MythBusters Episode 138: Boomerang Bullet
Air Date: January 4, 2010
A person firing a gun can accidentally kill himself if his bullet ricochets off three surfaces and returns to him.
busted
Adam and Jamie set up three steel plates at 90-degree angles, along with a .45 caliber pistol and a cardboard cutout of Jamie behind it. In three trials with different types of ammunition (unjacketed lead, full metal jacket, and total metal jacket) all of the bullets fragmented after striking the first plate. A fourth trial, using a hardened steel ball bearing in a bullet casing, led to three ricochets and a hit on the shooter; however, the projectile struck at a less-than-lethal speed.
Other materials were then investigated for use as ricochet surfaces, starting with measurements of ricochet angles and speeds from only one plate. Cinder block pavers were chosen over lead due to the latter’s tendency to make bullets tumble and lose too much speed. When Adam and Jamie set up three pavers and fired a total metal jecket round, they observed three ricochets and a less-than-lethal hit on the Jamie cutout.
Finally, the MythBusters bent a piece of metal plumbing pipe into a curve to serve as a bullet guide, firing into one end toward a block of ballistic gelatin at the other end. A 46-inch (117 cm) diameter curve, forming nearly a full circle, resulted in lethal speed and penetration on the target. Adam and Jamie declared the myth busted, owing to the slow speed of the bullet after three ricochets.
A medieval army laying siege to a castle could have used nearby coniferous trees as an improvised catapult to hurl diseased corpses over the wall.
busted
The Build Team began by visiting a tree plantation to determine the amount of bending force a typical conifer could withstand without breaking. Their first test, on a Gray Pine, gave a result of 2,000 pounds (907 kg); they loaded Buster into a second such tree and applied the same force, but he only fell to the ground when they released it.
Returning to the workshop, they set up some small-scale tests with saplings of three different types – Douglas-fir, redwood, and Alaskan cedar – and a miniature Buster figure. Preliminary trials showed that the fir could give the longest range for the same bending angle, so the team trimmed off the limbs and attached a tether to keep the payload in place until the right moment. With these modifications, the sapling flung the dummy all the way to the other end of the shop.
At the plantation, the team found a full-size Douglas-fir and set it up in the same way, aiming at a bouncy castle 100 feet (30 m) away with a 40-foot (12 m) balloon “wall”. With 2,400 pounds (1,089 kg) of bending force on the trunk, Buster flew almost all the way to the castle, but hit the ground just short of it. Because they were unable to hit their target even with the benefit of modern machinery and cutting off all the limbs, the team declared the myth busted.
When they put buster on the first tree, I almost died. Take another look at it.
January 5, 2010 at 10:15 PMOMG, buster has wood!!!!!
I was deaf. Where have subtitles ?
January 7, 2010 at 8:05 AMWhen are they going to get real scientists on this show to check the validity of the experiments. This show is for ENTERTAINMENT ONLY. It is in no way based on science.
January 7, 2010 at 12:11 PMI have to agree with Edward, the show needs someone to help make the results creditable. Every time I watch the show I would like to give it a call and explain where you went wrong!
I have ran ranges for the military for 27 years and have seen rounds hit the bullet catch and come back; once even getting struck in the chest by a ricochet. Like most of the results with firearms Your BUSTED not the myth!
As for the medieval army laying siege to a castle using nearby coniferous trees as an improvised catapult to hurl diseased corpses over the wall, you missed the key word; “TREES” which suggests the weapon was more like a sling shot. Test that and see how you do.
January 7, 2010 at 11:21 PMUnfortunately, HR, you don’t seem to listen very well. Adam very clearly stated that they know that ricochets can kill and cause damage. The myth was a 3 RICOCHET hit coming BACK TO THE SHOOTER….not a single ricochet, not a double, or an 8….Three. Pay attention to the show, or shut up and don’t watch it.
You then claim the show is not scientific, but then in your next paragraph claim they are wrong based on an ANECDOTE! I’m sorry, but I’ll take everything they do on the show with high speed cameras, and gauges, and measurement to your “I saw it happen once” bull crap ANECDOTE any day. Anecdotes are NOT evidence and NEVER will be, in any form of scientific method.
