Drone Infinity Getting Started 5-Pack

$2,699.00
$0.00 $2,699.00
Drone Infinity Getting Started 5-Pack
Drone Infinity Getting Started 5-Pack
Drone Infinity Getting Started 5-Pack
Drone Infinity Getting Started 5-Pack
Drone Infinity Getting Started 5-Pack
Drone Infinity Getting Started 5-Pack
Drone Infinity Getting Started 5-Pack
Grades 8-12

Drone Infinity Getting Started 5-Pack—Advanced UAS Engineering for Your Classroom

$2,699.00
$0.00 $2,699.00
Shipping calculated at checkout.

SKU:93305

Five complete Drone Infinity Kits give students hands-on experience with a professional-grade UAS platform—carbon fiber frames, multi-rotor configurations, and iNav flight software bring real aerospace engineering into your classroom.

Low stock: 8 left
Students Served: Up to ten students (pairs of two per drone)
Quad and Hex Configurations
Quad and Hex Configurations
Five Complete Kits With Extra Parts
Five Complete Kits With Extra Parts
Multi-Rotor Configurations
Multi-Rotor Configurations
Section 889 Compliant
Section 889 Compliant
WHAT'S INCLUDED
  • 5 Drone Infinity Kits
  • 10 additional sets of prop guards
  • 10 additional sets for props
  • 5 extra batteries
  • 5 extra charging cords
  • 5 hardware packs
  • 1 multi-port charger
SPECIFICATIONS & SAFETY
  • Quantity: 1
  • Students Served: 1-2
  • Flight Time: 6-8 minutes per battery, depending on drone weight
  • Weight: Less than 100 grams
  • Remote Control: 2.4 GHz radio-controlled drone
  • Note: Section 889 compliant
View full details
Drone Infinity Getting Started 5-Pack

Drone Infinity Getting Started 5-Pack

$2,699.00
$0.00 $2,699.00

Frequently Bought Together

1
Drone Infinity Curriculum and Field Elements Pack
+
2
Drone Infinity Kit
+
3
Drone Infinity Camera Kit
Total: $1,647.99 (3 items)
Drone Infinity Getting Started 5-Pack

Advanced UAS Engineering in Action

The Drone Infinity is a full UAS engineering package designed for the classroom. Students plan multi-rotor configurations, assemble carbon fiber frames, configure flight parameters with iNav software, and test through iterative missions—developing the skills that today's aerospace workforce demands.
Multi-Rotor Configurations

Multi-Rotor Configurations

Students build and compare quadcopter and hexacopter systems from the same kit, analyzing performance differences across designs.

Carbon Fiber Frame System

Carbon Fiber Frame System

Professional-grade materials give students experience with real aviation components.

Industry-Standard UAS Tools

Industry-Standard UAS Tools

Configure flight parameters using iNav flight software.

Five Kits With Extras

Five Kits With Extras

Each pack includes additional prop guards, propellers, batteries, and charging cords so students spend more time engineering and testing.

What Students Can Do

Students step into the role of UAS engineers. From configuring multi-rotor systems to optimizing flight performance, they apply industry-relevant skills through hands-on, mission-based challenges.
  • Assemble and compare quadcopter and hexacopter configurations from the same kit
  • Configure flight controller parameters using industry-standard iNav software
  • Analyze aerodynamic performance across different multi-rotor designs
  • Optimize load capacity and flight efficiency through iterative testing
  • Complete mission-based challenges including inspection and delivery scenarios
  • Collaborate on real-world UAS problem-solving tasks

Compare Similar Products

Feature Current Product
Drone Infinity Getting Started 5-Pack
 Drone Infinity Getting Started 10-Pack Drone Infinity Kit
Price $2,699.00 $6,999.00 $499.00
Number of Kits 510 1
Students Served Up to 10Up to 20 1-2
Camera Kits Included — —
Extra Parts Included —
Multi-Port Charger —
Best for Small groups, clubs, and pilot programsFull classrooms and dedicated drone programs Individual student projects, additions, or replacements
View Details View Details

Advanced Engineering in Action

Drone Infinity moves beyond basic flight into full unmanned aircraft systems (UAS) engineering.

