W07/2026

The images show a PVC joint being attached to multiple PVC pipes to form a stable connection within the frame. PVC joints are designed to securely connect pipes at specific angles, which helps distribute loads evenly and improves the overall structural strength.

This step aligns with the Develop a Solution phase of the PLTW design process. During this stage, we are physically assembling components based on our planned design and testing whether the solution works as intended.

The images show the team assembling the back section of the go-kart frame using PVC pipes and joints. Precision and accuracy are critical during this step because even small measurement or alignment errors can cause the frame to be uneven or unstable. Each pipe must be cut to the correct length and inserted fully into the joints to ensure strong, secure connections.

This work aligns with the Develop a Solution phase of the PLTW design process. In this phase, precision and accuracy are necessary to ensure the prototype matches the original design specifications. Careful assembly allows the team to test whether the design functions as intended and prevents issues later in the build.

The image shows the battery being charged so it can be used later in the go-kart project. This step ensures the battery has enough power for future testing and operation.

This step relates to the Develop a Solution phase of the PLTW design process because we are preparing a component that will be used in the prototype.

The images show the back section of the go-kart frame nearly completed. Most of the PVC pipes and joints have been assembled, forming a stable and structured rear frame. The design is taking shape, and the connections appear aligned and secure. Being precise at this stage is important to make sure the frame remains balanced and ready for the remaining components.

This step is part of the Develop a Solution phase of the PLTW design process. At this stage, the prototype is close to completion, allowing the team to check alignment, stability, and overall structure.