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Abstract
The rapid integration of e-scooters into transport systems has outpaced proper planning, impacting the experiences of users across all modes of transport. This underscores the urgent need to evaluate the experiences of e-scooter riders, particularly in their interactions with other road users. To address this need, we conducted a dedicated video-based experiment as part of the annual UC Davis Campus Travel Survey (CTS), involving 1142 e-scooter users and non-users. The aim was to analyse comfort levels when e-scooter riders interact with pedestrians and cyclists, laying the groundwork for developing an e-scooter level-of-service (LOS) assessment framework. We categorised interactions into passing (same-direction encounters), meeting (opposite-direction encounters), and mixed scenarios involving both interaction types. Building on this, we proposed a framework that integrates encounter direction with users’ demographic characteristics and attitudes to better understand perceived comfort. Subsequently, we estimated a Bayesian multilevel cumulative logistic regression model to quantify e-scooter riders’ comfort across different interaction types. Findings from the statistical model reveal that meeting or mixed interactions generally induce more discomfort than passing interactions among e-scooter riders. This contrasts with traditional findings in the bicycle literature, where meeting scenarios are often deemed more comfortable due to opportunities for nonverbal communication. Additionally, comfort levels of e-scooter riders in different interactions with pedestrians varied across gender groups and were significantly influenced by individuals’ general comfort with walking near e-scooters. The model results were translated into heterogeneous measures related to LOS for e-scooter riders, which are crucial for planners and policymakers to improve navigation in shared spaces, particularly for emerging transport modes and underrepresented groups.
| Original language | English |
|---|---|
| Article number | 104820 |
| Journal | Transportation Research Part A: Policy and Practice |
| Volume | 204 |
| Early online date | 3 Dec 2025 |
| DOIs | |
| Publication status | Published - 1 Feb 2026 |
Keywords
- Comfort
- E-scooter
- Electric scooter
- Level of service
- Micro-mobility
- Sustainability
- User's experience
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Dive into the research topics of 'Developing an e-scooter level of service model for shared spaces: Insights from Davis, California'. Together they form a unique fingerprint.Projects
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Spatial Policy and Analysis Laboratory and Research Group
Acheampong, R. A. (Researcher), Wong, C. (Researcher), Baker, M. (Researcher), Schulze Baing, A. (Researcher), Zheng, H. (Researcher), Agyemang, F. (Researcher), Pinto, N. (Researcher), Kingston, R. (Researcher), Deas, I. (Researcher), Koksal, C. (Researcher), Zhang, A. (Researcher), Richardson, R. (Researcher) & Kazemzadeh, K. (Researcher)
1/05/23 → …
Project: Research