AIR / DRONE TRAININGDrone flight simulator Trial version
From pre-flight checks to takeoff, hovering and landing.
Step-by-step practice for first-time operators.
CUBROID DEFENSE / EDUCATION FIRST
Start in simulation.
Build confidence.
Learn drone and robot operation on a PC,
then progress to guided practice and educational hardware.
Web demos for everyone · free offline edition for approved ROK military unitsStart without a controller ↓Simulator interface: Korean.
01
Practice before hardwarePC · keyboard · compatible USB controllers
02
Progress with an instructorRecords · assessment · feedback
03
Move to hands-on learningEducational platforms in development
START WITH SIMULATION
Learn by doing.
Build the fundamentals.
Virtual operator practice, directly in your browser.
Explore drone and ground-robot controls,
then use learner records to plan the next session.
The simulator demos currently use Korean. This English website covers the programs, platforms and inquiry process.
AIR / DRONE TRAINING
GROUND / ROBOT OPERATIONGround-robot simulator
Practice driving wheeled and quadruped robots over slopes and unpaved sections, then stopping at designated points.
Practice ground-robot operationExplore the demo's training features
Includes a two-hour beginner course, basic service-member lessons, qualification-style practice (not an official test), observation and inspection exercises, and instructor records and assessment sheets. Web demos are open to everyone. The offline edition with classroom management is free for approved Republic of Korea military units. The demo includes a PC compatibility check and USB controller connection and setup screens.
Free edition application guideBEYOND THE SIMULATOR
Beyond the equipment.
Include the people who teach.
Connect simulator practice with instructor guidance,
AI learning and hands-on education.
The in-person programs and kits below are in preparation.
01 / INSTRUCTORSPlanned
Instructor development
We are preparing progressive lessons and assessment and completion criteria to help unit instructors teach independently.
Demonstration, observation, feedback and another attempt.
A pathway to running the whole session.
02 / AI LITERACYPlanned
AI foundations for service members
Explore data, learning and prediction through Curo AI, coding blocks and the ARTIBO AI robot.
Planned examples include helmet recognition, exercise-posture assessment and stopping a robot with hand signals, alongside generative-AI security practices.
Ask about AI education03 / EDUCATION KITPlanned
Training kits for service members and reservists
Planned squad-level kits combine educational hardware, spares, charging and storage cases, and adult-learning materials.
Learn the principles in simulation, then practice with educational hardware. Contents and availability depend on development and testing.
Explore learning platformsA path from learning to practice.
From basic controls to hands-on work and joint demonstrations.
- STEP 01Virtual fundamentals
Control · checks · repeated assessment
- STEP 02Guided hands-on practice
Feedback · educational hardware
- STEP 03Institution-specific extensions
Joint training and inspection demonstrations
FREE FOR UNITS
Free for ROK military units
Offline operator-training edition
Anyone can try the web demos. The offline trial edition includes instructor records, assessment sheets and classroom management, runs on unit PCs without an internet connection, and is provided free to approved Republic of Korea military units.
Apply for the free edition- In the inquiry form, select 'Free simulator application (ROK military units)'.
- Provide the unit, contact person, learner count and number of PCs.
- After verification through the unit's contact details, we provide the installation package and guide.
- On-site education, instructor programs and kits are planned. Applying units will be informed when they become available.
Each unit must follow its own acceptance and security-review procedures. The offline edition is a trial and does not represent a national qualification or official military course accreditation. The free-installation policy applies to ROK military units.
HANDS-ON LEARNING PLATFORMS
Hands-on platforms
for the next step in learning.
Starting with AIR Mini and GROUND Mini
development prototypes. Review each platform's stage
and the work that still requires validation.
About the images and development stages
GROUND Mini uses renders based on actual mechanical CAD. AIR Mini and GROUND Rover use AI appearance studies; other images are AI concepts. Colors and finishes are proposals and may differ from manufacturing specifications. Design specifications and development targets are distinguished. Images do not demonstrate completed-product performance, certification or delivery history.
6 development platforms
AIR / PROTOTYPEAI RENDER
Prototype appearance study · AI renderCUBROID AIR MINI · CB-AIR-M01 / REV A
AIR Mini
Preparing the first five prototypesA PCB frame with camera and flight control
A small drone development prototype integrating the camera and flight-control electronics into a PCB frame. We are developing mobile control and coding integration using ESP32-S3 and Wi-Fi video transmission.
- Controller
- ESP32-S3
- Development stage
- Design · first five prototypes in preparation
GROUND / PROTOTYPECAD RENDER
CAD render based on the mechanical designOlive and sand / military-training color study
GROUND Mini
Development prototypeControl and maintenance practice for training centers and labs
A small eight-joint quadruped development prototype for learning remote-control basics, joint assembly and component replacement. A dedicated controller board is being developed for hands-on sensor and safety-control education.
