We Power the Autonomy Revolution

Turn-key wireless charging

solutions for autonomous

robots and drones.

Since 2015, we've been delivering wireless charging solutions for drones, ground robots, underwater vehicles, and other robotic platforms. We build robust, scalable solutions tailored to your mission —from R&D prototypes to industrial-grade deployments.

We Power the Autonomy Revolution

REQUEST A CUSTOM SOLUTION

We Power the Autonomy Revolution

Turn-key wireless charging

solutions for autonomous

robots and drones.

Modular Designs

Wireless charging surfaces are designed in modular units, allowing scalable power output and simplified transportation. Each module within a charging base can be either active (power-emitting) or passive, serving solely as mechanical support depending on your system’s power requirements.

The image illustrates a Wireless charging module for FPV drones with 150W output, enabling full recharge in ~20 minutes. The blue LED ring indicates charging status via blinking frequency.

Wireless charging Modular Design for drones by Divisek Systems

Wireless charging for FPV drones by Divisek Systems

Power Receiver Discs

Power receiver discs can be integrated into the drone’s landing gear or other structural components. This modular design allows seamless integration without compromising the vehicle’s aerodynamics or mechanical stability.

By combining active and passive receiver units, the system enables flexible power scaling based on the platform’s charging requirements —from lightweight racing drones to larger, high-capacity UAVs.

Charging discs can be connected directly to the battery in a plug-and-play configuration, ideal for simple or lightweight setups. For more demanding applications —such as precise cell balancing, battery health monitoring, or weight-constrained systems— the receivers can be connected via a dedicated controller board.

Adaptive Wireless Charging Architecture

Our patented opto-inductive technology forms the foundation of an adaptive wireless charging architecture, designed to meet the evolving demands of modern robotics. From compact drones to large autonomous vehicles, our system scales seamlessly to accommodate varying form factors, landing or docking tolerances, and power delivery requirements —supporting configurations of up to kilowatt-level wireless charging.

LET’S BUILD YOUR CHARGING SYSTEM

Wireless charging Adaptive Architecture by Divisek Systems

Beyond Charging: Full-System Integration

WE BUILD COMPLETE INTEGRATED SOLUTIONS

As drones and autonomous vehicles evolve, so do their needs. That’s why we design systems that adapt, combining power delivery with mechanical precision to ensure long-term performance and interoperability.

STRUCTURAL PRECISION FOR RELIABLE CHARGING

We develop not only the electronics, but also the mechanical components that make wireless charging possible: landing pads, docking surfaces, and alignment structures that ensure perfect positioning between emitter and receiver modules, for maximum efficiency and reliability.

Wireless Charging for large drones by Divisek Systems

Where Performance Embraces Aesthetics

Our designs are born from real-world testing and continuous iteration with our clients. This collaborative process refines every element —balancing technical precision with visual harmony.

Take, for example, our conical landing structures: Their soft, flowing contours provide exceptional stability during landing, especially under lateral wind conditions. Guided by the gyroscopic effect of the propellers, the drone naturally aligns itself gently, approaching the center in near-horizontal motion.

At Divisek, form is never an afterthought. We engineer systems where performance and beauty are not just compatible —they elevate each other.

REQUEST A CUSTOM DESIGN

Design & Manufacturing

We work with industry-standard engineering tools such as SolidWorks for mechanical design and Altium Designer for electronic development. Manufacturing is carried out through a network of trusted industry partners, ensuring high-quality production for both prototyping and final deployment.

For rapid prototyping and iterative design testing, we rely on in-house tools, including multi-material 3D printing, allowing us to accelerate development cycles and adapt quickly to evolving project needs.

Precise specifications

In-House assembly and tests

Advanced CAD and EDA tools

Advanced rapid prototyping, 3D print