Industrial-grade
wireless
charging.
NOA builds wireless charging systems that embed directly into drones, robots, and autonomous platforms, so they operate longer, safer and with minimal intervention.
Partners & Affiliations
Charging is the
bottleneck
for autonomy.
The hardest problem in autonomous systems isn't intelligence. It's keeping them powered. Every connector is a failure point. Every charging cycle is an interruption. Every manual intervention compounds cost across your fleet. The industry has accepted this as normal. It isn't.
Quantified Downtime
Connectors are a major cause of unplanned downtime in deployed fleets, on average, resulting in mission interruptions every 20-45 minutes.
Maintenance Cost
Exposed ports and contact pins invite dust and moisture while also wearing down with repeated use, leading to poorer connectivity, reduced performance, and increased failure risk over time.
Automation Scaling Ceiling
Manual battery swapping requires a technician to be physically present, and as operations scale, it often evolves into a dedicated role that may require multiple personnel.
SOLUTION
Continuous flow
without the friction.
NOA removes charging as a constraint. By enabling seamless, contactless power delivery, systems can operate continuously without human intervention.
93%
UP TO
Energy transfer efficiency
500w
POWER LEVELS
Fully autonomous charging
↑3X
ASSET UTILISATION
Fleet-wide efficiency gains
One stack.
Every layer engineered.
NOA isn't just a charging solution. It's a complete, integrated system that combines wireless transfer hardware, power conversion, intelligent firmware, and battery management into a single embedded platform.
Layer 04 - Control & Data
Configure, monitor, access
The NOA configuration tool sets every parameter across TX and RX. Full session telemetry is generated per unit and accessible directly to the user.
Layer 03 - Adaptive Intelligence
Intelligent detection and dynamic power
Automatically detects the receiver, ignores foreign objects, and adjusts power delivery dynamically throughout the charge cycle.
Layer 02 - BMS Integration
Smart battery management
Integrated charge regulation supporting 1S-9S battery packs up to 40V. Configurable CC/CV profiles compatible with multiple battery chemistries.
Layer 01 - Power Transfer
Coupled inductive power transfer
Scalable from 1W to 500W, configurable across 50kHz to 250kHz, with up to 93% end-to-end efficiency.
HOW IT WORKS
The invisible layer
powering your system.
NOA's architecture is built around a single principle: power should move like data. Invisibly, continuously, and without human involvement.
Transmitter Module
NOA's transmitter is the core of your wireless charging pad. You design the enclosure, the form factor, the integration. We handle everything underneath: power delivery, frequency configuration, and a full protection system.
Setup takes minutes.
Connect to DC. Configure with the NOA tool. Drop it into your pad design. Done.
- 1W to 500W output
- 50kHz to 250kHz configurable frequency
- Scalable coil geometry to suit your application
- Compatible with any customer-designed pad or dock
Receiver Module
NOA's receiver is the complete power delivery system for your platform. It handles everything from wireless energy capture to clean DC output and battery charging: integrated rectification, charge regulation, and a full protection system
Configure it once through the NOA configuration tool, set your battery, charging and protection parameters. Once set, it's ready to fit into any design.
- 1W to 500W output
- Up to 40V output — 1S to 9S battery pack compatible
- Up to 93% end-to-end efficiency
- Configurable charge profiles: CC, CV, charge complete
Autonomous Power Transfer
The moment your device lands on a NOA-powered pad, the system finds it, verifies it, and begins charging — no plugging, no triggering, no operator input. It manages the full cycle on its own: charge rate adjusts to battery state, slows to a trickle when full, and the moment the device lifts off, the pad resets and waits for the next one.
If something other than your device lands on the pad, nothing happens.
- Device detected and charging in under 2 seconds
- Full cycle managed autonomously — CC, CV, trickle, standby
- Foreign object detection — only charges what it's supposed to
- Charging telemetry available directly to your system
Continuous Charge Cycle
A NOA-powered pad doesn't need managing. Devices charge, redeploy, and return on their own schedule. The system handles each cycle automatically, without intervention. Whether it's one unit or an entire fleet, the process repeats the same way every time. Every charge session generates power tracking data that is accessible directly from each unit.
Feed it into your existing fleet system, log it, or ignore it. The charging happens either way.
- Fully autonomous charge cycles, indefinitely
- Per-unit telemetry: charge state, power, voltage, current, temperature
- Data accessible from each unit — integrate with any fleet system
- No proprietary software required
APPLICATIONS
Built for the platforms
you're already deploying.
Scaled Fleets
Continuous wireless charging across all unmanned platforms - UAVs, UGVs, UUVs, USVs. Eliminate manual battery swaps.
Autonomous Mobile Robots
Fleet-wide charging for warehouse and logistics AMR systems. Zero downtime between shifts.
Ground Robotics
Wireless charging for ruggedised ground platforms in outdoor, coastal, and variable terrain environments.
Critical & Specialised Systems
Contactless power delivery where connector failure is not an option. Subsea, clean room, and classified environments.
IN THE FIELD
GuardianSkies achieved fully autonomous drone charging.
GUARDIANSKIES × NOA - CASE STUDY
GuardianSkies builds and operates drone-based bird deterrent systems across vineyards and berry farms in Australia. Continuous operation was impossible: battery charging cycles meant drones needed to land, be manually swapped, and redeployed constantly.
NOA integrated a custom wireless charging system directly into their fleet. The drones now autonomously return to charge pads, recharge in under 30 minutes, and redeploy without any human input.
DRONE UPTIME EFFICIENCY
3x
FLEET SIZE REDUCTION
66%
EQUIPMENT COST SAVINGS
$214K+
FULL RECHARGE TIME
29.7min
"The integration enabled a 'set and forget' model for bird deterrence across expansive farmland." - GuardianSkies
WHAT WE OFFER
Three ways to partner
Development Kits
Validate before you commit.
Hardware-in-hand in days. Test wireless power in your actual platform before any integration commitment.
Integration Support
Confirm before you integrate.
Custom support from day one. Explore tailored integration solutions to establish your product development roadmap.
Production & Supply
Secure before you scale.
Lock in development scope early. Ensure reliable production supply and position your platform to lead the field.
GET STARTED