Siboasi S8025A badminton training robot features dual feeders and programmable shuttlecock delivery patterns

The Siboasi S8025A is a professional-grade badminton training robot designed to automate shuttlecock feeding for high-intensity practice. It features two independent feeding heads, allowing for complex delivery patterns and increased frequency compared to single-head models. The robot is controlled via an included Honor tablet running a dedicated app, which provides a graphical interface for programming specific court coordinates and adjusting parameters such as speed, frequency, and height. It can hold up to 360 shuttlecocks across its dual hoppers, enabling extended training sessions without frequent reloading. During testing, the robot demonstrated high accuracy, consistently hitting court corners and lines. However, some misfires occurred with brand-new shuttlecocks, potentially due to friction or the specific feeding mechanism. The system includes a remote key fob for starting and stopping drills from across the court. While the initial cost is significant—approximately $7,600 including shipping—the long-term expense of high-quality shuttlecocks is also a notable factor for users. The robot's height-adjustable stand and dual-head configuration make it suitable for a wide range of drills, from net play to backcourt clears.

Tech4K StaffVideo report

The Siboasi S8025A is a professional-grade badminton training robot designed to automate shuttlecock feeding for high-intensity practice. It features two independent feeding heads, allowing for complex delivery patterns and increased frequency compared to single-head models. The robot is controlled via an included Honor tablet running a dedicated app, which provides a graphical interface for programming specific court coordinates and adjusting parameters such as speed, frequency, and height. It can hold up to 360 shuttlecocks across its dual hoppers, enabling extended training sessions without frequent reloading. During testing, the robot demonstrated high accuracy, consistently hitting court corners and lines. However, some misfires occurred with brand-new shuttlecocks, potentially due to friction or the specific feeding mechanism. The system includes a remote key fob for starting and stopping drills from across the court. While the initial cost is significant—approximately $7,600 including shipping—the long-term expense of high-quality shuttlecocks is also a notable factor for users. The robot's height-adjustable stand and dual-head configuration make it suitable for a wide range of drills, from net play to backcourt clears.

The Siboasi S8025A features two independent feeding heads for complex training drills. It includes an Honor tablet with a dedicated app for precise control over shuttlecock delivery.

The robot can hold up to 360 shuttlecocks, reducing the frequency of required reloads. Users can program specific court coordinates for targeted practice on various shot types.

Testing revealed high accuracy in shuttlecock placement, consistently hitting lines and corners. Misfires were observed when using brand-new shuttlecocks during high-frequency drills.

The system is priced at approximately $7,646 USD including shipping costs.

Chapter guide

Introduction to the Badminton RobotLinus introduces the concept of an automated badminton feeding robot for high-intensity training.Unboxing and Initial ImpressionsThe robot arrives in a large wooden crate and is unboxed to reveal the main components.Technical Challenges of BadmintonDiscussion on the irregular shape and fragility of shuttlecocks compared to standard balls.Dual Feeder DesignExplanation of the benefits of having two independent feeding heads for complex patterns.Assembly and SetupThe process of putting the robot together and connecting the control tablet.Feeding MechanismA close-up look at how the robot's chain-driven mechanism grabs and launches shuttlecocks.App Interface and ProgrammingExploring the tablet app's features for setting up specific court coordinates and drill parameters.On-Court TestingDemonstrating the robot's accuracy and speed with professional-level players.Misfires and AdjustmentsAddressing issues with new shuttlecocks getting stuck and fine-tuning the drill patterns.Final ThoughtsSummary of the robot's performance and its potential for professional training.

Worth noting

  • The video is sponsored by DeleteMe.
  • The robot experienced some misfires with brand-new shuttlecocks during testing.
  • The price mentioned ($7,646) includes shipping and may vary by region or vendor.

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