Authors Smitha HarshaDepartment of Computer Science Engineering, Zeal College of Engineering & Research, Pune, IndiaChethan MDepartment of Electrical Engineering, Zeal College of Engineering & Research, Pune, India Abstract The dataset comprises 150 structured records representing motorcycle sales transactions across multiple geographic regions. It contains 11 well-defined attributes, namely Bike_ID, Date, Location, Brand, Model, Bike_Name, Engine Capacity (CC), Dealer Name, Unit Price, Units_Sold, and Total_Revenue. Each entry corresponds to a distinct sales instance and provides both categorical and numerical variables suitable for statistical analysis and business intelligence applications. The dataset encompasses leading motorcycle manufacturers such as KTM, Kawasaki, Harley-Davidson, Yamaha, and BMW, with transactions recorded across major metropolitan markets including London, Toronto, and New York. The inclusion of temporal data (Date attribute) enables time-series analysis, allowing the examination of seasonal sales fluctuations and demand cycles. Engine capacity (CC) serves as a technical specification variable that can be correlated with pricing, brand positioning, and consumer preference patterns. From an analytical perspective, the dataset supports descriptive, diagnostic, predictive, and prescriptive analytics. Revenue generation is computed as: Total Revenue = Price × Units Sold which allows evaluation of sales performance at brand, dealer, and regional levels. The structured format facilitates multi-dimensional analysis such as brand-wise revenue comparison, dealer performance benchmarking, demand distribution across engine segments, and price elasticity assessment. Furthermore, the dataset enables the development of interactive dashboards, trend visualizations, and predictive forecasting models using business intelligence tools such as Tableau. It can support clustering analysis for customer preference segmentation, regression modeling for revenue prediction, and comparative analysis to identify high-performing models and underperforming markets. By examining cross-regional demand variations and dealership efficiency, stakeholders can formulate optimized pricing strategies, inventory planning mechanisms, and targeted marketing campaigns. Overall, this dataset serves as a comprehensive resource for motorcycle manufacturers, dealership networks, financial analysts, and market researchers aiming to enhance operational efficiency, maximize profitability, and gain strategic insights into competitive market dynamics. Keywords Bicycle Dataset Interpretation Tableau Engine Capacity Bike KTM Kawasaki Harley-Davidson Yamaha and BMW Citation of this Article Smitha Harsha, & Chethan M. (2026). Visual Analytics Approach for Bicycle Dataset Interpretation Using Tableau. Current Journal of Engineering and Science Research. 3(1), 16-22. Article DOI: https://doi.org/10.47001/CJESR/2026.301003 Licence Copyright (c) 2026 Current Journal of Engineering and Science Research. This work is licensed under a Creative Commons Attribution Non Commercial 4.0 International Licence. References A.Jingrui, et al. "Collaborative governance in the sharing economy. A case of free-floating bicycle sharing with visualized analyzation." The Design Journal 22.sup1 (2019): 777-788.Rennie, Nicola, et al. "Analysing and visualising bike-sharing demand with outliers." Discover Data 1.1 (2023): 1.Warmayana, I. Gede Agus Krisna, Yuichiro Yamashita, and Nobuta Oka. "Predictive Analysis for Optimizing Targeted Marketing Campaigns in Bike-Sharing Systems Using Decision Trees, Random Forests, and Neural Networks." Journal of Digital Market and Digital Currency 2.1 (2025): 67-92.Buning, Richard J., and Vijay Lulla. "Visitor bikeshare usage: tracking visitor spatiotemporal behavior using big data." Journal of Sustainable Tourism 29.4 (2020): 711-731.Nguyen, Hai Hoang. "Providing the marketing mix through the analysis of historical data: case: Divvy." (2021).Data, Divvying Up, et al. "George Krull/Grant Thornton."Svartzman, Gabriela Gongora, Jose E. Ramirez-Marquez, and Kash Barker. "Social media analytics to connect system performability and quality of experience, with an application to Citibike." Computers & Industrial Engineering 139 (2020): 106146.Veldscholten, Sander. "Spatial and temporal public transport data visualization: data analysis using a decision support system for alternative public transport services." (2018).Kwigizile, Valerian, Jun-Seok Oh, and Keneth Kwayu. Integrating crowdsourced data with traditionally collected data to enhance estimation of bicycle exposure measure. No. TRCLC 2017-03. Western Michigan University. Transportation Research Center for Livable Communities, 2019.Zeid, Abe, Trisha Bhatt, and Hayley A. Morris. "Machine learning model to forecast demand of Boston Bike-ride sharing." European Journal of Artificial Intelligence and Machine Learning 1.3 (2022): 1-10.