High-Fidelity Motion Graphics for Blinq Mobility
Budget: ₹600 – ₹4,000 INR
Project Brief: High-Fidelity Web Motion Graphics for EV Platform1.
Project Overview
Company: Blinq Mobility (An innovative EV battery-swapping platform founded by IIT Delhi alumni and backed by IIM A Ventures).
Objective:
Create 3 high-fidelity, premium website and app animations detailing our core technology, efficiency metrics, and grid integration.
Target Aesthetic: Highly technical, data-driven, and premium. The style must remain clean and sophisticated (similar to Tesla or Apple product pages).
Strict Style Constraint: Avoid bouncy, playful, or cartoonish animations. Transitions must use smooth, industrial easing curves to convey automated precision.
2. Detailed Asset Requirements
Asset 01: The Battery Swap Mechanism (Hero Animation)Type: Looping vector/3D animation for the homepage Hero section. Visual Action: A side-profile commercial EV (e.g., WagonR style) pulls smoothly into a Blinq Swap Station. The depleted battery slides out from the underbelly with a faint amber/red glow. A fresh battery pack immediately slides in and clicks into place with a crisp, high-velocity "snap" motion, triggering an electric green pulse through the vehicle's frame. The vehicle accelerates away as a digital timer overlay drops down showing: < 3 mins. Motion Tone: Industrial precision, mechanical weight, and crisp, tactile locking motions.
Asset 02: Efficiency Benchmarking (Split-Screen Comparison)Type: Analytical infographic animation. Visual Action:Left Panel: Multiple cluttered traditional DC fast chargers. An EV sits plugged in while a slow-moving progress bar and a rapidly spinning clock icon indicate a grueling 45–90 minute wait time. Right Panel: A single, compact Blinq Swap Station. An EV swiftly completes a swap and drives off while a digital countdown timer snaps cleanly to 5 minutes. Data Climax: A bold, high-impact statistical callout counters up or scales into the center foreground: "18x Faster". Motion Tone: Highly persuasive, clean, and structured like a tech company's analytical chart.
Asset 03: Vehicle-to-Grid (V2G) Integration Type: High-end motion graphics overlay onto a product/lifestyle photograph or 3D render. Visual Action: Set during "golden hour" or early dusk, showing a Blinq Swap Station with heavy-duty power lines running toward the city utility grid. Fine, high-luminescence vector lines representing electricity pulse over the lines. Crucially, the animated energy-flow arrows must travel in the reverse direction—moving from the swap station back into the main utility grid to represent peak-load support. Motion Tone: Empowering, futuristic, and premium. 3. Technical Specifications & Guidelines
Color Palette: Deep background (#0a0a0a), vibrant electric green (#00ff66) and cyan (#00e5ff) accents for active/charged states, and warm amber (#ffaa00) for contrast.
Typography: Heavy, bold geometric sans-serif for numbers/stats; ultra-clean, lightweight sans-serif fonts for descriptive labels.
Required Output Deliverables:Optimized .MP4 and .WebM loops with transparent alphas for desktop web integration. Scalable, lightweight Lottie JSON files for mobile app deployment. High-resolution .PNG static frame stills for social media and marketing decks.
Project Overview
Company: Blinq Mobility (An innovative EV battery-swapping platform founded by IIT Delhi alumni and backed by IIM A Ventures).
Objective:
Create 3 high-fidelity, premium website and app animations detailing our core technology, efficiency metrics, and grid integration.
Target Aesthetic: Highly technical, data-driven, and premium. The style must remain clean and sophisticated (similar to Tesla or Apple product pages).
Strict Style Constraint: Avoid bouncy, playful, or cartoonish animations. Transitions must use smooth, industrial easing curves to convey automated precision.
2. Detailed Asset Requirements
Asset 01: The Battery Swap Mechanism (Hero Animation)Type: Looping vector/3D animation for the homepage Hero section. Visual Action: A side-profile commercial EV (e.g., WagonR style) pulls smoothly into a Blinq Swap Station. The depleted battery slides out from the underbelly with a faint amber/red glow. A fresh battery pack immediately slides in and clicks into place with a crisp, high-velocity "snap" motion, triggering an electric green pulse through the vehicle's frame. The vehicle accelerates away as a digital timer overlay drops down showing: < 3 mins. Motion Tone: Industrial precision, mechanical weight, and crisp, tactile locking motions.
Asset 02: Efficiency Benchmarking (Split-Screen Comparison)Type: Analytical infographic animation. Visual Action:Left Panel: Multiple cluttered traditional DC fast chargers. An EV sits plugged in while a slow-moving progress bar and a rapidly spinning clock icon indicate a grueling 45–90 minute wait time. Right Panel: A single, compact Blinq Swap Station. An EV swiftly completes a swap and drives off while a digital countdown timer snaps cleanly to 5 minutes. Data Climax: A bold, high-impact statistical callout counters up or scales into the center foreground: "18x Faster". Motion Tone: Highly persuasive, clean, and structured like a tech company's analytical chart.
Asset 03: Vehicle-to-Grid (V2G) Integration Type: High-end motion graphics overlay onto a product/lifestyle photograph or 3D render. Visual Action: Set during "golden hour" or early dusk, showing a Blinq Swap Station with heavy-duty power lines running toward the city utility grid. Fine, high-luminescence vector lines representing electricity pulse over the lines. Crucially, the animated energy-flow arrows must travel in the reverse direction—moving from the swap station back into the main utility grid to represent peak-load support. Motion Tone: Empowering, futuristic, and premium. 3. Technical Specifications & Guidelines
Color Palette: Deep background (#0a0a0a), vibrant electric green (#00ff66) and cyan (#00e5ff) accents for active/charged states, and warm amber (#ffaa00) for contrast.
Typography: Heavy, bold geometric sans-serif for numbers/stats; ultra-clean, lightweight sans-serif fonts for descriptive labels.
Required Output Deliverables:Optimized .MP4 and .WebM loops with transparent alphas for desktop web integration. Scalable, lightweight Lottie JSON files for mobile app deployment. High-resolution .PNG static frame stills for social media and marketing decks.