A brand-new soccer ball
that will represent the fourth Industrial Revolution.
Soccer is by far the most popular global sport with an estimated fan base of more than 3.5 billion people. So what if a whole new kind of sport can be created with a combination of soccer and drones?
Drone soccer is a rising futuristic sport that is created with advanced carbon materials and drone technology. It involves 2 teams of 5 players per team. Each player controls their Striker and has to score a goal by assisting the only one "striker" of their team; which is the only drone from each team that can score a goal by flying into the circular goalpost of the opposing team. The game is played in 3 sets, with 3 minutes per set and 5 minutes of break.
The drone soccer industry is currently growing into a global sport with its endless possibilities in the Fourth Industrial Revolution. It not only enhances the ability of concentration by scoring and blocking points through offense and defense but also fosters strong teamwork.
Enjoy the thrill of the game and feel the joy of flying with the new concept of sports that anyone can enjoy regardless of their gender.
Drone soccer is a differentiated game from drone racing. Strikers fiercely collide with each other for the whole 3 minutes in order to score a higher number of goals. A perfect combination of all electric equipment and materials including wings, motors, ESCs, flight controllers, and batteries are required for the smooth progress of a game.
Helsel conducted numerous researches through various flight experiments and practice games in order to find out the perfect combination of equipment and materials that can result in the best performance of the product. So created Striker maximizes the user's satisfaction with its powerful energy. Striker does not require cumbersome soldering for the installation of electric equipment and materials. It can be used by simply connecting flight controllers, motors, and ESCs with a connector. Striker can be a great educational material for drone assembly education in school.
(Note: Components may vary depending on circumstances.)
Drone Soccer Field & Dimension
Diameter : 15.7"± 0.8"
Weight : Less than 38.8 oz
*LED color for identifying team
White & Red LED light
Positive Elements Extracted.
High-level of concentration
Easy-to-enjoy for public
Worldwide sports product company based in Korea
With the emergence of drone soccer, the market base will be expanded into a drone-related sports industry of various forms.
Expanding the Drone-related Sports Industry.
The drone soccer competition is hosted and held by
local governments and organizations.
It has become a global sporting event beyond the national scale and is growing into a global sport that attracts attention worldwide over the years due to the continued hosting of the competition.
Drone Claw Crane
Drone Soccer Experience / Obstacle Racing
Drone Assembly Class
Broadcasted on TV.
Full-carbon Center Frame.
Mighty as its Name.
Employing full-carbon center frame "Mytee"
designed for drone soccer, Striker shows
increased runtime and improved mobility
due to lower air resistance of the arm
compared to previous plastic frames.
The scientifically designed arm of Mytee has
increased flight time and maximized mobility
by minimizing air resistance, and is also resistant
to external shocks as the four arms are assembled
towards the center part of Mytee.
Mytee's main Upper & Lower Plate serves as a link
to make the arm stand stronger. It is also scientifically designed
so that it can withstand external shocks easily. The Upper and Lower Plate have built-in insert nuts for each part, ensuring convenience and ease of assembly. Mytee's center frame is designed to have a different carbon thickness for each part considering the impulse of external shocks by different parts and has been developed to increase the stiffness of the frame and to minimize the total weight.
Not only that, vibration caused by the up and down rocking of the frame during flight can be fundamentally blocked and thus the motor can be rotated stably, allowing more agile flight.
Powerful. Rapid. Firm.
The Kuat Pro motor, optimized for drone soccer, leads its pilot to victory with its strong and fast movement.
The existence of Anti-slip allows the propeller to spin correctly when mounted, and the Kuat Pro shows tremendous performance with Kuat 4-in-1 ESC.
No matter how powerful a motor is, a motor that is vulnerable to heat cannot win the game.
The Kuat Pro motor can respond up to 500°K and can fly for a long time with its light weight of 1.3 oz.
Striker's ESC employs E-KUAT designed with a 4-in-1 system to show advanced data processing and flight performance than other ESCs. BLHeli 32 firmware provides excellent functionality and performance, and 5V 3A BEC is built in for additional installation of LED, camera, VTX etc.
