Ripple represents the next generation of electric guitar design, built for “Industry 4.0”.
Created for unrivalled resonance, tuning stability and longevity, Ripple’s aluminium and stainless steel construction has been developed to make use of high-throughput CNC machining & Additive Manufacturing 2.0 advancements.
A first, for electric guitar design, both bridge and body are sculpted from one single piece – maximising string-to-body energy transfer.
Halo Thermal Imaging are a manufacturer who develop and manufacture highly specialist Thermal Imaging Solutions, selling their products internationally for fire fighting, search and rescue and surveillance operations. Their helmets are also used by F1 teams, NASA and on cruise ships.
Their products were selling well but the SoloTI and Solo helmets had not been refreshed cosmetically for a considerable length of time. They were concerned that competitor products , whilst having less functionality, did look more “cool”.
The company (Halo) is an SME and, although they are a highly specialised manufacturer they have no existing “in house” designers or specialist facilities/equipment to support design activity.
Brief: Cosmetic update of the Solo Fire Helmet
-The project involved:
– Concept Sketch Development
– CAD Visualisation
– Concept “Soft” Models
– Reduce unit production cost
– Increase unit value and price
– Improve manufacturing ease
– Cost effective “tailored” product variants
– Recognises variations in International Markets
-Potential for price premiums and added value
The new “face lifted” product concept designed by Mārtiņš exceeded their expectations with product variants to expand markets – Euro, Peak, Mohawk
The live project stimulated discussion on business development and how their technology might be applied to alternative uses and markets. The project also identified things that they had not considered such a new business/market opportunities, cost savings and value added.