The document proposes several futuristic transportation and infrastructure ideas for a future city, including a solar-powered bullet train, magnetic levitation trains, movable passenger pods, hover vehicles on water routes, solar-powered and wind turbine-powered buildings, use of drones for disaster relief, quake-resistant buildings, underground automated waste collection, water management through harvesting and desalination, and an emergency road guidance system. The technologies aim to provide fast, efficient, clean, and resilient transportation and infrastructure systems for the city.

2. FUTURE CITY

3. TRANSPORTATION

5. SOLAR
BULLET TRAIN• The quest for more efficient transport systems doesn't necessarily have to
come at the cost of speed.
• The Solar Bullet train is aiming to bring high-speed trains to use on tracks
equipped with solar panel carrying canopies.
• It will provide the 110 megawatts of electricity that the system needs to run.
• It will be fast, safe, less pollution and save a lot of energy resources.

7. magnetic train• Uses a magnetic force lifts and propels the train using a minimal amount of
energy compared to diesel-powered or electric-powered trains.
• The trains whisk passengers along at up to 310 miles per hour.
• A planned magnetic train will transport passengers over 200 miles in just 40
minutes.
• Reduce air pollution, accidents and reduce congested roads.

9. MOVABLE PODS
• A moving pod which fits three or more person per pod around the city will take you into small alleys
and road.
• The idea is that the human operator interacts with the pod using a touchscreen in the windshield.
• You swipe to select a destination, and you can read the daily news, check your e-mail or even play a
video game during the trip.
• There will be pods station everywhere in the city, all you have to do is rent want and go to your
destination, the pod will return itself back to the station.

11. hover vehicles• Water routes for vehicles that hover to travel.
• This is to prevent car jam and lessen the risk of accidents. In other thought, it can also be a time saving issue.
• Water routes are built between towns and connect all the towns in the city. Reaching another city within short period of
time.
• Water traffics and smart cameras are installed to detect misbehaviours of the drivers.
• Chip installed in cars will automatically chase after these misbehaved drivers.

12. ENERGY
MANAGEMENT

14. solar powered buildings
• Solar panel will consume the solar energy and turn them into electric and run
the whole building.
• The solar energy is supported by the micro wind turbine which is on top of the
buildings.
• The wind turbine will turn when there is wind consuming the kinetic energy
into electric, with both power sources the building will light up on its own.

16. smart power source switcher
• Building will shut down most places in the building during night time leaving
only some places with electric energy and will be switched on again during day
time.
• Smart meter will be placed outside buildings to adjust the electric use for
lighting based on the lighting outside, when it is dark outside the light will
become brighter, when it is bright outside, it will became softer light.
• The whole air system also based on the temperature outside to help prevent
energy wasting.

17. disaster relief

19. disaster drones• Drone can be use in disaster relief efforts including for reconnaissance and
mapping, structural assessment, temporary infrastructure/supply delivery,
detection and extinguishing of wildfires, high-rise building fire response,
assisting in a chemical, biological, radiological, nuclear or explosive event,
search and rescue operations, insurance claims response and risk
assessment, and logistics support.
• In addition to being cost effective and easy to deploy, drone technology can
reduce the exposure of first responders to unnecessary danger and provide
unique viewing angles not possible from manned aircraft.

21. water disaster
• An aerodynamic shape thick mirror is coating the boundaries of the whole city to prevent tsunami from attacking the city.
• When tsunami attacks, the edge of the wall will cut off the forces of the tsunami and reduce the (pressure acting on the coating) risk of destruction.
• Oxygen is supplied from the underground via the pipe ways connected to the outer protection. The pipes also have filtration method.
• In order to prevent flood, underground tunnels are invented. When water overflow, water will flow into the underground tunnel and forced back out to
the sea.
• When there is no sign of flood occurring, the tunnels will function as smart tunnels for transportations. In each of the streams, drains and damps within
the city, flood guards are set up to increase the limit of water raise. This can reduce the risk of water overflow.

23. quake resistant buildings
• Quake resistant building concept is applied to all the structural building within this
city. As known, earthquake could not be prevented, it can only be controlled and
reduce the risk of damage.
• Quake resistant building is introduced to prevent the risk of building from collapsing.
It reduces the shock of earthquakes and maintains the standing structure.
• A huge self-sustaining ship is built to face this problem. When earthquake is not
under control, all the citizens will move to the ship and travel to a further area.

24. water & waste
management

26. waste management
• Reuse and recycle all of the waste. Nothing at all will be wasted.
• Used plastic are washed in specially designed machines and later on are redesigned into some other
form of plastic that can be reused.
• Metal and glass will all be recycle.
• Sources of toxic waste will either be recycled or turned into some source of energy.
• The city will have waste factories rather than landfills.
• It will be mandatory for all the people in the city to compost the food waste.
• Carbon dioxide are stored and will be release outside of the city to reduce the amount of C02.

27. waste collection
• The city will have an underground automated waste conveying system.
WASTE INLET
MIXED WASTE
ORGANIC WASTE
PAPER
PIPE LINES WASTE STATION
BENEFITS OF UNDERGROUND WASTE COLLECTION :-
• Notable long-term cost savings.
• No waste trucks are needed to collect waste.
• Fuel and vehicle cost savings.
• Less fuel emissions.
• Reduced C02 emissions.

29. water management
• Set up systematic drainage systems.
• Use solar powered water pumps.
• Rain water harvesting to reduce the usage of tap water for activities.
• Excess carbon dioxide are stored underground to reduce the amount of CO2 in the air.
• Develop a way to turn sea water into drinking water to have unlimited source of drinkable
water.

30. security

32. road guidance
• Emergency road guidance system which turns all roads into specific colour
coding to guide and help people of Ultra City.
• This will not only help them to focus more on th