The specially designed heat sink and improved ventilation lowers the ESC temperature and ensures stable output, with a low heat generation even during prolonged use.
Due to the nature of drone soccer, frequent shocks and falls occur in many cases, and the Striker's E-KUAT 4-in-1 ESC has passed all of these durability tests. In addition, the mounting area is anti-vibration and thus absorbs the shock that occurs during the competition to ensure constant performance.
The Key Element, Flight Controller.
Striker F7 has been released after a long time of product research and flight testing in order to control
the Striker precisely and stably. The striker F7 flight controller is compatible with 3 to 6 cell lithium polymer batteries. It used MPU6000 which can endure physical shock and vibration that may cause during drone soccer games.
MPU6000 is currently the most popular IMU sensor used for almost all of the best flight controllers. The
C-type USB location for FC settings and the PCB design which takes into account the connection location of LED and ESC optimize the use of the cable, offering convenience in the production and product use.
The Guard Set.
With D8 composite materials
The Striker's Penta Guard and Bottom Guard are impact-resistant and lightweight due to their D8 composite material. The eleven Penta Guards, along with Mytee, protect the motor, ESC and FC. Also, the Bottom Guard located on the bottom end is designed to help the Striker absorb impact and maintain balance when landing.
The Striker's guard set has increased flight time with its aerodynamic design, and when one Penta Guard is damaged, a new one can be replaced just by taking out the damaged Penta Guard, without having to replace the whole elements, thus minimizing the cost of replacement and allowing a quick flight.
The Intelligent Controller.
The Striker's controller is optimized for drone soccer and drone racing. With its compatibility with various RC products such as RC helicopters and gliders, it can be used in various fields with its 8-channel control.
Not only the channel assignment keys are designed intuitively, but also the joystick supports a more professional sense of operation than other controllers, enabling finer control of Striker.
Boasting its Power.
Different from existing lithium polymer batteries, Striker's batteries are produced as high-power batteries for high performance, thus having the best combination with the Strikers that perform extreme flights. It uses four cells which show more powerful performance than a three-cell battery and boasts extreme instantaneous punch and continuous power output. High discharge rates demonstrate agile and free mobility, and it is specially built with Heavy Duty Cell to minimize battery resistance and maintain high discharge. This ultimately guarantees powerful, constant, and stable flight performance.
Dimension when assembled
Mytee (Full-carbon Frame)
Thickness by frame
IDLE Voltage (10V)
Maximum Output (180S)
Maximum Current (30S)
Receiver Port Configuration
External Voltage Detection
Lithium Polymer Battery
8.2 x 8.2 x 1.6"
11 x 10.6 x 0.9"
16.5 x 16.5 x 16.5"
15.1" x 15.1" x 2.4"
Main (3T), Circle Guard (4T),
Arm (5T), Battery Tray (3T)
1" x 1" x 1.2"
1.3 oz per one
3 ~5 S
5V / 1.5A
3 ~ 6S
1.8" x 1.6" x 0.3"
1.2" x 1.2", M3
STM32 F405 MCU, Betaflight 3.0
S.BUS / PPM input
6PWM output (1~4 pin header &
SH 1.0 plug / 5~6 with pin header)
1.4" 1.4" / 1.2" x 1.2" mounting hole
INCL. BARO BMP280
SPI sensor MPU6000
3.7V ~ 6V (1S lithium battery)
Helicopter, V.T.O.L, multi-copter,
robot, car, boat etc.
FHSS (64 point, 3.6ms)
USB online upgrade
3.5", 128 x 64 dot-matrix display
180 / 270˚ support
3.8V ~ 6.5V
Helicopter, V.T.O.L, multi-copter,
robot, car, boat, etc.
4096 (PPM), 2048 (W.BUS)
180 / 270˚
DC 0 ~ 36V
8.5 oz (cable included)
4.3" x 1.3" x 1.2"