AeroCore
SKU:
¥500,000
¥450,000
¥450,000
per item
Powered by OpenKAI, our proprietary operating system, this drone moves beyond automation into true adaptive flight. OpenKAI enables real‑time awareness, fluid responsiveness, and intelligent decision‑making, allowing the aircraft to sense, adjust, and perform with confidence in ever‑changing environments. Built for those shaping the future of aerial intelligence.
AeroCore SpecificationsMechanical & Form Factor
Compute & Control
Power System
Mobility Interfaces
Sensors & I/O
Connectivity
Environmental
Software Capabilities
Typical Applications
- Configuration: Modular ground robotics core (track / wheel‑agnostic integration)
- Chassis: Reinforced aluminum alloy with vibration‑isolated mounting rails
- Ingress Protection: IP54–IP65 (dust‑ and splash‑resistant, configuration‑dependent)
- Operating Terrain: Indoor, outdoor, uneven surfaces, industrial environments
- Payload Interface: Standardized mechanical and electrical payload mounts
Compute & Control
- Onboard Compute: High‑performance embedded CPU with optional GPU/AI accelerator
- Real‑Time Control: Dedicated MCU for low‑latency motor and actuator control
- Operating System: OpenKAI™ Robotics OS (real‑time + autonomy stack)
- Middleware: ROS 2 compatible, DDS‑based communication layer
- Update Method: OTA and wired firmware updates
Power System
- Input Power: 24–48V DC (external battery or vehicle power bus)
- Power Distribution: Intelligent power management with per‑rail monitoring
- Aux Outputs: 5V / 12V / 24V regulated outputs for sensors and peripherals
- Protection: Over‑current, over‑voltage, thermal shutdown
Mobility Interfaces
- Motor Support: BLDC, brushed DC, stepper (CAN / UART / PWM)
- Encoder Support: Incremental and absolute encoders
- Drive Modes: Differential, skid‑steer, custom kinematic profiles
- Max Control Frequency: ≥1 kHz motor control loop
Sensors & I/O
- Standard Interfaces:
- CAN / CAN‑FD
- Ethernet (Gigabit)
- USB 3.x
- UART / I²C / SPI
- GPIO (isolated)
- Sensor Support: LiDAR, depth cameras, IMU, GNSS, wheel odometry
- Time Sync: PTP / hardware timestamping (configuration‑dependent)
Connectivity
- Networking: Ethernet, optional Wi‑Fi / LTE / 5G module
- Remote Control: Secure telemetry and command channel
- Security: Hardware root of trust, encrypted communications
Environmental
- Operating Temperature: −10°C to +50°C (extended range optional)
- Vibration Resistance: Industrial‑grade shock and vibration tolerance
- Cooling: Passive + controlled active cooling (load‑dependent)
Software Capabilities
- Autonomy: Navigation, mapping, obstacle avoidance (module‑based)
- Integration: API access for custom behaviors and mission logic
- Simulation: Digital twin / simulator compatibility for testing
Typical Applications
- Autonomous ground robots
- Mobile robotic bases
- Inspection and logistics platforms
- Research, defense, and industrial robotics
