Driverless Sanitation Vehicle RaaS (Robo Diagram

Strengths

• High maturity and good safety of autonomous driving technology in low-speed scenarios
• Service-based pricing lowers customers' initial investment
• Large-scale revenue verification has already proven the business model's viability

Weaknesses

• Vehicle manufacturing costs remain relatively high, impacting expansion speed
• Operational capability is limited under severe weather conditions
• Long collection cycles from government customers

Opportunities

• Smart city policies driving the process of cleaning automation
• Intensifying labor shortages accelerating substitution demand
• Overseas markets expected to become new growth drivers

Threats

• Regulations and right-of-way opening standards related to autonomous sanitation vehicles are not yet unified, and approval processes for low-speed driverless vehicles on public roads are complex in some cities, restricting cross-regional large-scale business expansion
• Traditional sanitation equipment manufacturers are accelerating their layout in the autonomous driving track, and low-price competition strategies may squeeze the profit margins of the RaaS model, while leading enterprises face the risk of weakened customer bargaining power

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