Route Density Drives Efficiency
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A discussion about how service businesses can optimize their routes and maximize efficiency by focusing on specific neighborhoods and areas.
Key Principles of Route Density
- Density is crucial for service business profitability
- Focus on concentrated areas rather than spreading too thin
- Target neighborhoods where you can cluster multiple customers
- Build routes that minimize travel time between stops
Real World Example: Trash Bin Cleaning Business
- Equipment Investment: $40k for specialized truck
- Daily Service Capacity: 100-200 homes claimed (though disputed as unrealistic)
- Revenue Model: Several thousand dollars per day per truck
- Key Costs:
- Gas
- Water
- Maintenance
- Cleaning chemicals
Marketing Strategy Example
- Use "ice cream truck" style approach
- Play recognizable music while servicing neighborhood
- Creates awareness through visibility
- Operates 3pm-8pm when people are home
- Leave marketing materials on bins
- Focus on germaphobe messaging in post-COVID world
- Leverage word-of-mouth through visible service
Business Model Optimization
- Start in one dense area rather than spreading thin
- Finance equipment through bank loans using truck as collateral
- Only need $5-10k down payment on equipment
- Scale by adding additional trucks once first route is profitable
- Target areas with higher likelihood of service adoption
Common Challenges
- Route density assumptions may be unrealistic
- Travel time between customers can limit daily capacity
- Need consistent customer base in targeted areas
- Labor management and reliability concerns
- Equipment maintenance and operational costs
The key takeaway is focusing on route density and clustering customers in specific neighborhoods rather than trying to service too wide an area. This maximizes efficiency and profitability while minimizing travel time and costs.
47:30 - 48:17
Full video: 59:09SP
Shaan Puri
Host of MFM
Shaan Puri is the Chairman and Co-Founder of The Milk Road. He previously worked at Twitch as a Senior Director of Product, Mobile Gaming, and Emerging Markets. He also attended Duke University.