Industrial Design graduate with industry experience in Product Visualisation and CGI. Strong in working to detail while being skilled in Sketching, CAD and Digital Product Visualisation.
In looking to combat the rise in violent attacks on under protected police officers in the UK and Metropolitan area, Viper is a solution to replace existing underperforming irritant spray devices that have limited range and accuracy. It looks to reduce the need for use of force in officer protection during a time of increased awareness of perceived police brutality. Post COVID, the knife crime epidemic has already returned to its previous peaks and is continuing to rise again. For the Police, who suffer constant budget cuts and a stretched workforce, there is a need for better cost-effective equipment to protect themselves. Conducted Energy Devices (CEDs) such as the Taser, in addition to their safety concerns when used, are too expensive for widespread roll out in the force. The standard officer, equipped with a baton and PAVA spray that currently can “only be relied on at distances of 3-4 ft from an attacker”, are completely exposed when facing knives and increasingly heavily equipped criminals.
The product was designed alongside insight, feedback, and advice from a Midlands Special Police Unit officer. Its elements were developed through rigorous performance testing and iterative development in both its functionality and threatening aesthetic. The product needed to also conform to home office PAVA safety requirements for deployment in the UK police to be permitted.
A threatening aesthetic and additional laser dot targeting gives officers several stages of intervention that vary in levels of use of force. An officer can adapt their methods of de-escalation in real-time when using the product in varying situations of danger. Viper’s effective lower use of force options present a more sustainable PAVA solution. Currently PAVA spray is single use and Forces are told to replace cannisters after each use to not risk another officer finding themselves with an empty cannister when out in the field. Viper reduces how often an officer needs to spray PAVA to protect themselves. It features threatening safe dual laser dot targeting so suspects feel threatened and targeted when confronting a drawn device. By improving the threat that the device poses to criminals through aesthetics and improvements in spray performance, Officers can now control situations from a safer distance away from a suspect while reducing their own use of force for de-escalation. Viper hopes to save in materials and cost of pressurised cannisters by reducing how often they are thrown away.
In high intensity situations, officers can often struggle to spray current PAVA devices from their traditional top cap triggers because under stress their fine motor skills are severely reduced. Viper’s larger front trigger provides a more reliable spray activation with additional improved spray performance achieved through its nozzle design. For the improved performance of spray, the device’s superior nozzle design needed a 7cm barrel. To keep the product footprint small while holstered on an officer’s vest, the barrel extends upon activation of a 2-stage trigger. When the trigger is squeezed the first stage activates laser targeting and extends the barrel ready for fire, a noticeable further squeeze would then actuate the nozzle against the stem of the cannister and fire PAVA irritant spray from the device towards its intended target.
Through iterative testing and evaluation of varying nozzle and spray characteristics I was able to determine a nozzle design that would exceed current PAVA spray performance. Testing against current PAVA performance, I could compare my findings and conclude a superior nozzle design and increased cannister pressure that would allow the device to be used reliably from at least double the distance of its current 3-4ft performing predecessor.
Once I knew the characteristics the nozzle needed to feature for improved performance, I set to test its pressure performance to ensure reliable flow of the PAVA solution through the length of the barrel. Characteristics evaluated in the combination of physical and digital testing included varying nozzle exit and entry diameter, varying pressure as well as volume or discharge rate flowing through the nozzle when fired.
Awarded 3rd in “Live Projects” 10-day brief from FSW Design. Designing a roadside EV (Electric Vehicle) charging station for roadside use suitable for multiple installations on pavements.
Using a combination of traditional cable and wireless charging technology, the solution presented a futureproofed solution with improved efficiency over current solutions.
Shortlisted RSA “Sky Shift” group project for the “Amplifying Connections” student brief. Winners to be announced June 2023
Iterative sketch development combining the designed product functionality elements and modern design aesthetics with a threatening flair for an effective final design appeal.
After analysing police officer styling and equipment, a design in line with trending market standards could be developed. Sticking to design characteristics that achieve threatening forms were essential for the design outcome.
High fidelity digital sketching was used to gain early feedback from design professionals and expert users. Design iteration and changes could be made before the development pipeline was too far progressed. Ensuring a high-quality design outcome that is in line with user needs.
2022-2023 Junior 3D artist for Wonder Vision CGI. Learnt skills in Product CGI working on animated sketch storyboarding, 3D rendering and animation. Surrounded by experienced industry leading creatives working on award winning CG product adverts and marketing content.