Base Plate (Align & Contact)
- Spring-loaded contact pins
- Large capture area for landing tolerance
- Weather-resistant outdoor design
- Gold-plated for high-current transfer
Wireless Charging for Unmanned Aerial Vehicles
Autonomous Drone Charging Dock
Enable fully autonomous drone operations with intelligent wireless charging. Our low-profile charging dock allows drones to land, recharge, and redeploy automatically without exposed electrical contacts, providing reliable power transfer in outdoor environments for parcel delivery, infrastructure inspection, and security patrol.
24/7
Multi-shift fleet utilization
0 pins
No mechanical connector wear
Weatherproof
Stands all weather
Fleet
Standardized charging zones
Why Autonomous Drone Fleets Depend on Contactless Charging
Autonomous drone fleets are measured by mission availability—the percentage of time aircraft spend performing missions rather than waiting for charging, battery replacement, or maintenance. Conventional contact-based charging systems rely on exposed electrical contacts that require precise landing alignment and regular cleaning, especially in outdoor environments.
Every landing introduces potential failure points: contaminated contacts, corrosion from rain or humidity, dust accumulation, and mechanical wear that can interrupt charging or delay the next flight. Across large drone fleets, these issues reduce operational efficiency and increase maintenance costs.
The Charging Principle Behind Autonomous Drone Operations
Autonomous drones return to a designated charging pad after completing each mission or when battery capacity reaches a predefined threshold. Precision landing technology guides the aircraft onto an ultra-low-profile wireless charging pad, eliminating exposed electrical contacts and manual charging procedures.
Charging performance, battery condition, and power transfer are continuously monitored to maximize efficiency and operational safety. Once charging is complete, the drone automatically launches its next mission without operator intervention.
At scale, wireless charging enables fully autonomous drone fleets by replacing manual battery handling and connector maintenance with intelligent, software-managed energy infrastructure—unlocking continuous operations for parcel delivery, infrastructure inspection, emergency response, and security patrol.
From mission to charge — and back
Wireless opportunity charging keeps autonomous drone fleets flying without manual battery swaps or connector docking at every energy stop.
- 01
Drone
- 02
Charging Dock
- 03
Wireless Charging
- 04
Redeploy Mission
Contact Charging Dock
A contact charging solution for autonomous drone fleets that delivers high-efficiency, fast charging and reliable autonomous operation.
Precision Landing
RTK + AI navigation landing achieves ±10–30 cm precision for reliable contact.
Automatic Contact
Solid contact pins engage automatically for reliable power transmission.
High Power Charging
800W–1500W charging with intelligent power management and control.
Mission Continuity
Fast turnaround between missions without manual battery swap.
Contact Charging Process
01
Mission Return
Drones return to the dock after completing a mission or when the battery is low.
02
Precision Approach
RTK + visual approach aligns the drone to the dock platform.
03
Precision Landing
Landing accuracy of ±10–30 cm ensures reliable contact engagement.
04
Contact Engagement
Latching mechanisms lock for a solid high-current power connection.
05
High Power Charging
Rapid 800–1500W DC charging with intelligent BMS and health monitoring.
06
Mission Redeployment
After full charge, the drone is ready for the next mission immediately.
Inside the Contact Charging Dock
Landing Platform
Robust 1200 mm square surface for autonomous landing.
Power Electronics
Integrated AC–DC power modules for fast charging.
Control Electronics
Intelligent MCU for communication and safety.
Thermal Management
Forced air cooling for continuous high-power operation.
Tech Specifications (Typical)
| Max Power | 800W–1500W |
|---|---|
| Input Voltage | 85–264VAC, 50/60 Hz |
| Output Voltage | 40–60VDC (Configurable) |
| Efficiency | > 96% |
| Charging Time | 45–60 mins (Typical 22Ah) |
| Protection | Surge, OCP, OVP, OTP |
| IP Rating | IP55 / IP66 |
| Dimensions | 1200 × 1200 × 250 mm |
| Weight | ~110 kg |
Contact Interface Detail
Drone Side (Charging Interface)
- Integrated charging contacts
- Aerodynamic and lightweight
- Reliable connection under vibration
- Designed for high cycle life
Charging Technologies
Wireless Charging
- Contactless
- Fully Sealed
- Flexible Landing
- Low Maintenance
- Outdoor Ready
Contact Charging
- Direct Electrical Contact
- High-Power Capability
- Precision Docking
- Fast Energy Transfer
- Proven Commercial Architecture
Both charging architectures support autonomous drone operations.
SiCore Dynamics develops and integrates both technologies to match different mission profiles and deployment requirements.
Frequently Asked Questions About Unmanned Aerial Vehicles
01How does wireless charging benefit AGV and AMR fleet operations?
Contactless charging removes pin wear and alignment failures, enabling opportunity charging along routes and higher fleet utilization.
02What is opportunity charging for mobile robots?
Vehicles receive power during short idle periods at route endpoints or queue lanes without manual connector handling or precision mechanical docking.
03Can multiple AMRs share the same charging infrastructure?
Yes. Standardized transmitter pads support fleet-wide charging zones configured through facility layout and fleet management software.
04What power range supports warehouse and factory AMR deployments?
SiCore products from 200W mobile platforms to 3000W fleet infrastructure cover light AMRs through heavy-load logistics vehicles.
05How is alignment tolerance handled for autonomous docking?
Magnetic coupling tolerates positional variation far beyond mechanical pin engagement, reducing failed docking events.
06Can SiCore wireless charging scale across large distribution centers?
Yes. SiCore supports multi-shift, high-throughput logistics with reliable charging stations distributed along operational corridors.
Scale your drone fleet with autonomous charging infrastructure
Talk to SiCore Dynamics about wireless and contact dock architecture, power class selection, and OEM integration for UAV delivery, inspection, and patrol programs.