Albatross UAV
Product descripton: Albatross UAV by Applied Aeronautics
Introduced in 2014, the Albatross set a new benchmark by combining advanced drone capabilities with an affordable price point. Featuring a 10 kg MTOW and up to four hours of flight endurance, it’s a long-range platform in a class of its own. Complete design openness means endless customization, from research to commercial projects.
Trusted in over 50 countries, the Albatross excels at emergency management, infrastructure inspections, and ISR—delivering results without breaking the bank. For an enduring, feature-rich drone, the Albatross simply redefines what’s possible.
Tailored Autonomy
Limitless Possibilities
Experience the next generation of aerial innovation with the Albatross—a drone that’s powerful, intuitive, and autonomous from takeoff to touchdown. Seamless integration with the user-friendly PX4 software streamlines every step of your mission, from planning to real-time monitoring and data analysis—no steep learning curves required.
What truly sets the Albatross apart is how precisely it can be tailored to your needs. Its open-source architecture grants you unprecedented flexibility in customizing everything from communication systems and ground control configurations to specialized payloads and sensors. By giving you this level of control, the Albatross transforms from a standard drone into a purpose-built solution designed to excel in your unique environment.
Key Features
- Composite Airframe
A sleek yet rugged composite build lies at the heart of the Albatross UAV. Crafted from carbon fiber and fiberglass, this streamlined frame remains remarkably stable in high winds while maximizing payload capacity. - 4 Hour Endurance
The Albatross stands apart as one of the most efficient airframes in its class. Its optimized, all-electric system delivers whisper-quiet operation and can stay aloft for up to four hours. With custom-designed airfoils, every aspect of the Albatross is fine-tuned to maximize aerodynamic performance and flight endurance. - Endless Payloads
Our dedicated payload bay and flexible configuration effortlessly accommodate top-tier mapping, surveillance, NDVI, and advanced EO/IR cameras with object tracking from industry leaders like Sony and Next Vision. This customizable approach empowers you to select the exact payload solution needed for any mission. - Open Source Software
Applied Aeronautics utilizes the PX4 ecosystem—a professional open-source autopilot framework that fosters innovation, flexibility, and reliability. This approach ensures the Albatross UAV integrates cutting-edge features and stays highly adaptable to evolving mission requirements. - Long Range Communications
Uninterrupted connectivity is essential for Beyond Visual Line of Sight (BVLOS) missions. That’s why we offer the Albatross UAV with a range of long-range communication options, including IP-based and LTE links. - Remote ID Ready
Regulatory compliance is key to any UAV operation, which is why the Albatross UAV fully meets FAA Standard Remote ID requirements. - Safe, Secure, Reliable
Albatross is built with a full suite of safety features, including lost-link protection, low-battery return-to-launch, and redundant communications. It also offers geofencing, encryption, and an optional onboard detect-and-avoid system for enhanced operational security. - BVLOS Approved
Albatross has been approved by both the FAA, Transport Canada and international CAA’s for BVLOS operations. - Built in Texas
Every Albatross is built in Texas, reflecting our dedication to local manufacturing. For missions requiring NDAA compliance, we also offer a fully U.S.-made variant upon request. - Dedicated Support
We provide dedicated support every step of the way, including both remote and in-person training sessions tailored to each user’s skill level. After purchase, our team remains a partner in your success, offering mission planning assistance and post-flight log analysis to help you get the most out of your Albatross.
Technical specifications
| Specification | Value |
|---|---|
| Wingspan | 3 m (9.84 ft) |
| Fuselage Dimensions (L × W × H) | 740 × 200 × 150 mm (29.1 × 7.87 × 5.91 in) |
| Endurance / Flight Time | Up to 4 hours (240 minutes) |
| Range | Up to 280 km (174 miles)* |
| Cruise Speed | 68 km/h (42.3 mph) |
| Maximum Speed | 129 km/h (80.2 mph) |
| Bare Weight | 3.5 kg (7.72 lbs) |
| Dry Weight | 4.4 kg (9.70 lbs) |
| Battery Type | Lithium-Ion |
| Battery Weight | 1.2 kg per battery (2.65 lbs) |
| MTOW (Maximum Takeoff Weight) | 10 kg (22+ lbs) |
| Motor Type | Electric |
| RC Frequency | 2.4 GHz (standard range), 433 MHz (long range) |
| Telemetry Frequency | 915 MHz |
| Takeoff Requirements | 50–100 m (164–328 ft); runway, unpaved road, catapult, or grass |
| Glide Ratio (L/D) | 28:1 – 30:1 |
| Center of Gravity | 85–95 mm (3.35–3.74 in) from root leading edge |
| Airframe Composition | Carbon fiber and fiberglass composite |
| Wind Tolerance | Up to 30 mph |
| Data Security | 256-bit AES encryption |