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Product Detailed Description for N7 Autopilot Flight Core
Product Overview
This product, the N7 Autopilot Flight Core, serves as a core control component for aerial vehicles. It integrates multiple key functions including high-precision positioning, attitude stabilization, and intelligent command execution. It can accurately regulate the flight attitude, route planning, and task execution of aerial vehicles, and is suitable for various aerial operation scenarios. Adopting a modular design, the product features a compact size and easy installation, and is compatible with the hardware systems of a wide range of mainstream aerial vehicles, providing a stable and reliable intelligent control solution for aerial operation equipment.
Core Advantages
High-precision Attitude Stabilization
Equipped with a built-in six-axis gyroscope and barometric altimeter, it can real-time sense the attitude changes of aerial vehicles with a millisecond-level response speed. It effectively offsets airflow interference, ensuring a stable and deviation-free flight process, and is ideal for operation scenarios with high stability requirements such as aerial photography and surveying, agricultural plant protection, and power line inspection.
Intelligent Route Planning
Supporting dual-mode switching between manual control and autonomous flight, it is loaded with advanced flight path algorithms. It allows presetting of flight routes and task points to realize automatic takeoff, hovering, cruising, and return, greatly reducing the difficulty of manual operation and improving work efficiency.
Superior Compatibility
With a standardized interface design, it can be seamlessly connected to the power systems and mission payloads of aerial vehicles of multiple brands and models without additional modification. It supports a wide voltage input range of 5-36V, meeting the power supply needs of different scenarios.
Multiple Safety Protections
It has a built-in fault self-check function to real-time monitor the system operation status. Once an abnormality (such as signal interruption or unstable voltage) is detected, it will automatically trigger an emergency protection mechanism to ensure the safety of aerial vehicles and operations. Meanwhile, it supports safety functions like low-power automatic return and lost-signal return, further reducing operation risks.
Technical Specifications
| Item | Specification |
|---|---|
| Product Model | N7 |
| Control Modes | Manual Control / Autonomous Flight |
| Positioning Accuracy | Horizontal: ±1.5m, Vertical: ±0.5m |
| Attitude Control Accuracy | Roll/Pitch: ±0.1°, Yaw: ±0.5° |
| Operating Voltage | 5-36V DC |
| Operating Temperature | -10℃ - 60℃ |
| Communication Interfaces | UART / CAN / PWM |
| Dimensions | 50mm×50mm×15mm |
| Weight | 25g |
Application Scenarios
Agricultural Plant Protection: Precisely control aerial vehicles for pesticide spraying and seed sowing, improve operation uniformity, and reduce resource waste.
Aerial Photography & Surveying: Stable attitude control ensures high-definition image collection, meeting the data acquisition needs of topographic surveying and urban planning.
Power Line Inspection: Control aerial vehicles to inspect power transmission lines, detect line faults in a timely manner, and reduce the risks of manual inspection.
Education & Scientific Research: As a core component for aerial control technology teaching and experiments, it helps cultivate professionals in related fields.
Installation & Usage
Installation Steps: Connect the product to the power system and remote control receiver of the aerial vehicle via standard interfaces to ensure firm wiring; adjust the installation position according to the vehicle type, and it is recommended to install it at the center of gravity of the vehicle to ensure attitude control accuracy.
Debugging Operation: Connect to the dedicated debugging software to complete parameter calibration and mode setting; conduct low-altitude test flights, and put it into official operation only after confirming the normal operation of the system.
Notes: Check the appearance and interfaces of the product for integrity before use; avoid using it in environments with strong magnetic fields and strong interference; conduct regular firmware upgrades and maintenance for the product
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