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Advises against plugging/unplugging OSDK cable with power to prevent interface damage.
Details the LD-TF3.0 five-stage UAV airdrop device, its advantages, and construction materials.
Lists and illustrates the key parts of the five-stage dispenser for user reference.
Covers required items, quick release pylon installation on the drone, and dispenser attachment.
Instructions for installing the application package onto the remote control's TF card.
Step-by-step guide on how to attach and release items using the five-stage dropper.
Explains how to use the remote control interface to initiate delivery and reset states.
Details how to switch between OSDK and PWM signal modes for different drone types.
Advises against plugging/unplugging OSDK cable with power to prevent interface damage.
Details the LD-TF3.0 five-stage UAV airdrop device, its advantages, and construction materials.
Lists and illustrates the key parts of the five-stage dispenser for user reference.
Covers required items, quick release pylon installation on the drone, and dispenser attachment.
Instructions for installing the application package onto the remote control's TF card.
Step-by-step guide on how to attach and release items using the five-stage dropper.
Explains how to use the remote control interface to initiate delivery and reset states.
Details how to switch between OSDK and PWM signal modes for different drone types.
The LD-TF3.0 Five-Stage Dispenser is a UAV airdrop device developed by Leader Aerial, designed for use with DJI M300RTK drones and potentially other third-party UAVs. Its primary function is to facilitate multi-stage payload delivery, offering precise and stable operation.
The device is a five-stage airdrop mechanism that allows for the sequential release of up to five items. It integrates with DJI drones via the OSDK interface, which is a key advantage as it does not occupy the gimbal interface, eliminating the need for a dual gimbal kit. This OSDK communication control ensures stable and reliable operation. For third-party UAVs, the dispenser can be controlled via a PWM interface, requiring an external receiver and a PWM signal line.
The main body of the dispenser is constructed from carbon fiber and aviation aluminum materials, processed with CNC, anodizing, and laser engraving for durability, waterproofing, and rustproofing. It features a TYPE-C interface and an anti-misplug design for the UAV OSDK interface connection. Manual buttons are provided on the module itself to control the opening and closing of the projector claw, enabling quick mounting tasks. When used with the company's quick-release carrier frame, various equipment can be rapidly swapped. The design prioritizes placing the payload under the drone's center of gravity to ensure maximum safety and stability during flight. This setup allows for high-definition observation with cameras like the H20 series while enabling multiple, accurate, and safe deliveries.
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