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无人机可以由无人机操作员手动控制或通过路线规划控制。还可以提供一种抗干扰GPS定位系统。
The drone can be controlled manually by the UAV operator or by route planning. An anti-interference GPS positioning system can be also provided.
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parameter list:
| Max Payload: | 16 KG |
| Fight Range: | up to 10 km(36km-choosable) |
| Flight time: | 60 mins (without payload) 30 mins (with 12 kg payload) |

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此学习板支持基于 DJI Payload SDK 的二次开发,为负载设备开发提供测试平台。开发者可根据行业应用需求,调用 PSDK 功能接口,结合结构设计、软件逻辑实现与算法优化,开发适用于不同细分领域的负载设备。
This learning board supports secondary development based on the DJI Payload SDK, providing a test platform for payload device development. Developers can invoke PSDK functional interfaces according to industry application requirements, and integrate structural design, software logic implementation, and algorithm optimization to develop payload devices suitable for various specific segments.

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此学习板支持基于 DJI Payload SDK 的二次开发,为负载设备开发提供测试平台。开发者可根据行业应用需求,调用 PSDK 功能接口,结合结构设计、软件逻辑实现与算法优化,开发适用于不同细分领域的负载设备。
This learning board supports secondary development based on the DJI Payload SDK, providing a test platform for payload device development. Developers can invoke PSDK functional interfaces according to industry application requirements, and integrate structural design, software logic implementation, and algorithm optimization to develop payload devices suitable for various specific segments.

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E-PORT 接口拓展板旨在解决大疆 E-PORT 接口线束定义与所购 Linux 驱动板接口不兼容的问题。该拓展板将接口线束独立引出,方便开发者进行自定义功能扩展和二次开发。
The E-PORT Expansion Board is designed to address the incompatibility between the DJI E-PORT interface wire harness definition and the purchased Linux driver board. This board independently routes the interface harnesses, facilitating custom functionality extensions and secondary development by developers.

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