Requirements Analysis and Configuration Study
• Supporting technical applications including requirements analysis, configuration selection, and aerodynamic performance optimization.
Simulation and Testing Services
• Our simulation tools empower a continuous closed-loop process—simulate, test, analyze, optimize—delivering faster and smarter development cycles.
6-DOF Simulator
• Delivering high-fidelity flight simulation scenarios, supporting applications such as pilot training and algorithm validation.
Airworthiness Knowledge Base and Flight Assistantr
• By integrating regulatory interpretation, certification processes, and AI-powered real-time Q&A, we help streamline and accelerate certification approval.
Integrated Toolchaint
•By closing the R&D data loop, we drive continuous algorithm optimization.
Custom Aircraft Development Solutions
• Covering customized development from scaled models to full-size prototypes.
High-Reliability Redundant Design
• With a complete and stable hardware architecture, critical sensors, computing, and actuation units adopt a multi-redundant design, ensuring system safety.
Multi-Modal Flight Control
• Enabling seamless and stable control across multiple flight modes, including autonomous, automatic, and manual flight.
Multi-Configuration Control Algorithm
• Adapting to multiple configurations including multi-rotor, fixed-wing, tilt-rotor, and compound-wing, this algorithm supports the development of diverse product lines.
End-to-End Autonomous Flight
• Supports one-key takeoff and landing, geofencing, automatic return-to-home, and flight route management.
Multi-Rotor
Extended Range, Ultra-Fast Charging, Redundant Safety
- • Dimensions: Wheelbase 3.3m
- • Maximum Takeoff Weight: 250 kg
- • Maximum Speed: 36 km/h
- • Endurance: 30-60 min
- • Propulsion Type: All-Electric / Hydrogen-Electric Hybrid
- • Model Number：JT-M
Compound-Wing
Balanced Performance, Safety and Stability, Multi-Scenario Versatility
- • Dimensions: Wingspan 2.2m
- • Maximum Takeoff Weight: 3 kg
- • Maximum Speed: 75 km/h
- • Endurance: 30 min
- • Propulsion Type: All-Electric
- • Model Number：JT-C
Tilt-Rotor
Flexible Configuration, Efficient Cruise, Cross-Domain Flight
- • Dimensions: Wingspan 3.3m
- • Maximum Takeoff Weight: 40 kg
- • Maximum Speed: 150 km/h
- • Endurance: 60 min
- • Propulsion Type: All-Electric
- • Model Number：JT-1
System-Level Solutions
Two Core Products
Construction of Two Centers
Embodied Intelligence System-Level Solutions
- • Ultra-Lightweight Embodied Robot Hardware: Designed for direct application deployment, our innovative design addresses key challenges including weight, endurance, and cost. We have currently completed the third-generation robot design and development, and can also provide lightweight joint modules and core components.
- • Integrated Scenario Solutions: Tailored for commercial service and industrial applications, our platform integrates SLAM, navigation, environmental perception, and multi-modal interaction (voice, vision, motion) to deliver customizable capabilities—from guided tours and information delivery to object sorting and cargo trasportation.
Hardware Products
Customization Cases
Flagship Embodied AI Products
- • Embodied "Brain": An integrated spatial intelligence brain that unifies sensors, computing platforms, intelligent interaction, and environmental cognition into a cohesive software-hardware system. It represents both a core embodied intelligence technology and a new-concept "core component." Select technological solutions have been accepted for presentation at IROS, a leading international robotics conference, with an invitation for a technical demonstration.
- • Motion Control "Cerebellum": A self-learning motion control "cerebellum" for robots, developed through a combination of imitation learning, reinforcement learning, and adversarial training mechanisms. It delivers reliable control and possesses the capability to develop general robot motion control "cerebella" for wheeled, bipedal, and multi-legged robots, as well as the ability to deploy and validate on various robotic platforms.
Brain Architecture
Embodied Intelligence Dual Centers
- • Data Acquisition Center: Recognizing embodied multimodal data as high-value assets, CAIC has developed a complete in-house data acquisition system solution—from high-speed robot teleoperation to integration with our proprietary data platform. We are building a future-oriented embodied AI data production center.
- • Training Center: Through professional scenario-based site design, we have established a dedicated training and testing facility for embodied intelligence robots. Supporting the development of both the embodied "brain" and "cerebellum," this center facilitates the training and testing of scenario-specific embodied AI models.
Data Acquisition Center Solution Cases
Training Center Solution Cases
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