January 9, 2010 at 7:09 PMThe approach they took to the tree catapult was disappointing. That the stick-buster-to-the-tree method wasn’t going to work well is not surprising. Instead they could have based their approach on certain age old techniques that would’ve been well known at the time: build a sling shot. That way you’d get more of a whip effect than with the tree alone. Even better approach: pick 2 smaller, more flexible trees and build a sling shot between them with a tarp or something. I was really surprised they didn’t try this. It seems obvious.
January 12, 2010 at 5:16 PMI have to agree with Kolja. but i also have to add that some trees are closer to a wall then 100′ (30m) how far short did buster land? now move the tree that much closer and maybe a little more and now theres is a diseased corpses on the other side of the wall
January 12, 2010 at 11:23 PMSome literature suggest that only the heads of the diseased were shoot over the castle wall.
January 13, 2010 at 3:16 PMThe old timers used to tell stories about how on cattle drives, if the herd of cattle were in a lightning storm and were to get struck by lightning, that the lightning would bounce off the cattle’s horns and dance from one horn to another across the herd. Much like the seen on Lonesome Dove with Robert Duval when the sand storm hits. That would be sweet to see that confirmed.
January 18, 2010 at 4:11 PMcan you please test if you can melt cheese from the heat of a gunshot
January 18, 2010 at 5:36 PMI know a guy named Lee who shot a 7.62×39 round out of an AK-47 clone into the ground. The bullet ricocheted and hit him in the right shoulder. It nicked a rib, bruised his right lung and exited under his right shoulder blade (he didn’t notice he was shot for like 15 seconds just thought the gun kicked really hard). You can say it’s busted but Lee would disagree. I have pictures of the drain tube coming out of his back. A BULLET CAN RICOCHET SUFFICIENTLY TO KILL THE SHOOTER!!!! 1 inch over and lee would be dead.
January 19, 2010 at 3:00 AMRuss, please read what Daniel had to say:
Daniel:
Unfortunately, HR(Russ), you don’t seem to listen very well. Adam very clearly stated that they know that ricochets can kill and cause damage. The myth was a 3 RICOCHET hit coming BACK TO THE SHOOTER….not a single ricochet, not a double, or an 8….Three. Pay attention to the show…..
January 19, 2010 at 6:29 PMlove your show!
(
Edward:
“When are they going to get real scientists on this show to check the validity of the experiments. This show is for ENTERTAINMENT ONLY. It is in no way based on science.”
January 7, 2010 at 12:11 PM )
are you realy watching the show or not? all experiments are based on science and with a special twist.
January 23, 2010 at 8:46 PMI am watching your programmes.I like do you programmes.Your experiment very good.Your programmes too many ENTERTAİNMENT …
January 26, 2010 at 9:30 AMJust a little thing. The lands around castles were ALWAYS cleared of trees so that enemy forces could not sneak up on the castle. Maybe a slingshot would work, but then it wouldn’t be a catapault, would it?
January 27, 2010 at 9:38 PMAs for HR, you state that the myth is busted because a ricochet round hit you in the chest. If the myth were really busted, you would be DEAD.
I do wish I knew the speed of the bullet in each part of its travel, because TC Arms makes a single shot pistol up to 30-30 caliber. Maybe that would still have enough energy after 3 bounces to be fatal
Quisiera saber si la tención de 100000 voltios que existe en una descarga electroestática causa daños en el cuerpo humano
January 29, 2010 at 12:26 PMwhen is the next new episode what the f**k is this mythbusters rock episode 139 still to be announced come on discovery put mythbusters back on wednesday at 9:00pm
January 29, 2010 at 4:58 PMJim stated “The myth was a 3 RICOCHET hit coming BACK TO THE SHOOTER…”
January 29, 2010 at 7:06 PMThe name of the experiment was BOOMERANG BULLET. 1 bounce or 20 I think the idea was to find out if a bullet could return to the shooter with lethal force. (3 just makes sense) Lee’s ricochet was a 1 in a million shot but it did an about face and returned inches from the barrel of the gun at almost an exact reverse trajectory. IT MAY HAVE RICOCHETED 3 TIMES we will never know. Also, I’ll bet that shot could not be duplicated by the best shooter on any time line. (it was a fluke)
…just sayin’
Ever see the you tube video of cell phone radiation setting off popcorn?
February 1, 2010 at 5:06 PMAdam and Jamie set up three steel plates at 90-degree angles, along with a .45 caliber pistol and a cardboard cutout of Jamie behind it. In three trials with different types of ammunition (unjacketed lead, full metal jacket, and total metal jacket) all of the bullets fragmented after striking the first plate. A fourth trial, using a hardened steel ball bearing in a bullet casing, led to three ricochets and a hit on the shooter; however, the projectile struck at a less-than-lethal speed.
