06 | Concept Thesis + Storyboard | Armenian General Benevolent Union

I want to make a Mars rover. NASA will send my creation to Mars for research purposes. My rover has a camera, claw, and collection bucket, and can be controlled from Earth. The Mars rover will help scientists who want to know more about Mars.

Ganguli Agniman

Dina Chehab November 3, 2024 12:11am Privacy: Public

This "Capsule Car" concept for solo travelers is cool looking!

With a cylindrical shape, solar panels could fold out from the sides or top and then retract seamlessly when not in use. This feature would keep the vehicle compact while maximizing energy capture when parked.
With a curved roof, you could integrate channels to collect and store rainwater for basic needs like washing or cooking. This would align with the sustainable travel theme.
The cylindrical structure could house hidden compartments along the sides that expand when parked. This could include slide-out storage, or even a small pop-up living area with compact seating or sleeping options—ideal for travelers needing a quick rest stop.
Using materials like recycled aluminum or composites would not only be eco-friendly but would also reduce weight, making the vehicle more efficient.
Cylindrical designs with continuous, smart glass windows would create a striking visual effect. The glass could tint based on time or weather conditions, adding to both privacy and comfort.
Retractable 360-Degree Cameras: Small, retractable cameras could fit neatly along the seams of the cylindrical body, providing a full view for parking and navigation.
LED Lighting Along Seams: Adding LED strips along the edges or seams would give a "glow" effect, especially at night, enhancing the high-tech aesthetic.

ANWR MARWAN

Dina Chehab November 3, 2024 12:08am Privacy: Public

Your pod taxi design looks like a sleek, futuristic concept

Eco-Friendly Power: A maglev system could integrate well with renewable energy sources, potentially powering the track and the pod using solar or wind-generated electricity.Magnetic tracks could help guide the pod taxi along fixed routes, reducing traffic congestion and making it more efficient in busy areas. You could illustrate this concept with a model track, or by drawing routes for your pod taxi to help viewers envision the system
The pod taxi’s capacity could vary depending on the needs: (what do you prefer)

Small Models for 1-2 Passengers: Ideal for quick trips or solo commuters, a compact version could save space and energy.
Larger Models for 4-6 Passengers: This could serve as a shared taxi option, beneficial for families, small groups, or reducing the overall number of vehicles.
Adaptable Interiors: You might consider modular seating that could change to fit more or fewer passengers depending on demand. For example, a foldable seat setup could allow for more standing space in high-demand periods.

Other Possible Functions

Cargo Transport: If the seats are foldable or removable, the pod taxi could also serve as a cargo transport option for last-mile delivery, supporting local businesses.
Autonomous Driving: For a more futuristic approach, the pod taxi could be designed with self-driving capabilities to navigate city routes efficiently. Adding sensors and cameras could help in navigation and obstacle detection.
Tourist Mode: For sightseeing, it could have a “tourist mode” that slows down at points of interest and provides audio information. Adding windows and a panoramic roof would enhance this experience.

Since you're interested in renewable energy, consider incorporating solar panels on the roof. These could power auxiliary systems like lights or air conditioning. Another option would be an electric battery powered by renewable sources, making the pod taxi environmentally friendly. In the prototype, you could represent this by adding a small, reflective panel on the roof or indicating where the battery might be housed.

Check this project: https://sek.nuvustudio.com/posts/1013881-final-presentation

Other Possible Functions

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