importantly, it supports multiple VLA model options, including ACT, SmoLVLA, Pi0, Pi0.5, and XVLA, giving researchers and developers more flexibility for embodied AI experimentation.

When building an unmanned ground vehicle, one of the biggest challenges is not only choosing the right sensors or payloads, but finding a chassis that can move reliably across complex outdoor environments. Mud, gravel, slopes, uneven roads, construction sites, grassland, and narrow outdoor passages can all affect the stability and performance of a mobile robot.

The TS5.0 100 kg All-Terrain High-Speed Crawler Robot Chassis is designed to solve this problem. With a durable tracked structure, strong load capacity, and flexible equipment integration, it provides a reliable mobile base for outdoor robotics, inspection, security, firefighting, agriculture, research, and customized unmanned vehicle development.

For UAVs, field robots, inspection systems, and emergency communication platforms, a stable wireless link is not just a convenience — it is the foundation of the entire mission. When the operating environment becomes complex, crowded, or interference-heavy, ordinary transmission systems may struggle with unstable video, delayed data feedback, or even signal loss.

This is where the VDLINK COFDM 30km Long-Range Video and Data Transmission System is designed to help. Built for UAV and industrial applications, VDLINK COFDM provides long-range video and data transmission with anti-jamming capability, flexible integration, and reliable communication performance in demanding field environments.

In professional UAV, robotics, and mobile power applications, battery performance is more than just a technical specification — it directly determines endurance, payload capacity, operating range, and mission reliability.

The Diamond 350Wh/kg Series 4.45V High-Voltage Ultra-Low Temperature Semi-Solid-State Li-ion Battery is designed for demanding platforms that require high energy density, stable discharge, and reliable performance in challenging environments. With a lightweight structure, wide temperature adaptability, and multiple voltage configurations, it provides a powerful energy solution for next-generation unmanned systems and intelligent mobile equipment.

FOXTECH is launching a June exclusive promotion for the Agility A2 series, offering customers $500 off all Agility A2 packages throughout the month of June.

From June 1 to June 30, 2026, customers can use the promo code A2JUNE500 to receive a $500 discount on eligible Agility A2 packages. To redeem the offer, simply email support1@foxtechrobot.com with the promo code before placing your order.

In warehouses, factories, commercial facilities, and everyday cargo transport scenarios, reducing manual handling pressure while improving efficiency and operational safety has become increasingly important.

The FOLO-100 PRO Autonomous Following Cargo Cart is an intelligent mobile transport solution designed for heavy-duty carrying tasks. Featuring autonomous following, 360° laser anti-collision protection, flexible passage through narrow spaces, and convenient battery management, it helps users move heavy loads more easily, efficiently, and safely.

In the field of robotics, UAVs, and autonomous systems, spatial perception is the foundation of intelligent movement. Machines do not only need to “see” their surroundings — they need to understand space, build maps, localize themselves, and remember the environment in real time.

The one-take unboxing video presents Odin1 in a direct and intuitive way. From the moment the device appears on camera, its compact structure and integrated design clearly show that Odin1 is built for practical deployment, not just laboratory demonstrations. The smooth unboxing process also highlights an important message: advanced 3D perception can be simple, efficient, and easy to access.

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.