High-voltage power line inspection
Inspect transmission towers, conductors and insulators safely, efficiently and precisely.
UAV × Edge AI · Built In-House
We Design and Build
the Complete UAV
Mission System.
AQLS designs chips, manufactures aircraft and integrates complete UAV systems. We develop and build our UAV mission systems in-house, integrating every layer from chip design to the application.
- Chip design & EDA
- Aircraft designed & built in-house
- Edge AI & UAV mission systems
- Fleet
- 10 models
- Includes the Hexa-35 six-axis heavy-lift platform and VTOL-H gas-electric hybrid fixed-wing platform
- Max take-off weight
- 0.6 – 70 kg
- Up to 70 kg on the Hexa-35 six-axis heavy-lift platform
- Max flight time
- 6 hours
- VTOL-H gas-electric hybrid: maximum flight distance of 600 km; multirotors: 15 – 40 min endurance
- Wind resistance
- Up to 10 m/s
- IP45 ingress protection
From chip design to UAV mission systems
Three core capabilities.
We control the key technologies.
A UAV mission system requires the flight platform, chips and payloads to work together. AQLS manages all three core capabilities in-house, so we handle the integration and take responsibility for the reliability of the complete system.
01Chip design & EDA
We focus our design service on UAV-related chips. With iPROfiler, Architecture Compiler, ETAL and our ASIC turnkey service, we address reliability from the RTL stage.
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02Aircraft designed & built in-house
Our ten models span Goshawk to VTOL-H. Modular payloads include dual-sensor gimbals, LiDAR and cargo bays, with tool-free swaps, hot-swappable batteries and IP45 protection.
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03Edge AI & UAV mission systems
AIVO vision AI and the XEdgAI edge platform enable real-time onboard recognition and decision-making. We integrate them with ground control and interference-resistant communications to deliver a UAV mission system ready for operation.
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Why we start at chip design
A chip or system failure during inspection or disaster response can directly affect flight safety and mission execution. That is why AQLS makes reliability central to chip design, verification, system integration and testing in actual missions. We apply the same EDA technology and IC design expertise to general IC design projects.
Applications
Professional UAV systems
for critical infrastructure.
AQLS UAV systems support inspection, monitoring and precise delivery. Explore these typical applications.
Solar farm and long-distance pipeline inspection
Improve inspection efficiency across solar farms and long-distance oil and water pipeline corridors.
Port security and facility monitoring
Monitor port security and the condition of facilities and equipment with real-time aerial imagery.
Environmental and ecological monitoring
Support conservation, ecological surveys and research with aerial imagery and sensor data.
- Modular payloads
- Dual-sensor gimbal · LiDAR · Cargo bay
- Field preparation
- Tool-free quick-swap · Hot-swappable batteries
- Ingress protection
- IP45
- Support
- Partner network · Training · After-sales service
The chip layer
We apply UAV reliability standards
to every IC design challenge.
We build our EDA tools and design service to support highly reliable UAV systems. We use the same standards and methods to help general IC design teams solve their design challenges.
About AQLS
Led by chip design experts,
we bring reliability standards to UAV missions.
UAV applications place higher demands on chip quality than general IC applications because a single fault can cause serious consequences. That is why we hold our chip design and EDA tools to a higher standard. These tools also serve general IC design. We deliver a complete, integrated solution that spans chip design, the aircraft and the full UAV system.
Let's build the next UAV mission system
Ready to plan your
UAV mission system?
Talk to us about platform selection, Edge AI payloads and mission integration. We can also support your IC design project with the same high standards.