DWI Soccer M4 Toy Drone Kit 12.5cm Football Style RC Quadcopter with LED Lights
An innovative, spherical football-style RC soccer drone encased in a highly durable, 12.5cm protective cage. Engineered with ultra-bright LED lights, stable gyroscopic leveling, and a high-elasticity structural mesh, this drone is optimized for competitive indoor multiplayer matches and interactive STEM gaming. An ideal choice for school robotics clubs, kids, and beginner drone pilots across India looking for impact-safe aerial action.
Product Details
The DWI Soccer M4 Toy Drone combines the thrill of traditional radio-controlled flight with the competitive dynamics of team sports. Enclosed entirely within a flexible, 12.5cm spherical polymer matrix shell, this micro quadcopter can safely bounce off obstacles, walls, and opposing drones without interrupting its flight path. The integrated multi-axis flight control computer constantly balances motor outputs to deliver crisp, predictable handling, making it an excellent teaching tool for early aerodynamics and mechanical design.
Key Features
12.5cm Spherical Deflection Matrix: Protected by a 360-degree high-flex structural sphere that fully isolates the rotating blades, allowing safe bouncing, bumping, and competitive collision play.
Intelligent Motion Stabilization: Governed by an advanced 6-axis gyroscopic logic board that instantly self-levels the airframe during turbulent mid-air impacts or sudden maneuvers.
Dynamic Team LED Identification: Fitted with vibrant, multi-color neon internal LED lighting arrays to differentiate teams, simplify visual orientation, and enhance nighttime tracking.
User-Selectable Agility Tuning: Built with adaptable multi-tiered flight speed rates, allowing absolute novices to transition smoothly from low-speed hovering to aggressive, high-speed tactical intercepts.
Technical Specification
| Parameter | Specification |
| Model Nomenclature | Soccer M4 Drone Edition |
| Exoskeleton Sphere Diameter | $125\text{mm}$ ($12.5\text{cm}$) Protective Enclosure |
| Motor Drive Architecture | High-Velocity Micro Coreless Power Blocks |
| Stabilization Processing | 6-Axis Inertial Measurement Array (Gyro + Accelerometer) |
| Radio Operating Frequency | $2.4\text{GHz}$ Interference-Free 4-Channel System |
| Battery Configuration | $3.7\text{V}$ Modular High-Rate Lithium-Polymer (LiPo) |
| Flight Endurance Window | $6 - 8\text{ minutes}$ |
| Charging Interface Protocol | Overcurrent-Protected $5\text{V}$ USB Charging Cable |
| Recharge Duration Cycle | Approximately $40 - 50\text{ minutes}$ |
| Chassis Build Material | High-Elasticity Energy-Absorbing Polycarbonate |
Frequently ask questions
Q1: Does the outer 12.5cm football cage affect the flight performance or responsiveness of the M4 drone?
Ans: The protective matrix cage is engineered from an ultra-lightweight, aerated structural polymer that minimizes air resistance. While it adds a layer of impact safety, the high-RPM micro motors provide plenty of thrust to deliver an agile, responsive flight performance.
Q2: Can we organize a 3v3 or 4v4 drone soccer match in a closed hall without signal dropouts?
Ans: Yes, the M4 transmitter runs a digitized $2.4\text{GHz}$ frequency-hopping pairing sequence. Each drone locks onto its assigned remote control unit immediately upon power-up, allowing multiple soccer drones to fly simultaneously without channel bleed or control lag.
Q3: How do you charge the drone battery, and can it be swapped out quickly between matches?
Ans: The kit includes an intelligent $5\text{V}$ USB charging cable that monitors battery cell health. The modular battery pack slides securely into the central chassis bay, making it easy to unclip and swap out for fresh packs during fast-paced tournaments.
Q4: What safety protocols are active if the internal blades get caught on hair or threads?
Ans: The internal receiver card is integrated with an automated power cutoff circuit. If a propeller blade senses heavy frictional resistance or stall conditions, it cuts electrical current to that specific motor unit instantly, preventing motor damage and safety hazards.