Remix

Make your own version of TerraVerse Explorer

Get an exact, working copy in your account, then change anything with chat.

Original by Rajin

What would you change?

Start free with 40 credits. No card needed.

Start fresh from this prompt

Builds a brand new app from the first prompt only, so later changes to the original are not included.

Build a complete, premium, ultra-realistic 3D world exploration website named TerraVerse Explorer.

The website must feel like a combination of Google Earth, Google Maps Street View, a realistic flight simulator, and an immersive global travel explorer. Create a luxurious, futuristic, cinematic, professional interface with realistic satellite imagery, interactive 3D terrain, beautiful animations, smooth navigation, and a premium dark-glass UI.

IMPORTANT: Build a functional application, not just a static design or demo. Every button, map control, search field, navigation item, and exploration mode must work. Never use fake buttons or pretend that unavailable features work.

1. REALISTIC 3D EARTH

- Display a beautiful, interactive, realistic 3D Earth globe.
- Include all seven continents: Europe, Asia, Africa, North America, South America, Oceania, and Antarctica.
- Support satellite imagery, terrain, mountains, oceans, islands, rivers, lakes, forests, deserts, and cities wherever the data is available.
- Allow users to rotate, zoom, tilt, pan, and explore the globe smoothly.
- Enable users to select any country, city, region, mountain, island, landmark, or available mapped location.
- Display country borders, place names, roads, terrain, and geographic information.
- Let users switch between globe view, flat map, satellite view, and terrain view.

2. GLOBAL COUNTRY AND LOCATION EXPLORER

- Cover countries and territories worldwide using a reliable geographic database.
- Organize locations by continent, country, region, city, and landmark.
- Add a powerful search bar with autocomplete.
- Users should be able to search for locations such as Switzerland, Zurich, Interlaken, Lucerne, Zermatt, Jungfraujoch, Paris, Rome, London, Tokyo, New York, Sydney, and Antarctica.
- Clicking a result should smoothly fly the camera to that location.
- Display location names, coordinates, photos, available 3D views, nearby places, and travel information.
- Never claim that every location has 3D imagery or Street View if the underlying provider does not supply it.

3. SPECIAL SWITZERLAND AND EUROPE MODE

Make Switzerland the featured destination with a dedicated premium exploration experience.

Include available imagery and geographic data for:

- Swiss Alps, Matterhorn, Jungfraujoch, Interlaken, Lauterbrunnen, Grindelwald, Zermatt, Lucerne, Zurich, Geneva, Bern, and Lake Geneva.
- Alpine villages, mountain roads, valleys, glaciers, lakes, hiking trails, railways, and famous viewpoints.
- Interactive 3D mountain terrain and realistic satellite landscapes.

Also prioritize all European countries, cities, villages, roads, landmarks, coastlines, castles, and mountain regions wherever source data exists.

Add a dedicated Europe Explorer with a searchable country list, popular destinations, regional exploration, and one-click navigation.

4. REAL STREET VIEW AND WALKING MODE

Create an immersive first-person exploration mode.

- Let users enter available Street View locations and explore streets at ground level.
- Support moving forward, backward, left, and right where the provider supports movement.
- Use clickable Street View navigation arrows, mouse or touch controls, and fullscreen mode.
- Allow users to move between available street-level panoramas.
- Show nearby streets, buildings, shops, landmarks, and place names where supported.
- Include a walking mode with a first-person camera and a visible movement interface.
- On mobile, provide large touch-friendly movement buttons and an optional virtual joystick.
- If real Street View is unavailable, show the best available ground-level imagery or 3D terrain and clearly explain the limitation.
- Do not simulate actual worldwide Street View coverage with invented imagery.

5. AIRPLANE AND FLIGHT EXPLORATION MODE

Build a dedicated airplane exploration mode.

- Show a realistic 3D airplane model in an interactive flight scene.
- Allow users to select a departure and destination.
- Animate the aircraft flying along a route across the globe.
- Add takeoff, cruising, turning, landing, altitude, speed, heading, and camera controls where technically supported.
- Include cockpit view, external aircraft view, and cinematic chase-camera view.
- Display flight routes, destination information, altitude, speed, and a mini-map.
- Add a realistic flight animation above the Swiss Alps and European landscapes.
- Provide pause, resume, restart, and camera-switch controls.
- Clearly distinguish simulated aircraft flight from actual live flight tracking.

