Our projects

ABS Printed Inline Adapter for LS Style Intake

This custom-designed ABS inline adapter seamlessly connects a 1980 Camaro brake booster to an LS style intake. Engineered for durability and precision, it ensures optimal brake performance and easy installation.

Restoring an old Phillips Screw Driver...

Initial State - Screwdriver Bolt

Found a lone screwdriver bolt that needed a handle. This bolt is the starting point for creating a fully functional screwdriver.

CAD Model Filled in

Designed a custom handle for the screwdriver bolt using CAD software. This model ensures a perfect fit and ergonomic grip

Printed handle, Fresh off the printer

The 3D printed handle fresh off the printer.

Assembling the Screwdriver - Bolt and Handle:

The 3D printed handle fresh off the printer. The next step is to fit this handle onto the screwdriver bolt

Completed Screwdriver - Final Product

The final product - a fully functional screwdriver with a custom-designed handle. The transformation is complete, ready for use

Transmission Fluid Spill

Custom output shaft plug for the beautiful Tremec T56, 6 speed.

Transmission Fluid Spill

During routine maintenance, a spill of red manual transmission fluid occurred. This incident highlights the importance of careful handling and cleanup during automotive work. Ensuring proper containment and disposal of such fluids is crucial for both safety and environmental protection.

Planning and Sketching

Documenting the initial concept for a new project. This stage involves detailed sketching and planning to ensure accurate measurements and design before moving to the digital modeling phase.

Creating CAD Model

Translating the hand-drawn sketch into a precise CAD model. This step involves defining dimensions and ensuring the design meets all functional requirements

Finalized CAD Design

Completing the CAD model with all the necessary details. The final design is now ready for 3D printing, ensuring all components fit together perfectly

3D Printed Prototype

Producing the first prototype using a 3D printer. This step brings the digital model to life, allowing for hands-on testing and further refinement.

Initial 3D Printed Model

The first iteration of the 3D printed model. This initial print allows for hands-on evaluation to identify any necessary adjustments or improvements before finalizing the design

Fitting the Prototype

Testing the fit of the 3D printed prototype. This step ensures the model correctly aligns with existing components and performs as expected in a real-world application

Prototype in Action

Observing the 3D printed prototype in use. This phase involves practical testing to verify functionality and durability under actual working conditions. The prototype is now fully functional and serves as a reusable tool, effectively solving the problem of transmission fluid pouring out of the back of the input shaft