Dog Washing Station
A Research-Driven, High-Performance Concept.
This project, sponsored by Omlet Ltd, challenged me to design a home dog-washing station that is ergonomic, safe, and commercially viable. Through in-depth research, rigorous testing, and precise engineering calculations, I developed a highly functional, cost-effective solution that enhances both pet and owner experience.
Research & Development
A comprehensive research phase was conducted to define the optimal design, ensuring usability, safety, and cost-effectiveness. This included:
Academic Research – Literature on pet care, ergonomics, and consumer behavior
Market & Product Analysis – Evaluation of existing dog washing solutions and their shortcomings
User Insights – Online questionnaires, Facebook group discussions, and expert interviews (8 industry professionals)
Testing Existing Products – Hands-on trials to assess functionality, weaknesses, and areas for improvement
Commercial Considerations – Cost feasibility, pricing strategy, and manufacturing constraints
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Essential for ease of use and pet comfort
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Prevents tipping and ensures dog safety
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Reduces strain on the owner
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Lick-mat integration for a stress-free experience
Key Insights
Engineering & Design Development
Following the research phase, rigorous engineering analysis and iterative design development were conducted:
Tipping & Toppling Calculations – Ensured product stability, factoring in a dog jumping in/out at 11.4m/s²
Structural Integrity Testing – Beam bending calculations for leg strength, ensuring controlled deflection
Blow-Molding Feasibility – Designed for efficient, cost-effective manufacturing
Electronic Specifications – Defined requirements for a heated water supply and pump system
Through sketching, CAD modelling (SolidWorks), and physical prototyping, the design evolved to optimise both form and function.
DESIGN FOR BLOW MOULDING
Prototype & Testing
(Validating Performance & Refining the Design)
A full-scale prototype was developed to test ergonomics, usability, and structural integrity. Key takeaways from testing:
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The height & stability of the prototype was optimal for medium-sized dogs.
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Testing showed that the leg design required more work - The material thickness and support geometry were adjusted to reduce deflection.
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The dog used the Lick-matts added to the wings of the product whilst being showered to good effect, calming the dog and allowing for a quicker wash with less tugging.
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Accurate cost estimations led to a projected RRP of £182.99 for the washing station and £169.99 for the water system, in line with the target in the market gap.
Final Outcome & Reflection
The final design successfully balances usability, engineering constraints, and aesthetics. With a stable structure, warm water access, and an innovative lick-mat feature, it provides an effortless, enjoyable washing experience for both pets and owners.
Omlet’s Design Director praised the product’s alignment with the company’s brand and its functional innovation, reinforcing its potential for market success.
Key Takeaways:
User-Centred Research → Translating insights into real design solutions.
Engineering-Led Problem Solving → Balancing stability, ergonomics, and ease of manufacture
Commercial Feasibility → Designing for cost-effective production & pricing strategy.
