The Objective
To develop a comprehensive business plan and commercialization strategy for Big Feed Club’s ready-made coolant kits, with a focus on expanding into pharmaceutical and medical deliveries. The project aimed to validate the product’s technical performance, assess market demand, establish pricing and costing models, and position the company to attract further investment while maintaining a strong commitment to sustainability and reusable delivery systems.
The Solution
Product Innovation: Ready-Made Coolant Kits
The core solution was the development of a self-contained cooling system built into reusable delivery totes. These ready-made coolant kits use an integrated cooling seal in the tote cover to maintain safe temperatures during transport, significantly reducing food spoilage and ensuring compliance with medical delivery requirements. The system has been prototyped, tested in the field, and validated by early users and Big Pharma partners.
Market Expansion into Big Pharma Deliveries The project identified pharmaceutical delivery as the fastest-growing logistics sector in Newfoundland and Labrador. Big Feed Club leveraged its existing province-wide delivery
infrastructure and customer base to pilot medical deliveries, positioning itself as a potential exclusive provider of rural pharmaceutical transport.
Strategic Planning and Pricing Development
Gold Standard Advisors developed a full business plan that included market analysis, competitor benchmarking, pricing structures, revenue projections, and a technical development roadmap. Funding opportunities such as NRC IRAP were identified to support further R&D and system scaling.
The Results
The project confirmed the commercial viability and market readiness of Big Feed Club’s coolant kit system. Key outcomes included:
- Validation of the cooling system through field testing
- Strong interest and engagement from Big Pharma partners
- Identification of a market opportunity with limited direct competition
- Forecasted delivery revenue of up to $40,000 per month in the initial phase