Other materials were then investigated for use as ricochet surfaces, starting with measurements of ricochet angles and speeds from only one plate. Cinder block pavers were chosen over lead due to the latter’s tendency to make bullets tumble and lose too much speed. When Adam and Jamie set up three pavers and fired a total metal jecket round, they observed three ricochets and a less-than-lethal hit on the Jamie cutout.
Finally, the MythBusters bent a piece of metal plumbing pipe into a curve to serve as a bullet guide, firing into one end toward a block of ballistic gelatin at the other end. A 46-inch (117 cm) diameter curve, forming nearly a full circle, resulted in lethal speed and penetration on the target. Adam and Jamie declared the myth busted, owing to the slow speed of the bullet after three ricochets.
A medieval army laying siege to a castle could have used nearby coniferous trees as an improvised catapult to hurl diseased corpses over the wall.
busted
The Build Team began by visiting a tree plantation to determine the amount of bending force a typical conifer could withstand without breaking. Their first test, on a Gray Pine, gave a result of 2,000 pounds (907 kg); they loaded Buster into a second such tree and applied the same force, but he only fell to the ground when they released it.
Returning to the workshop, they set up some small-scale tests with saplings of three different types – Douglas-fir, redwood, and Alaskan cedar – and a miniature Buster figure. Preliminary trials showed that the fir could give the longest range for the same bending angle, so the team trimmed off the limbs and attached a tether to keep the payload in place until the right moment. With these modifications, the sapling flung the dummy all the way to the other end of the shop.
At the plantation, the team found a full-size Douglas-fir and set it up in the same way, aiming at a bouncy castle 100 feet (30 m) away with a 40-foot (12 m) balloon “wall”. With 2,400 pounds (1,089 kg) of bending force on the trunk, Buster flew almost all the way to the castle, but hit the ground just short of it. Because they were unable to hit their target even with the benefit of modern machinery and cutting off all the limbs, the team declared the myth busted.
Adam and Jamie set up three steel plates at 90-degree angles, along with a .45 caliber pistol and a cardboard cutout of Jamie behind it. In three trials with different types of ammunition (unjacketed lead, full metal jacket, and total metal jacket) all of the bullets fragmented after striking the first plate. A fourth trial, using a hardened steel ball bearing in a bullet casing, led to three ricochets and a hit on the shooter; however, the projectile struck at a less-than-lethal speed.
Other materials were then investigated for use as ricochet surfaces, starting with measurements of ricochet angles and speeds from only one plate. Cinder block pavers were chosen over lead due to the latter’s tendency to make bullets tumble and lose too much speed. When Adam and Jamie set up three pavers and fired a total metal jecket round, they observed three ricochets and a less-than-lethal hit on the Jamie cutout.
Finally, the MythBusters bent a piece of metal plumbing pipe into a curve to serve as a bullet guide, firing into one end toward a block of ballistic gelatin at the other end. A 46-inch (117 cm) diameter curve, forming nearly a full circle, resulted in lethal speed and penetration on the target. Adam and Jamie declared the myth busted, owing to the slow speed of the bullet after three ricochets.
A medieval army laying siege to a castle could have used nearby coniferous trees as an improvised catapult to hurl diseased corpses over the wall.
busted
The Build Team began by visiting a tree plantation to determine the amount of bending force a typical conifer could withstand without breaking. Their first test, on a Gray Pine, gave a result of 2,000 pounds (907 kg); they loaded Buster into a second such tree and applied the same force, but he only fell to the ground when they released it.
Returning to the workshop, they set up some small-scale tests with saplings of three different types – Douglas-fir, redwood, and Alaskan cedar – and a miniature Buster figure. Preliminary trials showed that the fir could give the longest range for the same bending angle, so the team trimmed off the limbs and attached a tether to keep the payload in place until the right moment. With these modifications, the sapling flung the dummy all the way to the other end of the shop.
At the plantation, the team found a full-size Douglas-fir and set it up in the same way, aiming at a bouncy castle 100 feet (30 m) away with a 40-foot (12 m) balloon “wall”. With 2,400 pounds (1,089 kg) of bending force on the trunk, Buster flew almost all the way to the castle, but hit the ground just short of it. Because they were unable to hit their target even with the benefit of modern machinery and cutting off all the limbs, the team declared the myth busted.
