Train fortomorrow

Tactical FPV Build & Fly CourseFLAGSHIP

The course starts on the ground. Students get an overview of every component on the aircraft and see how small unmanned aircraft systems (sUAS) are being used on today's battlefield. A soldering class follows, and then they begin assembling their own drone. With the build underway, they are introduced to CAD modeling and then 3D printing. From there, students practice obstacle avoidance and close-quarters navigation, and the course finishes with a culminating exercise.

1. Component overview
2. sUAS on the battlefield
3. Soldering
4. Drone assembly
5. CAD modeling
6. 3D printing
7. Obstacle avoidance
8. Close-quarters navigation
9. Culminating exercise

FPV simulator training runs through every phase, building piloting skill from the first day to the last.

Introduction to Agentic AINEW

An introductory course for teams that want to put AI to work. Participants learn what agentic AI is and how it differs from a simple chatbot, explore AI use cases for practical, real-world applications, and learn how to incorporate AI and agentic systems into their own work to automate routine tasks and multi-step workflows.

• Agentic AI fundamentals
• Practical use cases
• Task automation
• Workflow integration
• Responsible use

Robotics & Autonomous SystemsNEW

From sensors to behavior: integrating flight controllers, companion computers, rangefinders and cameras into unmanned air and ground platforms. Training covers ArduPilot and Betaflight configuration, MAVLink command and telemetry, sensor fusion, obstacle avoidance, and simulation-first testing so nothing flies before it has been proven on the bench.

• ArduPilot / Betaflight
• MAVLink
• Sensor fusion
• Obstacle avoidance
• Simulation

UAS Operations & Deployment

Tactical employment of small unmanned aircraft: mission planning, ISR, radio-frequency awareness, link-loss and failsafe procedures, and sharing what the aircraft sees with the team through tools such as ATAK.

• Mission planning
• ISR
• RF awareness
• Failsafes
• ATAK integration

3D Printing

Cutting-edge additive manufacturing that lets you create complex designs with speed, precision, and flexibility. We produce high-quality parts and prototypes in a variety of materials, from metals to polymers. Additive manufacturing reduces waste, accelerates production timelines, and unlocks designs not achievable with traditional methods.

CNC Machining

Hands-on training in precision machining, from fundamental operations to advanced techniques: CNC programming, machine setup, and quality control. Whether you're new to the field or looking to sharpen your expertise, you leave with the knowledge and confidence to succeed in today's competitive manufacturing industry.

Prototype Development

Hands-on instruction in design, 3D printing, CNC machining, and advanced materials, taking participants from concept to creation. You gain the technical skill, and the critical thinking and problem-solving needed to develop innovative prototypes and bring your own ideas to life.