# Getting Started

## Welcome to the 3D-PAWS Manual.

This section introduces the preparation steps and foundational information needed before building or deploying a 3D-PAWS station. Whether you are assembling your first system or building additional stations, reviewing these resources will help ensure a smooth and reliable build.

Before beginning assembly, we recommend reviewing the overall system workflow and preparing the required materials, printed components, and wiring.

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## 3D-PAWS Build and Deployment Roadmap

Building and deploying a 3D-PAWS station typically follows a series of stages, from preparing components to installing the station and maintaining it in the field.

Typical stages include:

* Prepare station components
* Assemble sensors and instruments
* Integrate sensors and test the system
* Configure the data logger and data services
* Select and evaluate the installation site
* Pre-assemble the station structure
* Install the station and record metadata
* Maintain the station and monitor data

A detailed explanation of these stages is available in the **3D-PAWS Build and Deployment Roadmap** section of the manual.

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## Community Support

### 3D-PAWS User Forum

The **3D-PAWS User Forum** is the primary space for questions, troubleshooting, and shared experience.

Builders are encouraged to search existing discussions and contribute lessons learned from their own deployments. Because 3D-PAWS is an open and evolving system, community feedback plays an important role in improving documentation, hardware revisions, and deployment practices.

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## 3D Printing Components

3D-PAWS stations rely on durable, field-ready printed components. Proper material selection, filament handling, and post-processing directly affect assembly success and long-term outdoor performance.

Before printing parts, review the guidance on:

* Recommended filament types
* Filament storage and humidity control
* Support removal and part finishing
* Thread preparation and dry fitting

Taking time to prepare printed parts will make assembly easier and improve long-term durability in the field.

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## Materials and Tools

Before beginning a build, review the materials and tools required to assemble the station.

Most structural components of the station are **3D printed**, but additional hardware, sensors, and tools are required for assembly and deployment.

The **Materials and Tools** page provides a complete list of the non-printed components needed for a 3D-PAWS build, including:

* A complete station parts list
* Recommended assembly tools
* Sensor-specific hardware requirements
* Parts lists for optional instruments

Review this information before beginning your build to ensure all required components are available.

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## Cables and Connectors

Reliable sensor communication depends on correct wiring and proper mechanical protection. The 3D-PAWS system uses standardized **I²C cabling (Grove-compatible connectors)** to simplify assembly and improve reliability.

Before wiring your system, review the documentation on:

* Connector selection
* I²C cable configuration
* Strain relief and connector protection
* Corrosion protection for outdoor deployments

Proper cable routing and sealing are critical for long-term field stability.

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## Before You Begin Assembly

Before starting the build process, it is recommended to:

* Review the **3D-PAWS Build and Deployment Roadmap**
* Confirm that all required components and tools are available
* Review the **3D Printing Components** guidance
* Review the **Materials and Tools** list
* Review **cabling and connector documentation**

Preparing these materials in advance will make both assembly and deployment much smoother.