Argo Achieves 4.2x Global Benchmark Average for On-Demand Transit Efficiency

Executive Summary

• Argo Corporation released a performance analysis showing its Smart Routing™ on‑demand transit service in the Town of Bradford West Gwillimbury achieved 10.0 passengers per vehicle revenue hour (PAX/VRH), far exceeding the global benchmark average of 2.38 PAX/VRH.
• The analysis uses the same methodology as the independent On‑Demand Transit Market Report – Midyear 2025, confirming a 4.2× improvement over the global average and surpassing the highest reported value by more than 45%.
• Management highlighted the result as evidence that Argo’s patented Smart Routing™ technology can deliver world‑leading vehicle utilization, enabling municipalities to scale on‑demand transit efficiently.

Key Details

• Benchmark Comparison: 10.0 PAX/VRH (Argo BWG) vs. 2.38 PAX/VRH (global average from the Report).
• Methodology Replicated: PAX/VRH = average passengers per week ÷ (service hours per week × number of vehicles × 0.75).
• Input Data Used:
• Annualized ridership run‑rate: >120,000 passengers
• Fleet size: 4 vehicles
• Weekly service hours: 77 (Mon–Fri 6:30 am‑7:30 pm; Sat 7:30 am‑7:30 pm)
• Resulting Calculation: Applying the Report’s formula to Argo’s data yields 10.0 PAX/VRH for the June 2025 period covered by the Report.
• Global Benchmark Source: On‑Demand Transit Market Report – Midyear 2025, authored by Lukas Foljanty; later 2025 Recap report shows a slightly lower global average (2.19 PAX/VRH) but was not used for this analysis.
• Technology Claim: Smart Routing™ combines vehicular hardware, software, and turnkey operational management to provide on‑demand pick‑up service at standard transit fares, aiming to improve scalability and reduce cost‑per‑ride for municipalities.

Notable Quotes

“For years, municipalities around the world have struggled to make on‑demand transit service work at scale, often resulting in high cost‑per‑ride due to low vehicle utilization,” said Praveen Arichandran, CEO and co‑founder of Argo.
“This analysis indicates that our technology can deliver world‑leading vehicle utilization that allows municipalities to efficiently scale on‑demand transit access to their residents.”