Foxtech Provides Industrial Drone Solutions & UAV Payload Systems.
Robotic Platforms
In FOXTECH HOBBY CO.,LIMITED, robotic platforms proves to be the most outstanding product. We develop a comprehensive quality control management system including supplier selection, material verification, incoming inspection, in-process control and quality assurance of finished product. Through this system, the qualification ratio can be up to nearly 100% and the product quality is guaranteed.
Since the early days of Foxtech, we try every means to build our brand awareness. We firstly promote the presence of our brand on social media, including Facebook, Twitter, and Instagram. We have operating specialists to post online. Their daily job includes updating our latest dynamics and promoting our brand, which is beneficial to our increased brand awareness.
Robotic platforms offer state-of-the-art automation solutions for multiple industries. These systems combine advanced mobility and precision engineering with intelligent control for efficient task performance. Adaptive and versatile, they integrate easily with diverse sensors, tools, and software ecosystems for flexible operation in dynamic environments.
How to choose robotic platforms?
Looking to build a versatile robotic solution for automation, research, or education? Robotic platforms offer a modular, scalable foundation designed to adapt to diverse tasks and environments.
- 1. Select a base platform tailored to your mobility or structural needs (e.g., wheeled, articulated, or stationary).
- 2. Choose compatible modules (sensors, actuators, arms) to customize functionality.
- 3. Opt for software tools that align with your programming, AI, or control system requirements.
- 4. Add accessories like power units, grippers, or communication interfaces for specialized applications.
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In the rapidly evolving world of humanoid robotics, open-source innovation is redefining what’s possible. One of the most exciting outcomes of this movement is Agility A1, a next-generation robotic arm built on the OpenArm platform — a fully open-source humanoid robot arm designed for physical AI research and deployment in contact-rich environments.
Agility A1 inherits OpenArm’s vision of making high-performance robotic systems accessible to the global research community. By combining human-level dexterity with transparent, modifiable hardware and software, it opens new opportunities for innovation in motion control, manipulation, and human-robot interaction.
Precision Engineering for Human-Like MotionEach Agility A1 arm provides 7 degrees of freedom, allowing for lifelike flexibility and precise movement. With a 633 mm reach, 5.5 kg weight, and 6 kg peak payload, it balances strength, responsiveness, and efficiency.
At its core, the system uses 1 kHz high-speed CAN-FD communication, ensuring smooth, precise control even in high-dynamic operations. This enables the arm to perform both delicate manipulations and high-contact interactions with equal accuracy.
Advanced Motor System Inspired by OpenArm Design
Built upon OpenArm’s modular open-source architecture, Agility A1 features a robust and efficient motor system integrating DAMIAO 43-series and 8009P motors. Each joint — from the shoulder to the end-effector — is optimized to deliver the ideal combination of torque, speed, and smoothness.
The use of cross-roller bearings enhances rigidity and precision in single-side-supported sections, while the DAMIAO 4340 series motors ensure high payload capacity in a compact and elegant design. This thoughtful integration allows Agility A1 to maintain stability, accuracy, and mechanical efficiency during complex movements.Fully Open-Source for Research and DevelopmentContinuing the OpenArm philosophy of openness and collaboration, Agility A1 offers unrestricted access to:
Complete CAD models
Firmware and control code
Simulation tools
This makes it a powerful platform for rapid prototyping, customization, and software experimentation. Researchers can easily modify mechanical components, test new control algorithms, or integrate custom sensors — accelerating progress in robot learning, dexterous manipulation, and AI-driven control.
Safe, Compliant, and Interactive
Agility A1 emphasizes safe and intuitive human-robot interaction, a hallmark of OpenArm’s design principles. The arm supports:
Real-time gravity compensation for effortless teleoperation
Compliant, backdrivable joints for safe physical contact
Smooth remote control with immediate feedback
These features make Agility A1 ideal for contact-intensive environments, including collaborative research, assistive robotics, and physical AI experimentation.
Advancing the OpenArm Ecosystem
As part of the broader OpenArm ecosystem, Agility A1 represents the next evolution of open-source humanoid robotics. It demonstrates how accessible, high-performance platforms can drive forward the development of intelligent, human-level machines.
By empowering global researchers and developers to collaborate and build upon shared knowledge, Agility A1 and OpenArm together embody a new era of transparency, innovation, and collective progress in robotics.
As solar energy continues to power the world’s transition to sustainability, maintaining peak efficiency of photovoltaic (PV) systems has become more critical than ever. Dust, debris, and environmental buildup can significantly reduce panel performance—making regular cleaning an operational necessity. In response to this challenge, the Sweeper Series Solar Panel Cleaning Robots—including the Sweeper-140 and Sweeper-180 models—redefine how large-scale PV installations are maintained, combining precision engineering with intelligent automation.
