💰 Budget: 100$
Objective
We need a high-quality 3D rendering of an innovative electric scooter that includes advanced ergonomic and functional enhancements. The rendering must be detailed and visually appealing, suitable for prototype visualization, investor presentations, and manufacturing feasibility studies.
Design Requirements
1. Core Structure & Frame
• Base Design: A sleek, lightweight aluminum alloy frame for durability and portability.
• Folding Mechanism: A dual-locking hinge system for compact storage.
• Weight Capacity: Supports up to 120 kg (265 lbs).
2. Handlebar & Control Interface
• Integrated Smart Display:
• Mounted 360° rotating screen with touch functionality for navigation and ride metrics.
• Digital speedometer, battery life indicator, and Bluetooth connectivity.
• Ergonomic Hand Grips: Rubberized, shock-absorbing grips for comfort.
• Integrated Thumb Throttle & Braking Controls:
• Right-side throttle lever.
• Left-side regenerative brake control with disc brake backup.
3. Seat & Comfort Adjustments
• Adjustable Saddle Seat:
• Cushioned ergonomic seat with telescoping height adjustment.
• Optional removable seat post for standing or sitting mode.
4. Advanced Navigation System
• Handlebar-Mounted Navigation Pod:
• 360° adjustable display with built-in GPS tracking.
• Voice-command support for hands-free operation.
• Turn-by-turn LED indicator on handlebars for safer urban commuting.
5. Wheels & Suspension
• 10-inch Airless Rubber Tires:
• Puncture-proof technology for long-term durability.
• Enhanced grip tread for wet/dry conditions.
• Dual Suspension System:
• Front hydraulic fork suspension.
• Rear spring-loaded shock absorbers for smooth rides.
6. Motor & Power
• Brushless Hub Motor:
• 500W (Standard) / 750W (Pro Model)
• Top speed: 28 mph (45 km/h)
• Battery & Charging:
• Removable 48V lithium battery.
• Fast-charging USB-C port for mobile devices.
• Range: 40-50 miles per charge.
7. Safety & Smart Features
• Anti-Theft Locking System:
• Built-in smart RFID lock or biometric fingerprint scanner.
• LED Lighting System:
• Automatic headlight & taillight activation based on ambient light.
• Integrated turn signals and brake lights for visibility.
• AI-Powered Performance Tracking:
• Collects ride statistics and suggests optimal battery usage.
Deliverables Needed from the 3D Artist
1. Full 3D model in STL, OBJ, or STEP format.
2. High-resolution renderings (JPEG/PNG) from multiple angles.
3. Exploded view diagrams showing components.
4. Animation of folding mechanism (if possible).
Target Audience
• Investors & Manufacturers: To showcase the feasibility of production.
• Commuters & Urban Mobility Users: Designed for tech-savvy professionals.
Skills
3D Modeling, 3D Design, Autodesk AutoCAD, Product Design, 3D Rendering
Categories
Design & Creative, Video & Animation