Adam and Jamie set up three steel plates at 90-degree angles, along with a .45 caliber pistol and a cardboard cutout of Jamie behind it. In three trials with different types of ammunition (unjacketed lead, full metal jacket, and total metal jacket) all of the bullets fragmented after striking the first plate. A fourth trial, using a hardened steel ball bearing in a bullet casing, led to three ricochets and a hit on the shooter; however, the projectile struck at a less-than-lethal speed.
Other materials were then investigated for use as ricochet surfaces, starting with measurements of ricochet angles and speeds from only one plate. Cinder block pavers were chosen over lead due to the latter’s tendency to make bullets tumble and lose too much speed. When Adam and Jamie set up three pavers and fired a total metal jecket round, they observed three ricochets and a less-than-lethal hit on the Jamie cutout.
Finally, the MythBusters bent a piece of metal plumbing pipe into a curve to serve as a bullet guide, firing into one end toward a block of ballistic gelatin at the other end. A 46-inch (117 cm) diameter curve, forming nearly a full circle, resulted in lethal speed and penetration on the target. Adam and Jamie declared the myth busted, owing to the slow speed of the bullet after three ricochets.
A medieval army laying siege to a castle could have used nearby coniferous trees as an improvised catapult to hurl diseased corpses over the wall.
busted
The Build Team began by visiting a tree plantation to determine the amount of bending force a typical conifer could withstand without breaking. Their first test, on a Gray Pine, gave a result of 2,000 pounds (907 kg); they loaded Buster into a second such tree and applied the same force, but he only fell to the ground when they released it.
Returning to the workshop, they set up some small-scale tests with saplings of three different types – Douglas-fir, redwood, and Alaskan cedar – and a miniature Buster figure. Preliminary trials showed that the fir could give the longest range for the same bending angle, so the team trimmed off the limbs and attached a tether to keep the payload in place until the right moment. With these modifications, the sapling flung the dummy all the way to the other end of the shop.
At the plantation, the team found a full-size Douglas-fir and set it up in the same way, aiming at a bouncy castle 100 feet (30 m) away with a 40-foot (12 m) balloon “wall”. With 2,400 pounds (1,089 kg) of bending force on the trunk, Buster flew almost all the way to the castle, but hit the ground just short of it. Because they were unable to hit their target even with the benefit of modern machinery and cutting off all the limbs, the team declared the myth busted.
Adam and Jamie set up three steel plates at 90-degree angles, along with a .45 caliber pistol and a cardboard cutout of Jamie behind it. In three trials with different types of ammunition (unjacketed lead, full metal jacket, and total metal jacket) all of the bullets fragmented after striking the first plate. A fourth trial, using a hardened steel ball bearing in a bullet casing, led to three ricochets and a hit on the shooter; however, the projectile struck at a less-than-lethal speed.
Other materials were then investigated for use as ricochet surfaces, starting with measurements of ricochet angles and speeds from only one plate. Cinder block pavers were chosen over lead due to the latter’s tendency to make bullets tumble and lose too much speed. When Adam and Jamie set up three pavers and fired a total metal jecket round, they observed three ricochets and a less-than-lethal hit on the Jamie cutout.
Finally, the MythBusters bent a piece of metal plumbing pipe into a curve to serve as a bullet guide, firing into one end toward a block of ballistic gelatin at the other end. A 46-inch (117 cm) diameter curve, forming nearly a full circle, resulted in lethal speed and penetration on the target. Adam and Jamie declared the myth busted, owing to the slow speed of the bullet after three ricochets.
A medieval army laying siege to a castle could have used nearby coniferous trees as an improvised catapult to hurl diseased corpses over the wall.
busted
The Build Team began by visiting a tree plantation to determine the amount of bending force a typical conifer could withstand without breaking. Their first test, on a Gray Pine, gave a result of 2,000 pounds (907 kg); they loaded Buster into a second such tree and applied the same force, but he only fell to the ground when they released it.
Returning to the workshop, they set up some small-scale tests with saplings of three different types – Douglas-fir, redwood, and Alaskan cedar – and a miniature Buster figure. Preliminary trials showed that the fir could give the longest range for the same bending angle, so the team trimmed off the limbs and attached a tether to keep the payload in place until the right moment. With these modifications, the sapling flung the dummy all the way to the other end of the shop.
