High-capacity LiPo · Extended endurance
Heat detection · Inspection · Monitoring
RC Controller + Web Portal access
Advanced stability · Mission-control
Every component selected for reliability in demanding operational environments. Designed for professionals who cannot afford failures.
Advanced stabilisation system maintains precise positioning in wind and variable conditions for accurate data capture.
Integrated thermal camera detects heat signatures for inspections, agriculture monitoring, and search operations.
Live video and telemetry feed to both RC controller and online portal simultaneously for comprehensive situational awareness.
Industry-leading ~60 minute flight time enables complete area coverage without interruptions. Most comparable drones top out at 40–45 minutes.
— Control Architecture
// Professional Remote Control
Physical radio controller with dedicated display screen. Provides tactile feedback and immediate response for operators requiring direct manual control during complex manoeuvres.
✓Direct, immediate response control
✓ Works without internet connection
✓ Dedicated display with telemetry
✓ Manual flight control precision
✓ Failsafe redundancy built-in
// Web-Based Control
Web-based mission control accessible from any device with a browser. Enables remote operations, mission planning, live monitoring, historical data review, and analytics export.
✓ Remote access from any location
✓ Live GPS tracking & telemetry
✓ Multi-drone fleet monitoring
✓ Automated waypoint missions
✓ Data analytics & export
Switch between RC and online portal control effortlessly. Use RC for hands-on flying and switch to the portal for mission planning, data analysis, and remote monitoring. Both systems work in perfect harmony to give you complete operational flexibility.
Power on, system self-checks, GPS locks in under 90 seconds. Ready-to-fly with pre-loaded mission parameters or manual deployment.
Fly manually with RC controller for direct response, or switch to web portal for remote access, automated waypoints, and mission planning.
Simultaneous thermal and visual capture. Live feed transmitted to controller and portal. Thermal hotspots flagged automatically in real-time.
Portal dashboard shows live telemetry, thermal maps, and flight logs. Export data for reporting, inspection records, or integration with third-party systems.
~60 minute flight time significantly exceeds typical commercial drones (40–45 min). Large LiPo high-capacity battery with thermal management system
High-resolution thermal imaging detects temperature differentials across scenes. Essential for infrastructure inspection, crop stress detection, and search operations.
Full flexibility: direct RC control for manual operations requiring immediate response, or switch to the online portal for remote access, automated missions, and live telemetry.
Multi-sensor fusion (GPS, barometric, IMU, optical flow) ensures rock-solid hover even in variable wind conditions. Critical for precise inspection and imaging work.
Web-based dashboard for mission planning, live tracking, data review, and analytics export. Accessible from any device. No proprietary software installation required.
Low-latency video and telemetry feed delivered simultaneously to RC display and web portal. Encrypted transmission with redundant data link failsafe.
Thermal cameras detect heat differences invisible to standard cameras. This enables non-contact inspection of electrical infrastructure, identification of crop stress before visual symptoms appear, finding heat-producing machinery faults, and locating persons during search and rescue operations in low-visibility conditions.
Pipeline, tower, and facility inspection. Thermal identifies electrical faults, hotspots, and structural anomalies before failure occurs.
Crop stress detection, irrigation mapping, and yield prediction. Thermal imaging reveals moisture levels and plant health invisible to visible-spectrum cameras.
Perimeter patrol, site security, and live video monitoring. Extended 60-minute flight enables full coverage of large facilities per single deployment.
Thermal imaging locates heat signatures in dense vegetation, darkness, and smoke. Rapid deployment with ~60 min endurance covers large search areas efficiently.
| Flight Time | ⚡ ~60 Minutes |
| Camera System | Thermal Imaging + Visual (Dual) |
| Thermal Sensitivity | ±0.05°C |
| Control System | RC Controller + Web Portal |
| Stability | Hover-Enabled (Multi-Sensor) |
| Battery | High-Capacity LiPo |
| Frame | Carbon Fibre Composite |
| Navigation | GPS + IMU + Barometric |
| Data Link | Encrypted · Low Latency |
| Portal Access | Web Browser · Any Device |
Complete specifications, certifications, and integration documentation available on request.
| Specification | Skytronics QC | Typical Drones |
|---|---|---|
| Flight Time | ~60 Minutes | ~30–45 min |
| Thermal Camera | ✓ | ✕ |
| Dual Control (RC + Portal) | ✓ | ✕ |
| Stable Hover (Multi-Sensor) | ✓ | GPS only |
| Web Portal Access | ✓ | ✕ |
| Mission Planning | ✓ | Limited |
| Professional Support (AU) | ✓ | ✕ |
– Get in Touch
Our engineering team works with OEMs, defence integrators, and research institutions to design custom BOM and supply chain solutions.
Skytronics is a trusted supplier of high-performance aerospace and electronics components, specialising in UAV systems, avionics, RTK modules, and industrial IoT solutions. We focus on reliability, precision engineering, and non-Chinese supply alternatives for global customers.
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