- Mechanical design
- 8 joints · 8 servos
- Controller board
- ESP32-S3 · in development
AIR / CONCEPTAI CONCEPT
AIR Field
In designExtending training to outdoor flight
A development direction using a fixed 5-inch X frame and PX4 for outdoor-flight, image-interpretation and exercise-planning education.
- Operating targets
- Approx. 20 min · approx. 1 km
- Weight target
- Under 2 kg
GROUND / CONCEPTAI CONCEPT
GROUND Field
Planned developmentLearning terrain and sensing in the field
A plan for a mid-size robot using ROS 2 and additional sensors to teach outdoor walking, remote operation and mapping.
- Joint target
- 12 total · 3 per leg
- Software
- ROS 2-based
GROUND / PLATFORMAI CONCEPT
GROUND Inspect
Preparing demonstration proposalsJoint demonstrations for facility inspection
A direction for joint demonstrations combining a commercial quadruped platform with an in-house sensor head for facility inspection and perimeter-monitoring assistance.
- Platform direction
- Commercial quadruped platform
- Sensor plan
- Daylight and thermal cameras
GROUND / PROTOTYPEAI RENDER
Military-derivative shell study · AI conceptDevelopment name: GROUND Rover
GROUND Rover
Military-derivative conceptExploring wheeled autonomy for military training
A derivative-platform concept extending wheeled autonomous-driving technology to military education and facility-observation demonstrations. We are reviewing the shell and operator interface around route following, remote observation and operator intervention.
- Platform direction
- Wheeled autonomy
- Product distinction
- Separate military derivative
If product details are unavailable, please email us directly.
info@cubroid.comOUR NEXT HORIZON
From small beginnings
to the next robotics classroom.
Drones, ground robots, AI and humanoids.
Building through development and classroom validation,
one step at a time.
Learn the technology hands-on
AIR Mini and GROUND Mini are starting points for learning flight, gait and control. Equipment, materials and instructor programs are being prepared together.
AIR MINI · GROUND MINIRobots that extend human observation
Explore aerial observation and ground sensing for practical settings. Remote-operation and facility-inspection needs will be validated with partner institutions.
AIR FIELD · GROUND FIELD / INSPECTA path toward humanoid education
After drones and quadrupeds, our vision includes humanoids. Small educational humanoids would introduce balance, joint control and AI motion learning. Human-scale humanoid remote-operation and task-training courses are being planned. A shared interface connecting drone, robot and human information is also under consideration.
SMALL HUMANOID · HUMANOID OPERATIONPeople make the decisions; robots extend the possibilities. A shared ground, air and AI operating interface is a long-term research vision, not a currently implemented integrated-control capability.
Discuss future education partnershipsBUILT ON EDUCATION
Built on educational robotics.
Ready to explore new classrooms.
Cubroid has worked with learning communities through block-coding robots. Drawing on in-house circuit, mechanical and firmware design experience, we are preparing training platforms for people encountering the technology for the first time.
Educational robotics experienceIn-house hardware designPX4 · ROS 2-basedBupyeong, Incheon, Korea
Development roadmap
- H2 2026
AIR Mini · GROUND Mini prototypes
Mechanical and circuit review of development prototypes - 2027
Pilot education and instructor-program development
AIR Field prototype - 2028 onward
GROUND Field development
GROUND Inspect demonstration proposals
Based on the existing development plan. The GROUND Rover derivative shell and operating concept are under separate review. Timing and specifications may change with program selection and test results.
BEFORE YOU START
Before you begin.
A few practical answers.
Are the simulators really free?
The web demos are open to everyone. The offline edition with instructor records, assessment and classroom management is free for approved Republic of Korea military units. Installation guidance follows verification through the unit's contact details. This policy does not extend the free offline offer to overseas organizations.
Do we need to buy a drone or robot?
Start virtual practice with a PC and keyboard. USB controllers must be recognized by the browser; check axes and buttons in the demo's connection and setup screens. Buying physical hardware is not required to use the web demos.
Can we book on-site or instructor training?
On-site education, instructor development, service-member AI programs and educational kits are in preparation. Contact us about a program of interest. Their planned status is shown separately from the simulator's free-edition application.
Does this count as an official qualification?
The simulators are trial software for basic controls and operation. Qualification-style exercises and assessment sheets do not constitute an official qualification test or accredited military education.
LET’S BUILD WHAT’S NEXT
Let's prepare
the first session together.
From free simulator applications for ROK military units
to program and educational-platform inquiries.
- EMAILinfo@cubroid.com
- PHONE+82 70-7005-9296
- OFFICE236 Jubuto-ro, Bupyeong-gu, Incheon, Republic of Korea
Room 1919, Building C, Incheon Techno Valley U1 Center
Inquiry email draft
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How inquiry information is used
Institution, contact person, email, optional phone number and message are used to prepare and answer your inquiry. This page does not retain your form entries on a server or in browser storage.
Sending the message in your email app delivers this information to info@cubroid.com. Do not enter classified or sensitive information.