Modular charging surfaces
Active and passive modules scale the charging area and power output according to the aircraft, mission and landing footprint.
Wireless charging for drones & UAVs
Wireless Charging Systems for Drones and UAVs
Patented, modular charging stations and onboard receivers engineered for autonomous drone operations—from R&D prototypes to industrial-grade deployments.
Since 2015Wireless power engineering
ModularScalable charging surfaces
PatentedOpto-inductive architecture
Scalable powerFrom compact UAVs to kW-level systems
Built for autonomous operations
Charging infrastructure designed around the drone—not the other way around.
Divisek combines wireless power electronics, mechanical engineering and onboard integration to create systems that keep autonomous missions running with less human intervention.
Onboard receiver integration
Receiver discs integrate into landing gear or structural components without compromising aerodynamics or mechanical stability.
Reliable autonomous docking
Landing structures, alignment systems and electronics are engineered together for repeatable charging in real operating conditions.
150 W compact module
A complete recharge in approximately 20 minutes for compatible FPV systems.
FPV & custom UAV solutions
Compact wireless charging built around the aircraft.
For lightweight FPV platforms and custom airframes, Divisek adapts receiver geometry, landing interfaces and power electronics to the mission—without forcing the drone into a standard charging product.
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Lightweight integration
Compact receiver components can be integrated into landing gear or structural elements without compromising the aircraft layout.
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Custom charging geometry
Charging pads and alignment features are adapted to the airframe, expected landing tolerance and operating environment.
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From prototype to deployment
Electrical, mechanical and charging-control development remain coordinated through prototyping, validation and field testing.
Complete system integration
Wireless charging is more than a coil beneath a landing pad.
The mechanical interface, aircraft receivers, power electronics, battery strategy and landing geometry must work as a single system.
Adaptive architecture
Engineered for the aircraft and the mission.
Our opto-inductive architecture adapts to different form factors, landing tolerances and power requirements, from lightweight drones to larger autonomous UAVs.
Plug & playDirect battery configurations
ControlledDedicated battery interface options
FlexibleMultiple receiver layouts
ScalableUp to kW-level systems
Portable modular baseWireless charging architecture for FPV drone fleets.
From prototype to deployment
One engineering partner for the complete charging system.
Mission definition
Aircraft, battery, payload, operating environment and autonomy targets.
Electrical architecture
Power level, receiver topology, battery interface and charging control.
Mechanical integration
Landing gear, pad geometry, alignment structures and environmental protection.
Prototype & validation
Rapid iteration, in-house assembly, testing and preparation for manufacturing.
Customers & partners
Engineering trusted by research, industry and drone innovators.
Collaborating across wireless charging, autonomous systems and advanced engineering applications.
Build your charging system
Tell us what your drone needs to do without stopping.
Share the aircraft, battery, mission and operating environment. We will help define the right wireless charging architecture.
info@diviseksystems.com