At the plantation, the team found a full-size Douglas-fir and set it up in the same way, aiming at a bouncy castle 100 feet (30 m) away with a 40-foot (12 m) balloon “wall”. With 2,400 pounds (1,089 kg) of bending force on the trunk, Buster flew almost all the way to the castle, but hit the ground just short of it. Because they were unable to hit their target even with the benefit of modern machinery and cutting off all the limbs, the team declared the myth busted.
Adam and Jamie set up three steel plates at 90-degree angles, along with a .45 caliber pistol and a cardboard cutout of Jamie behind it. In three trials with different types of ammunition (unjacketed lead, full metal jacket, and total metal jacket) all of the bullets fragmented after striking the first plate. A fourth trial, using a hardened steel ball bearing in a bullet casing, led to three ricochets and a hit on the shooter; however, the projectile struck at a less-than-lethal speed.
Other materials were then investigated for use as ricochet surfaces, starting with measurements of ricochet angles and speeds from only one plate. Cinder block pavers were chosen over lead due to the latter’s tendency to make bullets tumble and lose too much speed. When Adam and Jamie set up three pavers and fired a total metal jecket round, they observed three ricochets and a less-than-lethal hit on the Jamie cutout.
Finally, the MythBusters bent a piece of metal plumbing pipe into a curve to serve as a bullet guide, firing into one end toward a block of ballistic gelatin at the other end. A 46-inch (117 cm) diameter curve, forming nearly a full circle, resulted in lethal speed and penetration on the target. Adam and Jamie declared the myth busted, owing to the slow speed of the bullet after three ricochets.
A medieval army laying siege to a castle could have used nearby coniferous trees as an improvised catapult to hurl diseased corpses over the wall.
busted
The Build Team began by visiting a tree plantation to determine the amount of bending force a typical conifer could withstand without breaking. Their first test, on a Gray Pine, gave a result of 2,000 pounds (907 kg); they loaded Buster into a second such tree and applied the same force, but he only fell to the ground when they released it.
Returning to the workshop, they set up some small-scale tests with saplings of three different types – Douglas-fir, redwood, and Alaskan cedar – and a miniature Buster figure. Preliminary trials showed that the fir could give the longest range for the same bending angle, so the team trimmed off the limbs and attached a tether to keep the payload in place until the right moment. With these modifications, the sapling flung the dummy all the way to the other end of the shop.
At the plantation, the team found a full-size Douglas-fir and set it up in the same way, aiming at a bouncy castle 100 feet (30 m) away with a 40-foot (12 m) balloon “wall”. With 2,400 pounds (1,089 kg) of bending force on the trunk, Buster flew almost all the way to the castle, but hit the ground just short of it. Because they were unable to hit their target even with the benefit of modern machinery and cutting off all the limbs, the team declared the myth busted.
Adam and Jamie set up three steel plates at 90-degree angles, along with a .45 caliber pistol and a cardboard cutout of Jamie behind it. In three trials with different types of ammunition (unjacketed lead, full metal jacket, and total metal jacket) all of the bullets fragmented after striking the first plate. A fourth trial, using a hardened steel ball bearing in a bullet casing, led to three ricochets and a hit on the shooter; however, the projectile struck at a less-than-lethal speed.
Other materials were then investigated for use as ricochet surfaces, starting with measurements of ricochet angles and speeds from only one plate. Cinder block pavers were chosen over lead due to the latter’s tendency to make bullets tumble and lose too much speed. When Adam and Jamie set up three pavers and fired a total metal jecket round, they observed three ricochets and a less-than-lethal hit on the Jamie cutout.
Finally, the MythBusters bent a piece of metal plumbing pipe into a curve to serve as a bullet guide, firing into one end toward a block of ballistic gelatin at the other end. A 46-inch (117 cm) diameter curve, forming nearly a full circle, resulted in lethal speed and penetration on the target. Adam and Jamie declared the myth busted, owing to the slow speed of the bullet after three ricochets.
A medieval army laying siege to a castle could have used nearby coniferous trees as an improvised catapult to hurl diseased corpses over the wall.
busted
The Build Team began by visiting a tree plantation to determine the amount of bending force a typical conifer could withstand without breaking. Their first test, on a Gray Pine, gave a result of 2,000 pounds (907 kg); they loaded Buster into a second such tree and applied the same force, but he only fell to the ground when they released it.
