Some of near future automotive technology

1. By
SUDHIR.T.C
Advance propulsions

2. Content
 Introduction
 Origin
 Over view on today
 Jet propulsion
 Advancement
 Comparison
 Future
 Conclusion

3. Origin
 Feng jishen invested fire arrow in 970 AD
 Used against japanese invasion in 1275
 Mongolian and arab troops brought it to europe
 1865 jules verne published voyage from earth to the
moon

4. Faq’s On Propulsion
 What is our state?
 What is position of our country?
 What is recent advancement?
 What is the scope in future?
 What are projects under taken?
 What are new inventions?

5. Present day propulsion
 Cars
 Bikes
 Ships
 Submarines
 Airplane
 Rockets
 Maglev

6.  Amphibian vehicles
 Jet packs
 VTOL(Vertical Take-Off and Landing)
 UGV( Unmanned Ground Vehicle)
 UAV(Unmanned Arial Vehicle)
 USV (Unmanned Submerged Vehicle)

7. Amphibious vehicle
 80 mph (127 km/h) on the road
 44 mph (70 km/h) on the water
 Compression ratio of 11.1:1

8. •The panther is pricey
$76,000 for a "rolling chassis“
$106,000 for a "turn-key minus“
$135,000 for a complete
panther
 3.7-liter engine
 305 horsepower
 6,300 rpm
 peak torque of 274 lb-ft (371 nm) at 4,500 rpm.

9. Jet Packs

10.  High speed 30km/hr
 Attitude 300ft
 Rotor speed 7200rpm
 Flight timing-30 minutes

11. VTOL( Multicoptor X Truck)

12.  Automotive suspension
 Drive train with large truck
tires
 Street-legal width

13. UGV( Unmanned Ground Vehicle)

14.  Terrain in all weather conditions
 Travel at up to 12 km/h (7.4 mph)
 Resupplying ships at sea
 Special forces support
 Conducting routine inspection

15. UAV(Unmanned Arial Vehicle)

16.  Weighs 770 kg (1,700 lb)
 Can carry a payload of up to 640 kg
(1,400 lb)
 Potential top speed of 180 km/h (112
mph)
 Altitude of 12,000 ft (3,658 m).

17.  4 x 1 inches (10 x 2.5cm)
 Weighs a mere 0.6 ounces (16 grams)
 Can fly up to 30 minutes
 Top speed of 22 mph (35 km/h)
 Range of up to half a mile (800
meters).

18.  control unit to pilot the drone directly, or
 input a set of GPS coordinates, to follow
own.
 built-in camera transmits live video and
images

19. Captive Air Amphibious Transporter
(CAAT)

20.  One-fifth scale prototype
 Ten meters (33 ft) in length and weighs four
tons
 Weighs only 450 tons

21. Toyota (FCV) Fuel cell vehicle

22.  The first fuel cell vehicle
 Both zero-emissions and stylish.
 Range of 300 miles (483 km)
 Refueled in three minutes
 10 active hydrogen stations in california
 Funding has been approved for 20 more by 2015
and 40 by 2016

23. JETS

24. RAMJET

25. SCRAMJET

26. London-to-sydney In 4 Hours
 Speeds of over 2,485 mph (4,000 km/h)
 Cracking the problem of the sonic boom,
 Touted noise reduction measures such as v-
tails and biplane wings.
 Nasa is also said to be offering its assistance.

27. ROCKET ‘S

28. FUEL Vs THRUST

29. Nuclear Pulse Rocket

30. MPD Thruster

31. Chemical Micro propulsion

32. Electric Micro propulsion

33. Aircraft Assisted Launch

34. Magnetic Levitation

35. 90-day Mars round trip
 It would take astronauts about 2.5 years
 Under the mag-beam concept
 26,000 miles an hour or more than 625,000 miles
a day.
 Mars is an average of 48 million miles from earth
 Initial investment of billions of dollars to place
stations around the solar system

36. TALOS

37.  Advanced armor, improved strength and stamina,
thermal management of the soldier
 A 20 pound exoskeleton-based suit
 C4 capabilities are under constant development
 Darpa's wound stasis system is being developed

38. Thank You