BLACK DIAMOND CAMALOT NO. 2 - This model was created for a final assignment in a SolidWorks training class. Engineering Drawings were also created for every part in the assembly. Here is a link to the actual product: BD Camalot NO. 2
The above three photos show the design progression of a pneumatic bottle testing machine. This was designed as part of my work with the CamelBak R&D team. The purpose of this machine was to standardize drop testing of water bottle designs. The machine allows users to consistently drop bottles at specific heights and orientations onto a ASTM standardized laminate concrete floor.
The design progression above shows a bottle fatigue machine. The purpose of the machine was to fatigue test the plastic and graphics durability of squeeze bottle designs. The system does this by translating circular motion from a fatigue tester into linear motion. With this system it is easy to life cycle test new bottle designs.
RockyMounts LoBall Concept 1/3 - Initial concept for the Rockymounts LoBall truck mounted bike rack system. Daniel created this concept design as well as the final design and engineering drawings for this product during the summer of 2015 as part of a product design internship. A link to the product on the RockyMounts website: LoBall. A link to a review of the product done by E-Trailer.com : LoBall Review
RockyMounts LoBall Truck Mount Bike Rack Concept 3/3 - Initial concept for the Rockymounts LoBall truck mounted bike rack system. Daniel created this concept design as well as the final design and engineering drawings for this product during the summer of 2015 as part of a product design internship. A link to the product on the RockyMounts website: LoBall. A link to a review of the product done by E-Trailer.com : LoBall Review
RockyMounts LoBall Truck Mount Bike Rack Concept 2/3 - Initial concept for the Rockymounts LoBall truck mounted bike rack system. Daniel created this concept design as well as the final design and engineering drawings for this product during the summer of 2015 as part of a product design internship. A link to the product on the RockyMounts website: LoBall. A link to a review of the product done by E-Trailer.com : LoBall Review
CamelBak KickBak 30 Oz. Vacuum Insulated Tumbler - This product was created as part of an application for a product testing position at CamelBak. A full assembly an renderings were created. Product information can be found at the following website: CamelBak Kickbak 30 oz.
Hydro Flask 32 oz. Vacuum Insulated Water Bottle - This model was created as part of an application for a product developer position at Hydro Flask. A full assembly and high quality rendering were created based off of an existing version of the product. Product Information can be found on the Hydro Flask corporate website: 32 oz Vacuum Insulated Wide Mouth
Epilog Laser Lens/Cutting Head - As part of work for the University of Colorado, Daniel developed this assembly. This model is part of an Epilog Laser Cutting system. This assembly is responsible for directing a beam towards the cutting surface as well as focusing the beam to a focused point of engineering on the cutting surface.
3D Floor Plan Graphic - This model was created as part of an internship with Haynes Mechanical Systems. These models were created and then used in an online interface for a building automation system. This graphic allowed building engineers to more easily interpret and control their HVAC systems. This style of graphic was created for many floors and several buildings.
Component Design Drill Powered Vehicle - This model was created for a class called Component Design in the CU mechanical engineering curriculum. This vehicle was later built and carried two team members several times around a quarter mile track. The only power source for this vehicle was a budget 20 Volt Black and Decker drill. Daniel's team was the first to complete a successful lap during the semester, and finished second in the overall race. Daniel created the CAD model and engineering drawings for this design and also managed the team.