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Through cutting-edge technology and comprehensive educational resources, Hopper makes STEM learning accessible and engaging for students of all abilities.  We are dedicated to helping educators revolutionize STEM education by providing the tools to make diving into coding, robotics, and engineering fun and accessible.

Meet Hopper®

​The Drone that takes your classroom's curiosity to new heights

Designed for Hands-On Learning

  • Dual-core processor

  • Optical flow sensor (Provides high-performance positional stability and accuracy)

  • Time of flight sensor (High accuracy low-altitude sensing capability)

  • Optimized color sensor

  • Infrared sensor array (Multipixel IR)

  • Forward or downward facing camera (Video and Photo)

  • In-flight live stream video capability via WiFi

  • MicroSD storage

Hopper takes Build Fly Code to the next level. Introduce your students to flight theory, mechanical design, and the basics of coding with the latest drone and sensor technology. And, because Hopper’s hardware is robust and reusable, and its software, getting smarter constantly, educators can create more opportunities, and expand hands-on STEM learning to underserved communities and students of all abilities. 

 

Any of our Mambo customers can contact us to learn about our early adopter upgrade package, Hopper Up. 

Technology

The goal of the Wifi Solution is to deliver Real-Time Telemetry and Image Information from Hopper to the Ground Control Computer for Autonomous and Computer Vision Applications.  Hopper’s Flight Control Computer is a Dual-Core Processor perfectly suited for the dual task of Communications and Flight Control. The system includes an Accessory Port which allows for a variety of Future-Additional Capabilities.

Printed Circuit Board (top)

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The goal of the lens (Image Sensor) is to enable Computer Vision Technology.  The lens is not just used to obtain pictures and video, there is a different purpose.  The SD Card is for recording data, telemetry, and sensor information, for later analysis.  Multiple Optical Sensors, including but not limited to Infrared (IR) and Color, make Hopper an ideal Computer Vision Platform.  The Adjustable Image Sensor Mount allows for Direct-Down and Forward-Pointing Options in the Visible Spectrum.

Printed Circuit Board (bottom)

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Novel User-Centric Method for Developing Test Flight and Strategies to be later developed in the Programming Environment. FTW Fly also serves as the singular Hopper and Hopper Controller Software Update Vehicle.

FTW Fly (IOS, Android)

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Coding Platform utilizing Block-Based Programming Technology enabling students Rapid Engagement and Capabilities to use many of the features available aboard Hopper.  This system allows for a variety of Future-Additional Programming Technologies.

FTW CODE (IOS, ftwcode.com, Android/soon)

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Bespoke-Extensible Controller specifically designed to manually fly Hopper on early missions to Develop Planning and Strategy.

Controller

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What's Included

Each kit includes one Hopper drone, spare parts, and all the necessary components to build, fly, and code a drone.

  • Propeller Guards [set of 4]

  • Propellers [set of 4]

  • Body Panels Set

  • Airframe

  • Motor A [set of 2]

  • Motor C [set of 2]

  • PCB w/gimballed camera

  • Batteries [3] + Multi-charger

Hopper

  • Propeller Tool

  • Motor Tool

  • T3 Screwdriver

  • Tweezers

  • Screws

  • Controller

  • AAA Battery [2]

  • Storage and Carry Case

  • Safety Glasses

Accessories

  • Propeller Guards [set of 4]

  • Propellers [set of 4]

  • Motor A [set of 2]

  • Motor C [set of 2]

Spare Parts

  • Build Fly Code access code

  • FTW CODE platform

  • High touch support

Extras

Created by FTW Robotics in California
COMPLIANCE

Manual and Safety

Hopper

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