6. CAR DRIVING MODE

- Provide a realistic 3D car model and a driving exploration interface.
- Let users select a mapped route between available locations.
- Include steering, acceleration, braking, reversing, and camera switching in the supported 3D driving environment.
- Display a route map, navigation instructions, distance, and destination.
- Use available road-network data and terrain.
- Where real street-level imagery is supported, allow the user to explore the route through it.
- Do not claim that a fully interactive driving simulator exists across all real-world roads unless it is actually implemented.

7. ADDITIONAL EXPLORATION MODES

Add the following selectable modes:

- Walking Mode
- Car Mode
- Airplane Mode
- Globe Explorer
- Satellite Mode
- Terrain Mode
- Street View
- Hiking and Mountain Explorer
- Scenic Viewpoints
- Ocean and Island Explorer
- Antarctica Explorer

Each mode must have a clear interface, working controls, and an appropriate fallback when external geographic data is unavailable.

8. PHOTOS AND REAL-WORLD VISUALS

- Use licensed or provider-authorized satellite imagery, street panoramas, 3D tiles, terrain, and destination photography.
- Show real photos of famous destinations wherever available.
- Allow users to open a location, view its available photos, and navigate back to the map.
- Add photo galleries and location previews.
- Use real geographic data rather than random stock photos presented as if they were the actual location.
- Respect image-provider attribution, API terms, copyright, and usage limits.

9. PREMIUM USER INTERFACE

Design the interface with:

- A luxurious dark theme with elegant blue and cyan accents.
- A large immersive 3D globe or map as the main screen.
- A floating search bar.
- A collapsible left-side location explorer.
- A compact bottom control panel.
- A right-side information panel for selected places.
- Smooth cinematic camera transitions.
- Subtle glowing borders, glassmorphism, elegant typography, and polished micro-interactions.
- Responsive layouts for Android phones, tablets, laptops, and desktops.
- Fullscreen exploration mode.
- Fast loading, lazy-loaded panels, optimized textures, and mobile-friendly performance.

10. REAL MAP AND 3D TECHNOLOGY

Choose a suitable real mapping provider and integrate it properly.

Consider:

- CesiumJS for a 3D globe, terrain, and supported 3D tiles.
- Google Maps Platform for supported map imagery, Street View, and related services.
- MapLibre GL JS with compatible tile providers for interactive maps and terrain.
- OpenStreetMap data for geographic features and road networks, subject to the relevant usage policies.

Select compatible technologies instead of combining incompatible services. Use valid API keys, document setup requirements, respect provider licensing, and never expose secret keys in public frontend code.

If a feature requires an API key, explain how to configure it and provide a working fallback when possible.

11. FUNCTIONAL REQUIREMENTS

- Build a complete project structure with reusable components.
- Implement real search, map navigation, location selection, mode switching, zoom, fullscreen, and responsive controls.
- Add useful loading indicators, error messages, empty states, and retry buttons.
- Handle API failures gracefully.
- Optimize performance on low-end Android phones.
- Avoid unnecessary dependencies and prevent memory leaks.
- Do not use hardcoded fake search results as a replacement for real global search.
- Do not leave important features as TODO comments or nonfunctional placeholders.
- Test the complete user journey and fix errors before completion.

12. FINAL DELIVERY

Deliver a working, polished, production-oriented TerraVerse Explorer website.

Start with a functional 3D globe, real location search, available satellite and terrain imagery, and location navigation. Then implement the walking, Street View, airplane, and car experiences using the appropriate real data sources and simulation engines.

If a provider, API key, license, or hardware capability prevents a feature from working, clearly identify the limitation rather than pretending the feature is complete.

The final result should feel like a premium global travel simulator where users can discover the world, explore Switzerland and Europe in extraordinary detail, and travel between real-world destinations through available imagery and interactive 3D environments.

Start fresh from this prompt

Builds a brand new app from the first prompt only, so later changes to the original are not included.