Korean Rocket Unha 3

Contest Info

  • Started: 4/16/2012 05:00
  • Ended: 4/19/2012 17:00
  • Level: advanced
  • Entries: 16
  • Jackpot:
  • FN Advanced 1st Place $5
  • FN Advanced 2nd Place $3
  • FN Advanced 3rd Place $2
  • FN Advanced 4th Place $1
Korean Rocket Unha 3
Contest Directions: North Korea's keenly watched rocket launch has failed, Pyongyang has confirmed. North Korea says the aim of the launch was to put a satellite into orbit - a move marking the 100th anniversary of the birth of national founder Kim Il-sung. But the US and other nations say the launch constituted a disguised test of long-range missile technology banned under UN resolutions. The failure of this launch is embarrassing for the North Korean regime. It had been billed as a sign of the North's technical achievement. The 100ft (30m) rocket named "Unha-3" exploded into some 20 pieces and fell into the sea, after flying for just over a minute.
Since the design of "Unha-3" is a top secret, we can only guess what caused the rocket failure - from bad engineering design to clumsy assembling, to bad fuel or poor choice of materials. Today you are going be a Korean rocket scientist, and suggest the alternative designs of "Unha-3" that may be rejected by North Korea for any reasons (e.g. think of some alternative materials or obvious engineering flaws).

Contest Info

    • Started: 4/16/2012 05:00
    • Ended: 4/19/2012 17:00
    • Level: advanced
    • Entries: 16
    • Jackpot:
    • FN Advanced 1st Place $5
    • FN Advanced 2nd Place $3
    • FN Advanced 3rd Place $2
    • FN Advanced 4th Place $1
16 pictures
  • Korean Elephant Rocket

    Korean Elephant Rocket
        • Love Fatty McPuppet-Boy's expression.
        • Love the expression on Fatty McPuppet-Boy's face. Contest just turned-back to non-vote status so, had to re-enter my comment. oops!
        • Someone needs to show him this photo. AWESOME!
        • Best rocket ever from best buddy
          Fantastic work in each pixel, so funny concept and the way you put all together is so brilliant, good luck
        • Full Marks to this chop excellent and marvelous way it was presented and the use of elephant and the fire emitting from the back looking it like a an ignition and forcing it to fly is really wonderful all the best for the trophy
        • Vrey Funny Amazing design idea boy looks very nice, Nice hair band
        • Congratulations! Laughing all day into next week.
        • great caricature. congrats again, Rainman.
  • North Korean Spaceship

    North Korean Spaceship
        • laughing my arse off....this is probably better then the one they fired
        • LOL, Is that a picture of Elton John hanging on the building . LOVE IT, It's gonna be a winner
        • Obama has ordered a thousand of his rockets.
          they will be used to make the new Chevy Volt
        • Gary, to see who that picture is of: click here


          [Edited by User on 4/18/2012 2:06:08 AM]
        • Rolling on the floor with everyone else!
        • really an hilarious effort seen while doing this chop great to see a monkey flying off with the launch and very funny to see is face is fallen down fabulous job done
  • Tampax Rocket Launch

    Tampax Rocket Launch
        • You rang the Bell with this chop! Absolutely and. unquestionably, the funniest moment of my day.Good Luck!
        • Mind blowing!! ha ha ha its like Big bang theory new version
        • Wonderful this rocket is being fueled by Vodka and the flames behind and above trigger the ignition very funny to see the balloons also used
        • Fantastic design of the rocket and nice costume selection.
        • Thanks everyone. I appreciate the great comments!
        • Congrats Doc...that combo should blow up on the launch pad, lol.
  • Korean Rocket Launcher

    Korean Rocket Launcher
        • "Fire-in-da'-hole, Comrade!" Funny-good luck.
        • Is it like, Extra fuel gadget similar to Nitro Full marks to the Firework stuff to entertain aliens in the space
        • Very well done on the spark and the funny expressive face LOL funny to see the fire cracker attached to the rocket it will never fail
        • Clever and creative work done very nice
        • Congratulations Mundo! One of your best.
  • Chicken Rocket in North Korea

    Chicken Rocket in North Korea
        • Excellent crystal clear image and like the way the cartoons and rocket were placed in this chop
        • Like the 3D Effect very interesting job done well done
  • North Korean Spaceport

    North Korean Spaceport
        • Whats the mileage of your rocket Sir Jhing-Jhing
        • Excellent political chop, and great idea with solar rocket technology!
  • Dragon Rocket Launch

    Dragon Rocket Launch
        • Blast the whole tangible entity into space; love the concept. Good Luck!
        • Nice photo by photo reuters
          Wonderful work with nice News paper looks great, like it
        • This innovative concept could be possible with Chinese only like the way the dragons used in replacement of engines this launch will succeed
        • Interesting Design looks the designer belongs from china
  • Kim Jong's Rocket

    Kim Jong's Rocket
        • Now, that's Engineering-if you were a Boomerang designer.Humorous-good luck.
        • Its a wonderful and hilarious design ever created, very well done with this concept of curvy rocket
        • Cute Body Language and nice style of rocket
  • Kim Jong-un at Cosmodrome

    Kim Jong-un at Cosmodrome
  • Korean Rocket Launcher

    Korean Rocket Launcher
        • Kim needs to be casting a shadow on the roof of the building (or, based on the soldiers, on the ground) and the rocket and see-saw need shadows as well.

