Aerial Robot Collection

Introducing the Studica Aerial Robot Collection, a cutting-edge advancement in the realm of aerial mobile robotics (drones, UAVs). This educational kit serves dual purposes, as it caters to both educational learning and engaging in exciting educational competitions. Crafted with premium carbon fiber, the collection is designed to deliver exceptional performance and durability.

The core components of this innovative kit include the latest Cube Orange+ and a Raspberry Pi 4B+ computer, boasting a remarkable 4GB capacity, providing extensive programming capabilities.

MFR Part #: 90001

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Specifications

The Studica Aerial Robot Collection comprises the following components:

Carbon Fiber Frame and Propellers: Utilizing lightweight and sturdy carbon fiber materials, ensuring enhanced stability and agility during flight.
Cube Orange+: The advanced Cube Orange+ flight controller, offering state-of-the-art features for precise and efficient aerial maneuvers.
Raspberry Pi 4B+, 4GB: Equipped with a powerful Raspberry Pi 4B+, with 4GB RAM, to handle complex programming tasks with ease.
8GB SD Card for RPI: An 8GB SD card specifically tailored for the Raspberry Pi, accommodating ample storage for your programs and data.
HereFlow: An advanced optical flow sensor, contributing to improved stability and navigation during flight.
Lipo Battery: A high-performance lithium-polymer battery, ensuring extended flight periods and uninterrupted learning experiences.
Lipo Charger: A reliable charger designed to efficiently recharge the Lipo battery, minimizing downtime and maximizing productivity.
Radio Remote Control: A precision-engineered remote control device, facilitating seamless communication and control over the aerial robot.
Radio Receiver: The receiver counterpart to the remote control, enabling smooth and responsive operation of the aerial robot.
3D Depth Camera: An exceptional Studica 3D Depth Camera, empowering the aerial robot with vision capabilities for various applications.

In conclusion, the Studica Aerial Robot Collection stands at the forefront of aerial mobile robotics, offering a comprehensive and cutting-edge platform for educational exploration and thrilling competitions alike. Embrace the world of robotics and take flight with this remarkable kit!

The Studica Aerial Robot Collection comprises the following components:

Carbon Fiber Frame and Propellers: Utilizing lightweight and sturdy carbon fiber materials, ensuring enhanced stability and agility during flight.
Cube Orange+: The advanced Cube Orange+ flight controller, offering state-of-the-art features for precise and efficient aerial maneuvers.
Raspberry Pi 4B+, 4GB: Equipped with a powerful Raspberry Pi 4B+, with 4GB RAM, to handle complex programming tasks with ease.
8GB SD Card for RPI: An 8GB SD card specifically tailored for the Raspberry Pi, accommodating ample storage for your programs and data.
HereFlow: An advanced optical flow sensor, contributing to improved stability and navigation during flight.
Lipo Battery: A high-performance lithium-polymer battery, ensuring extended flight periods and uninterrupted learning experiences.
Lipo Charger: A reliable charger designed to efficiently recharge the Lipo battery, minimizing downtime and maximizing productivity.
Radio Remote Control: A precision-engineered remote control device, facilitating seamless communication and control over the aerial robot.
Radio Receiver: The receiver counterpart to the remote control, enabling smooth and responsive operation of the aerial robot.
3D Depth Camera: An exceptional Studica 3D Depth Camera, empowering the aerial robot with vision capabilities for various applications.

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Equipped with a mind-boggling array of advanced sensors, including the state-of-the-art 2D LiDAR, Encoders, IMU, and the awe-inspiring depth features from the revolutionary Studica Depth Camera, the Stack Robot brings the future of robotics right to your fingertips.

But that's not all—the Stack Robot is not just a mere tool; it's a gateway to a realm of knowledge and innovation. With its seamless integration of educational curriculum, you can now dive deep into exciting concepts such as SLAM, Teleoperation, Mapping, Localization, and the pinnacle of achievement, Autonomous Mobile Robotics. Unlock the true potential of robotics education and propel yourself into a realm of cutting-edge technology.

What sets the Stack Robot apart is its unparalleled adaptability. Powered by the Studica Robotics building platform, this remarkable creation offers limitless expansion opportunities. Picture yourself constructing versatile robotic arms that can tackle intricate tasks with precision, designing elevator systems that effortlessly navigate complex terrains, or even adding a high-powered flywheel capable of launching objects to incredible distances. The only limit is your imagination.

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BOM Download | Building Instructions | Electrical Schematics

WorldSkills Lyon 2024 Autonomous Mobile Robotics Collection

#70205

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The WorldSkills Lyon 2024 Autonomous Mobile Robotics Collection, by Studica, is the authorized collection for the WorldSkills Autonomous Mobile Robotics Competition in Lyon, France, 10-15 September 2024. This collection includes most of the items in the previous competition collection and has 28 new parts. The biggest change is the new 3D Depth Camera, the 360 Degree LiDAR which will bring the competition to the next level for Autonomous Mobile Robotics (AMR).

The collection includes everything you will need to complete a full functioning robot that will be able to compete at Lyon 2024. As in the previous, you will be allowed to create 3D printed parts to make any additional parts needed. Includes the VMX Robotics Controller, which can be programmed in Java, C++, Python, ROS, and LabVIEW. This collection also includes electronics, accessories, motors, servos, mounts, U-Channel, mounting plates, flat brackets, irregular brackets, and flat beams. You'll also find gears, sprockets, pulleys, belts, axles, slides, rack & pinion, wheels, bushings, bearings, coupling, collars, spacers, screws, nuts, and standoffs. (Over 1600 components).

If you already have the 2022 Shanghai/Bordeaux Collection and wish to add only the new items, you can purchase the Lyon 2024 Upgrade Kit

Download the complete BOM and getting starting guide

Lyon Challenge Elements (Practice)

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The Lyon Challenge Elements are used to train for but may not be used for the WorldSkills Lyon 2024 Mobile Robotics Competition. More details will be provided in the official Test Project Preview (TP-pre) to be released in C-9 months. Refer to the Mobile Robotics Technical Despription (TD) which will be released on C-12 months which covers all the the skills required to compete.

Lyon Fruit & Vegetable Kit

#75107

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The Lyon Fruit and Vegetable Kit can be used to train for the Lyon 2024 Competition where on days 1 and 2 various autonomous mobile robot skills will be assessed. There are 10 fruits and vegetables that are at a one-to-one scale to the real produce. Note these may or may not be used in the competition.

The package includes,

1 Orange
1 Peach
1 Green Apple
1 Pomegranate
1 Garlic head
1 Banana
1 Kiwi
1 Mangosteen
1 Lime (Lemon)
1 Red Pepper