Smart Automation for Solar Fields
What sets the Sweeper Series apart is its autonomous route-planning and intelligent navigation system, a feature designed to transform traditional manual cleaning into a fully automated process.The PRO versions of both models utilize advanced algorithms to map and navigate extensive solar arrays, automatically adjusting their cleaning routes for maximum coverage with over 99% accuracy. This intelligent system not only prevents missed spots and overlaps but also ensures that every inch of the panel surface receives consistent attention.
Through AI-driven path planning and automatic correction mechanisms, the robots can adapt to various terrains and alignments, continuously optimizing their trajectories. This level of automation allows operators to manage cleaning operations remotely—reducing manpower requirements while improving reliability and consistency.
Continuous, Safe, and Efficient Operation
In large solar farms or rooftop installations, safety and uptime are top priorities. The Sweeper-140 PRO and Sweeper-180 PRO integrate multiple protection systems including anti-drop detection, power-off self-locking, and automatic traction control that maintains precise steering and corrects deviations within three seconds. Even when operating on panel arrays with slight inclines, the robots can detect edges and retreat automatically, ensuring uninterrupted and safe operation.
Their cruise-control mode maintains stable speed throughout the cleaning process, while built-in ultrasonic sensors allow smooth navigation around obstacles without human intervention. This combination of autonomy and safety makes the Sweeper Series ideal for continuous, large-scale deployment in utility-level solar projects.
Smarter Maintenance, Greater Productivity
Beyond automation, the Sweeper Series delivers real-world practicality. Operators can monitor and control the robots through long-range remote controllers with a 100-meter range and 30-hour battery life, ensuring extended operational cycles with minimal downtime. The dual-brush options available on both models double the cleaning width for faster results, while adjustable speed settings adapt to various environmental conditions.
The automation capabilities also lead to measurable benefits: each robot can cover up to 12,000 square meters per day, drastically reducing labor costs and maximizing the energy yield of solar power plants.
Designed for the Future of Solar Operations
The integration of intelligent navigation and automation in the Sweeper Series represents a major step toward the digitalization of solar maintenance. With increasing demand for unmanned, continuous, and efficient operations, these robots bridge the gap between clean energy generation and intelligent robotics.
Whether it’s the compact Sweeper-140 PRO or the high-capacity Sweeper-180 PRO, both systems embody the next generation of solar cleaning—where smart autonomy meets sustainable energy management. Through these innovations, solar plant operators can ensure cleaner panels, higher efficiency, and a more intelligent approach to renewable energy maintenance.
Precision-Engineered Drive Solution for Open-Source Robotic Innovation
The DAMIAO Joint Motor System is a fully integrated drive platform designed specifically for the OpenArm open-source humanoid robot arm, providing researchers, developers, and robotic engineers with a professional-grade foundation for high-performance motion control.
By combining DAMIAO’s 43-series and 8009P joint motors, the system achieves an optimal balance of torque, speed, and precision — enabling natural, coordinated movement from the shoulder to the wrist. Each motor module integrates power electronics, sensing, and communication, minimizing wiring complexity while maximizing control efficiency.
Key Features
1. Optimized Joint ArchitectureEach motor is carefully selected to match its corresponding joint’s torque and motion requirements.From high-load shoulder joints to lightweight wrist modules, the DAMIAO system ensures consistent mechanical performance and dynamic stability across the entire arm.
2. Robust Cross-Roller Bearing StructureThe system adopts a high-precision cross-roller bearing design, delivering exceptional rigidity and positioning accuracy.This structure effectively resists asymmetric or multidirectional forces, ensuring smooth and stable operation even during heavy or unbalanced loads.
3. Lightweight, High-Torque DesignThe DAMIAO 4340 motor features a compact yet powerful configuration, offering high torque density with reduced weight.It’s ideal for robotic arms requiring both mechanical strength and structural efficiency — a key factor in humanoid and collaborative robot development.
4. Seamless Integration with OpenArmThe DAMIAO Motor Kit is natively compatible with the OpenArm platform, supporting real-time motion feedback, joint synchronization, and control algorithm customization.Its modular architecture allows effortless assembly, expansion, and system debugging for research and prototyping.
5. Professional-Grade PerformanceBuilt with reliability and precision in mind, the DAMIAO Joint Motor System provides the level of durability required for long-term academic and industrial applications.Whether for humanoid robotics, collaborative manipulators, or AI-driven control experiments, it ensures professional motion control and repeatable performance.
Technical Configuration
Right Arm
2× DM-J8009P-2EC Motors
1× DM-J4340P-2EC Motor
1× DM-J4340-2EC Motor
4× DM-J4310-2EC Motors
Left Arm
2× DM-J8009P-2EC Motors
1× DM-J4340P-2EC Motor
1× DM-J4340-2EC Motor
4× DM-J4310-2EC Motors
Empowering the Open-Source Robotics Ecosystem
As the open-source robotics community continues to evolve, the DAMIAO Joint Motor System stands out as a robust, modular, and high-performance motion solution for next-generation humanoid research.Its combination of mechanical precision, intelligent drive control, and open-platform compatibility allows developers to accelerate innovation — transforming ideas into real, functional robotic systems.
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