DESIGN NAME: Mech Engineer
PRIMARY FUNCTION: Electric Bicycle
INSPIRATION: This design draws inspiration from the cyberpunk aesthetic, blending futuristic and sci-fi elements. Its sleek and sturdy body lines, combined with a straddle-style frame, create a bold visual presence. Features such as the hidden cyber-style dashboard, floating air cushion seat, and dynamic X-shaped matrix headlights enhance its technological appeal. An adjustable color ambient light adds a personalized touch.
UNIQUE PROPERTIES / PROJECT DESCRIPTION: The innovative sloping saddle design supports a range of riding postures, offering comfort whether in a prone or relaxed upright position. Powered by high-performance graphene batteries, the bike offers impressive range and fast charging, with just 30 minutes of charging providing a full day of commuting convenience.
OPERATION / FLOW / INTERACTION: Supporting various riding modes, from energy-saving to sport, the bike adapts to different needs. The intelligent dashboard offers real-time monitoring, providing insights into battery levels and mileage for efficient planning. Combining robust performance and thoughtful design, it is ideal for urban travel and outdoor exploration.
PROJECT DURATION AND LOCATION: The project started in April 2023 in Tianjin and finished in December 2024 in Tianjin.
FITS BEST INTO CATEGORY: Vehicle, Mobility and Transportation Design
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PRODUCTION / REALIZATION TECHNOLOGY: With powerful performance, intelligent technology, and superior comfort, the bike is equipped with a high-efficiency power system and long-travel suspension, suitable for both urban commutes and off-road adventures. Its all-season thermal vacuum tires ensure traction and stability, even on slippery roads. The front and rear dual-disc braking system provides exceptional performance, bringing the bike to a stop from 50km/h in 3.3 seconds, exceeding safety standards.
SPECIFICATIONS / TECHNICAL PROPERTIES: 0.7*1.8*1.2m
TAGS: Electric Bicycle, Motorcycle, Vhicle, Daily Use
RESEARCH ABSTRACT: Ergonomic analysis optimizes comfort and posture, while aerodynamic testing improves range. Materials research ensures safety with lightweight, high-strength materials, and battery optimization maximizes efficiency. Smart connectivity enhances user experience through onboard systems integrated with mobile apps. Testing for environmental adaptability ensures stable performance in diverse conditions. These elements ensure optimal performance, comfort, safety, and intelligence.
CHALLENGE: Key considerations include battery and range, thermal management, structural strength, handling, waterproofing, and smart features to ensure practical and safe operation in various conditions.
ADDED DATE: 2024-12-19 22:11:09
TEAM MEMBERS (3) : Cheng Guohua, Li Shubin and Huo Wei
IMAGE CREDITS: Cheng Guohua, 2024.
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