Used Intel Falcon 8+ V-Shaped Drone

The Intel Falcon 8+ drone is an advanced, ready-to-fly Unmanned Aerial System (UAS) for professional drone service providers and industries for North American markets. This patented V-shaped multicopter provides multiple electronic system redundancies, which feature redundant batteries, redundant communication between all flight-relevant components, and redundant sensing.

The UAS has automated aerial-sensing solutions with best-in-class payloads, providing detailed data for orthography and 3D reconstruction with millimeter accuracy for ground sample distance (GSD). Consistent waypoint automation enables exactly reproducible flights for valuable structural analysis. Using these features, customers are able to detect and prevent damages, and forecast the health, of assets and infrastructure.

The cutting-edge UAV is powered with enhanced AscTec Trinity technology. A redundant autopilot system, with triple redundant inertial measurement units, is designed for resistance to electromagnetic fields disturbances and strong winds. Operators will have tremendous opportunities to generate valuable aerial precision data.

The Intel Falcon 8+ drone is a professional, unmanned aerial vehicle with a patented V-shaped design and features best-in-class safety and advanced performance ideal for inspection and close mapping.Advanced Flight Performance

The Intel Falcon 8+ drone is designed to provide consistent, stable flights in the face of external influences like weak GPS signals and high winds as well as providing resistance to magnetic field disturbances. Lightweight with best weight-to-payload ratio for efficient flights, it allows you to collect incredibly accurate, high-quality, geo-referenced, actionable data, while operating in challenging environments.

Precision Data
With professional payload options the Intel Falcon 8+ drone can provide detailed data for orthography and 3D reconstruction, with millimeter accuracy for ground sample distance (GSD). The unique, patented V-shaped design helps ensure unobstructed data capture and enables a greater than 180 degree view from top to bottom for a range of perspectives, from one camera, in one flight. And for data privacy, the Falcon 8+ system can be configured as a closed system with isolated, on-board data storage that does not transmit data over the public internet.

Best-in-Class Safety
The Intel Falcon 8+ UAV is designed for superior safety with industry-leading electronic and hardware system redundancy. The AscTec* Trinity Control Unit provides three redundant IMUs, for quick and reliable data fusion, which verifies and controls the drone's position, altitude, and orientation, for better responsiveness and stability during flights. It also features additional redundancies for communications, batteries, rotors, and motors.

Ready to Travel
Rugged for commercial jobs but compact for ultimate mobility, the Intel Falcon 8+ system features high quality industrial design for professional use. Payloads are easily exchangeable in the field, and Intel Powerpack Batteries are designed for portability on airline flights.

Flight Planning

Complex Flight Planning
The Intel Mission Control Software enables high-area output. Prepare complex waypoint missions on your laptop to automate survey flights.

Quick Survey
This tool supports a fast and automated survey flight without a laptop. Simply enter the required parameters such as ground sample distance, then define coordinates of start and final angle via Intel Cockpit Controller; the Intel Falcon 8+ drone will automatically set flight altitude, speed, GPS-based photo positions and overlapping to provide the desired results within the shortest flight time.

Path Planning with Exact Waypoints
WP/Path function creates an exact reproduction of aerial imaging. Several photo positions, including camera orientation, can be saved as single waypoints or as complex paths with many waypoints, thus providing an automated process to repeat the flight.

Circle of Interest (COI)
The Circle of Interest (COI) function generates a circular waypoint flight to enable the systematic capturing of images around the point of interest according to your setting.