          Not trying to criticize, but it looks weird right now without them, and the voters are going to go off on you if you don't fix this (if you care about that).
        • See Saw blast off !!!! really a clever job done
  • Rocket Launcher in North Korea

    Rocket Launcher in North Korea
        • They may resort to this method at the rate they are going.
        • This is really perfect concept, keep your Rocket at 45 degree and target...Booom
        • This concept was used by me when i am 6 years old now i am seeing it again very funny
  • Kim Jong Statue & Failed Rockets

    Kim Jong Statue & Failed Rockets
  • Whip Cream Rocket

    Whip Cream Rocket
        • Ha ha ha very clever, sponsers will take care of the ignition nice foamy rocket launched
  • North Korean Mission Control Center

    North Korean Mission Control Center
  • Kim Jong as Guy Fawkes

    Kim Jong as Guy Fawkes
  • Fat Korean Kid Fart Alert

    Fat Korean Kid Fart Alert
16 image entries
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This contest is fueled by the following news: Rocket engines: Most current rockets are equipped with chemical rocket engines, which can use solid propellant, liquid propellant, or a hybrid mixture of both solid and liquid. The chemical reaction between propellant and oxidizers start in the combustion chamber, and the resultant hot gases accelerate out of a rocket engine nozzle (or nozzles) at the rearward-facing end of the rocket. The acceleration of these gases through the engine exerts force ("thrust") on the combustion chamber and nozzle, propelling the vehicle (according to Newton's Third Law) Application: Military, Rocket weapons (missiles): Rockets are used to propel the decimators to their targets. The small size and high velocity of the rockets help to ensure their low vulnerability. Thus no pilot is required to control a combat missile, which can carry charges of great destructive power, including nuclear charges. Modern systems of homing and navigation ensure high accuracy and maneuverability of the rockets. There are many different types of missiles, which differ by the range of flight, as well as by the start point and the place of target defeat ("earth" - "air"). Anti ballistic missile systems are used to combat missiles. There are also signal and illumination flares. Science and research: Airplanes and balloons launched to study the Earth's atmosphere can reach altitudes of 30-40 kilometers. Rockets do not have such restrictions and are used to probe the upper atmospheric layers, mainly mesosphere and ionosphere. Rockets can be divided into light meteorological rockets, capable of lifting a set of instruments to an altitude of about 100 kilometers and heavy geophysical rockets, which can carry several sets of instruments and whose flight altitude is practically unlimited. Usually research rockets are equipped with instruments for measuring atmospheric pressure, magnetic field, cosmic radiation and composition of air. They also have equipment for transmitting the results of the research to the earth via radio. Some models of rockets allow the data obtained during their flight descend to the ground with the help of parachutes. Rocket meteorological studies preceded satellite studies, therefore the first meteo satellites had the same set of instruments as meteorological rockets. The first rocket for studying conditions of the air environment was launched on April 11, 1937; however, regular launches began only in 1950s, when series of specialized research rockets were created. Space exploration: Hermann Oberth is considered to be one of the founding fathers of astronautics, who was the first one to prove the physical ability of a human body to endure the overload which happens during the launch of the rocket and in the state of weightlessness. Due to the high exhaust velocity of the ignition products (M10+) rockets are particularly useful when very high speeds are required, for example for launching a spacecraft into the orbit of the Earth (see the first orbital velocity). The maximum speed, that can be achieved with the help of a rocket is calculated with Tsiolkovsky's formula, which describes the increase in velocity as a product of outflow velocity to the natural logarithm of the ratio of initial and final weight of the unit. A rocket so far is the only carrier capable of launching a spacecraft into the space. Alternative ways of getting a spacecraft into the orbit, such as a "space elevator", electromagnetic and usual guns, are still being designed. The key feature of a rocket the lack of necessity for the environment or external forces to ensure its movement - manifests itself most vividly in space. This feature, however, demands that all the components, required to create the reactive force were on the board of the rocket. Thus, for the rockets using such solid components as liquid oxygen and kerosene as fuel the ratio of the weight of the fuel to the weight of the structure reaches 20/1. Rockets working on hydrogen and oxygen, this ratio is much smaller - around 10/1. The weight characteristics of a rocket depend a great degree on the type of rocket engine and the expected limits of structural safety. The speed required for getting spacecraft into orbit is often unachievable even with the help of a rocket. The weight of the fuel, structure, engine and control system is so high that it does not allow the rocket to reach the required speed within an acceptable period of time. The problem is solved by using compound multi-stage rockets, which can eject the excess weight during the flight. Due to the reduction of the total weight of the structure and burnout of the fuel acceleration of the compound rocket increases in the course of time. It may descend slightly when the exhaust stages are ejected and the engines of the next stages start. Such multi-stage rocket, designed to launch spacecraft, are called launch vehicles. Rockets used for the needs of space exploration are called launch vehicles (carrier rockets) as they carry a payload into space. Most commonly used launch vehicles are multi-stage ballistic missiles. The carrier is launched from Earth or in case of a long flight from the orbit of an artificial Earth satellite. At present, space agencies of different countries are using the launch vehicles Atlas V, Ariane 5, Proton, Delta-4, Soyuz-2 and many others.