Returning to the workshop, they set up some small-scale tests with saplings of three different types – Douglas-fir, redwood, and Alaskan cedar – and a miniature Buster figure. Preliminary trials showed that the fir could give the longest range for the same bending angle, so the team trimmed off the limbs and attached a tether to keep the payload in place until the right moment. With these modifications, the sapling flung the dummy all the way to the other end of the shop.
At the plantation, the team found a full-size Douglas-fir and set it up in the same way, aiming at a bouncy castle 100 feet (30 m) away with a 40-foot (12 m) balloon “wall”. With 2,400 pounds (1,089 kg) of bending force on the trunk, Buster flew almost all the way to the castle, but hit the ground just short of it. Because they were unable to hit their target even with the benefit of modern machinery and cutting off all the limbs, the team declared the myth busted.
February 4, 2010 at 6:28 AMthis comment is about a different episode about placing a flag pole in bycle spokes and flip it u said that it was busted but i had it happen to me u forgot one very important aspect when u busted the myth u had no one on the bike and carry the momentem forward it’s not busted i got injured pretty badly from it
February 7, 2010 at 11:05 PMI had a range 50 yards on my block in country Australia. Plink beer cans with the HV .22.
February 9, 2010 at 5:44 AMI had a ricochet which came of a chunk of steel
used as a bullet stop and killed one of the neighbour’s peacocks which was unwisely hiding behind a near buy mango tree.
The “Fuz” practice shooting their targets at ridiculously short range, 5 /10 yards.
The odd silly bugger shooting a swinging target at this distance with his Glock has found it to be even more pain full than shooting his toes off.
people who say the show is “for entertainment only”can get the **** off this website you ********
February 14, 2010 at 2:51 AMyes, good entertainment AND science. believe or not this show is also famous in germany. Greets from GERMANY!
February 17, 2010 at 3:53 PMThe bullet shot threw the glass thing is not really accurate.. sonic boom happens when the object breaks the sound barrier… they shot the gun from metres away.. it broke the sound barrier at the moment it left the barrel… so the shockwave.. was metres away… they wanted to know if the shockwave would break the glass… not the bullet.. god guys… this aint rocket science… surprised even the the mythbusters missed this one
February 18, 2010 at 12:01 AMnoobs
February 18, 2010 at 12:03 AMNo mythbusters since January. Did they go off the air?
February 24, 2010 at 8:37 PMWTF, I can’t believe there are no Mythbusters episodes lined up anytime soon. Did they forget about their fans?
March 3, 2010 at 7:03 PMAdam and Jamie what is your favret epesode?
March 3, 2010 at 7:07 PMBoomerang chicken egg: put an unboild egg in a micro wave oven with full heat and wait for a couple of minuts. Top chef.
March 3, 2010 at 8:40 PMlike the show. good entertainment and science.hello from fi(n)nish jokke.
March 3, 2010 at 10:49 PMI do not know where to leave this message, could somebody send it further.
March 5, 2010 at 4:27 PMIn the Finnish Navy we had to tow a military ship until we got the Mercedes benz diesels running again.
The batteries had no electricity left to start the engines, only a little.
Confimed or busted?
Interesting. In theory a ship screw(s) freewheeling while under tow would perhaps transmit enough energy to recharge a battery (after a period of time)as a hydroelectric system in reverse or at least allow a “jumpstart”, if the engines were carefully engaged.
I’d recommend this for a test.
March 8, 2010 at 2:55 AMI see an episode on tv where a pig experiment cut in half with the impact of a steel cable stretched to breaking. The Panama Canal Authority have been several cases of people breaking when the locomotive cables that guide the ships in transit through the canal, just that the tension is 30 tons and the diameter of the wires is a inch.
March 9, 2010 at 11:40 AMTo Randy: the batteries were not recharged, because it was unnecessary in diesel motors. the question is how to make the motors running fast enough, so that they start without electric power. It was a question of main engines, that are not producing electricity. There are other motor for that purpose.The ship was 35 meters one meter is appr 3 feet.
March 10, 2010 at 8:24 PMThank for your interest.
To Randy: Because you were interested in the ship question, you will get the answer.
March 14, 2010 at 12:20 AMThe military ship was under tow so long, that the screws were running free fast enough. They were running the axles and then the couplings were connected to the main motors. They started without electricity!
Confirmed.
To somebody who thinks this is only entertainment: Yes, this is very good entertainment and very good science, too.
March 14, 2010 at 12:37 AMConfirmed.