This enhanced, fully customizable training program results in the attendees walking away as proficient UAS pilots in many facets. In addition to two core days covering fundamental flight maneuvers, ground control stations, aircraft systems, and sensor operations, attendees may select from a number of modules to compliment their UAS training needs. View Advanced Multirotor Flight Training Schedule for full details.
- Advanced maneuvers: Build on manual flying skills acquired in the core curriculum. Maneuvers learned will test pilots’ hand-eye coordination, depth perception, and ability to fly in a GPS denied environment.
- Mapping: Through both lecture and hands-on flight, students will be exposed to the fundamentals of autonomous data collection. This includes photogrammetry methods, appropriate camera settings for various missions, autonomous mission planning, 3D structure mapping and 2D orthomosaic maps.
- Vertical infrastructure inspection: Develop vertical infrastructure inspection techniques for manually and autonomously collecting aerial data to detect failures using both optical zoom and high resolution sensors.
- Night operations
- Search and rescue day operations: Tailored for first responders, students will learn how to implement UAS into search and rescue operations in this module. Multiple scenarios will be taught including “Silver Alert”, fugitive on the run, and operations using multiple aircraft simultaneously.
- Search and rescue night operations: Building off of the search and rescue day operations module, this module incorporates thermal sensors on a UAS. Students will learn how to plan and execute night-based search and rescue operations.
A variety of aircraft may be selected to be used during this course. Attendees may select from the following aircraft or bring one of their own matching these options:
- DJI Inspire 1
- DJI Inspire 2
- DJI Matrice 210
- DJI Matrice 600-RTK
- DJI S1000
Attendees must have a Remote Pilot Certificate or be enrolled in the sUAS Commercial Pilot Training. This course includes the same components of Basic Multirotor Flight Training and UAS Night Operations. Attendees should not enroll in both courses.
Course start dates in 2019 are listed below. Total length of course will depend on number of modules selected. Registration is limited and available on a first come, first serve basis. All course dates are held in Salina, Kansas unless otherwise stated.
Online registration is coming soon. Please email email@example.com to be added to the priority contact list for registration.
July 22, 2019 – Program at capacity.
September 23, 2019
Time: Schedule times and overall course length will vary based on modules selected. View the Advanced Multirotor Flight Training Schedule for details on the core schedule and additional module lengths.
Location: Kansas State University Polytechnic Campus in Salina, Kansas
Cost: Starts at $1,800. Exact price will be determined based on number of modules and aircraft selected on registration form. Course fee includes two on one flight instruction, use of aircraft and sensors, travel to flight training locations, and lunch daily.
Attendees may bring their own aircraft and sensors, resulting in a decreased fee. Aircraft and sensors must match options provided by Kansas State Polytechnic. See registration form for more details.
Additional meals, travel, and lodging are not included in the registration fee and are the responsibility of the attendee. Visit our travel page for suggestions on getting to and staying in Salina.
Please contact Professional Education and Outreach at firstname.lastname@example.org or call our toll free number at 855-552-0079.