Ship drone landing pad
Shipboard UAV landing pad (dual axis) - general specifications
Wide range of functions: earthquake / wave simulation

Project Overview:
The project aims to develop an on-water 2-axis wave-resistant and stable platform to offset wave shaking in the Roll and Pitch directions.
This platform should have the following basic functions:
Dynamically balanced in 2 angles. ※No up and down displacement
The original zero point of the balance angle can be set according to different deck inclination degrees.
The original zero point of the balance angle can be set, and the dynamic balance angle can be maintained within a horizontal positive and negative error of less than 15°.
Loading capacity ≤ 200kg.
The table size is 2.5m x 2.5m, square plane.
Platform size and load can be customized

Specifications:
Swing angle: Roll / Pitch angle max. 24° (joint limit)
Swing period: less than 2 seconds
Swing speed: Angular velocity Max. 20 ° / s
Platform load: Payload on platform 200 kgs (Centric)
Power supply: 24 VDC Onboard battery

Architecture brief:
This machine consists of two parts: the platform body and the control unit.
The control box has physical buttons and display lights for functions such as power on/off, status indication, and emergency stop.
The control box is equipped with a communication interface for engineering settings.
The platform body and control unit are suitable for maritime applications.

Machine Specifications:
Machine size: W 2500 x D2500 x H 600 mm (tentative)
Power supply: 24VDC / 160A
Control interface: physical buttons
Power component: servo motor + reducer x2
Group sensing element: AHRS gyroscope
Control unit: PLC+servo drive

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