Students construct and configure both quadcopter and hexacopter builds from the same kit—comparing structural performance, load capacity, and flight efficiency across configurations. Through iterative testing, learners refine weight distribution, analyze aerodynamic behavior, and optimize flight execution.

Using iNav flight software, students gain hands-on experience with industry-standard configuration tools. They adjust parameters, tune flight behavior, and configure settings—bridging classroom learning with real-world aviation systems.

Seamless classroom implementation: every kit includes a detailed user guide with step-by-step assembly instructions, an easy-to-follow video guide for iNav configuration, and responsive customer support.

Carbon fiber frames. Professional-grade components. Real engineering from day one.

Advanced Engineering in Action

Engineering Skills the Workforce Needs Now

The UAS industry is projected to grow exponentially. Students who understand multi-rotor design, flight dynamics, and mission planning are preparing for careers that exist today—not someday.

Through structured builds and flight testing, students develop:

Science

  • Aerodynamics and multi-rotor flight forces
  • Wind resistance and environmental impact analysis
  • Cause and effect in UAS systems

Technology

  • Flight controller configuration with iNav
  • Safety protocols and operational procedures
  • Performance testing and evaluation

Engineering

  • Iterative design across multiple configurations
  • Structural analysis and load optimization
  • Aeronautical engineering concepts
  • Mission-based problem-solving

Math

  • Load distribution and weight calculations
  • Acceleration and flight variables
  • Logical reasoning and performance data
  • Efficiency optimization

Support Materials

Videos, guides, and resources to help you get the most out of this product.

Why Teachers Love the Drone Infinity® Getting Started 5-Pack

Real UAS Engineering Experience

Real UAS Engineering Experience

Students work with carbon fiber frames, multi-rotor configurations, and iNav flight software—the same tools and processes used in professional aerospace settings.

Career-Connected Learning

Career-Connected Learning

Connects to fourteen of sixteen National Career Clusters, preparing students for aviation, aerospace, engineering, and emerging tech careers.

Flexible for Any Setting

Flexible for Any Setting

Thrive in traditional classrooms, CTE programs, out-of-school settings, camps, and competitions—truly versatile platform.

Expandable Ecosystem

Expandable Ecosystem

Start with five kits and grow. Add cameras, curriculum, field elements, and arena for advanced challenges and scenario-based missions.

Fifty-Plus Years of Pitsco Support

Fifty-Plus Years of Pitsco Support

Backed by Pitsco Education's decades of experience equipping hands-on STEM classrooms.

Competition Ready

Competition Ready

Prepare students for drone racing, STEM competitions, and CTE championships with an industry-aligned platform.

Flexible Purchasing Options

Pricing and volume discounts are built in—choose the path that fits your purchasing process.

Buy Online

Best if you know what you need and can buy online.

Ready to purchase now? Add this to your cart for fast, easy checkout.

Request a Quote

Need a quote for approval or purchase order processing?

Request a quote or connect with an Education Advisor before purchasing.

Request a Quote

Get Expert Guidance

Exploring options or planning a larger implementation?

Our Education Advisors can help with product selection, curriculum, and professional learning.

Book a Meeting

Frequently Asked Questions

What's the difference between the 5-Pack and 10-Pack?

The 5-Pack serves up to ten students (pairs per drone). The 10-Pack includes ten kits for up to twenty students. Both offer the same engineering experience—choose based on your classroom size and budget.

Does the 5-Pack include curriculum?

The five kits include building guides and getting-started resources. Optional curriculum (sold separately) features fifteen flight activities and five real-world engineering challenges with field elements.

What configurations can students build?

Students can build quadcopter or hexacopter configurations, exploring design trade-offs and optimization strategies. The flexible platform accommodates multiple learning objectives.

Is this appropriate for high school STEM and CTE programs?

Yes. Drone Infinity is designed for advanced high school engineering, aviation, and CTE pathways. Structured curriculum with flight activities and engineering challenges is available separately. The kit is also CTSO approved.

Can I add a camera later?

Absolutely. The Drone Infinity Camera Kit adds aerial imaging. It integrates seamlessly with any drone in the Getting Started 5-Pack.

What competitions can students enter with this drone?

Students can compete in drone racing, STEM championships, and CTE competitions. The platform is industry-aligned and trusted by competitive educators nationwide.