Home Page: LPS

About LPS
The Liquid Propulsion System (LPS) project is a collaborative endeavor by our dedicated rocketry team to design and construct a cutting-edge pressure-fed rocket engine. Our mission is to push the boundaries of propulsion technology, fostering innovation and excellence in the field of rocketry.

Why a Wiki?
A wiki serves as the centralized hub for all our project-related information, fostering efficient collaboration, documentation, and knowledge-sharing among team members. Here are some key reasons why our LPS Wiki is an invaluable resource:


 * 1) Centralized Information Repository: The wiki houses a comprehensive collection of data, from CAD files and technical specifications to test reports and procurement details. This centralization ensures that every team member can access the most up-to-date and relevant information.
 * 2) Collaborative Documentation: Team members can contribute to the wiki, updating and adding information as the project progresses. This collaborative documentation process ensures that knowledge is shared and preserved, facilitating smoother transitions between team members and project phases.
 * 3) Easy Navigation: The wiki's structured layout makes it easy to navigate through different sections such as CAD files, requirements, test reports, procurement, and technical specifications. This organization enhances the accessibility of critical information, streamlining the workflow for everyone involved.
 * 4) Version Control: The wiki platform allows us to track changes and maintain version control for various documents. This feature ensures that we can trace the evolution of our designs, requirements, and processes, providing transparency and accountability throughout the project.

What You'll Find on the LPS Wiki

 * 1) CAD Files: Explore detailed 3D models and technical drawings of our pressure-fed rocket engine, providing insights into its design and structural components.
 * 2) Requirements: Understand the project's specifications, goals, and performance criteria that guide the development of the Liquid Propulsion System.
 * 3) Test Reports: Access comprehensive reports detailing the results of various tests conducted during the engine's development, including performance benchmarks, safety assessments, and any necessary adjustments.
 * 4) Procurement: Stay informed about the materials, components, and resources required for the project. Track procurement processes, vendors, and delivery schedules to ensure a smooth workflow.
 * 5) Technical Specifications: Delve into the technical details of the LPS, from materials and manufacturing processes to operational parameters and safety measures.

Contributing to the LPS Wiki
We encourage all team members to actively contribute to the LPS Wiki. Your insights, expertise, and documentation are essential for the success of our project. Together, we can propel our rocketry endeavors to new heights.

Let's build the future of propulsion technology, one collaborative edit at a time.

Start exploring the LPS Wiki