@Mudkip Well... I'm in it to gain international reputation points. If it were up to you, the Argentinian Army would have marching into Sao Paulo by now.
In fact, during your little incursion in Mexico, an entire mechanized division, equipped with the most modern tanks, were beaten back by about 175 militiamen with a bunch of old rifles and a few old M2 Storm medium tanks about 150 years old, although given significant firepower upgrades, such as a 90mm M3A1 cannon.
But they aren't. Because of our presence and the Katipunians, who have significantly more firepower than you.
Where you have Frankenstien tanks that barely work (and is LESS effective than the M6A4), we have the best tank in the world, which we have employed to great effect. It's the toughest tank in the world, and is armed with a pretty powerful 155mm gun. It also has a 1200hp engine that works reliably.
@Mudkip Seriously? You're going off that?
Remember, we beat you guys. The only reason why we don't invade Brazil is because we don't want to involve the whole damn world. The last war we had we won because most of Awwam didn't support MemeKing's punitive campaign, which allowed us to overrun Canada. And then out of goodwill, left Quebec for two trillion dollars.
@FeitYetiIndustries I kind of want Brazil. But I need a reason to invade it.
Here's some "agricultural tractors", "scrap aluminum", and "pencils" to help you out.
Pre-charged high-capacity, high-endurance capacitors, loaded like two-piece ammunition through the breach. The projectile is loaded first, followed by the capacitor cartridge behind it, much like actual two-piece ammunition. Although more efficient systems were envisioned, this system was considered most suitable as there would be no need to re-train loaders.
These high-capacity dark-matter capacitors (of which there are between 20 and 30, depending on the number of coils), are then linked to the coils, with a potentiometer between them so as to adjust power settings by increasing or decreasing resistance. Typically, these potentiometers are set on the lowest resistances for AP ammunition, while set higher for HE ammunition in order to prevent shell rupture in barrel (which is INCREDIBLY bad).
The capacitor unit can be charged in the vehicle via special power unit. However, this process initially took 5 minutes, but improvements in materials quickened this to 30 seconds from zero to full charge. This is only done in emergencies, such as a misfire from using capacitor charges which have lost too much power. However, it is now used to check-charge each capacitor cartridge, to ensure that every one of them is fully-charged.
These capacitors are fired via electronic timing, which is powered by the vehicle's standard 12-volt system, and incorporates nine commercial-standard 1.5-volt reserve batteries so as to allow the system to be operational if the vehicle's electrical power is disabled.
If a cartridge is deemed faulty, it is replaced by another one and depending on the age and condition of the cartridge, will either be repaired or recycled.
On the 90mm M3 railgun, due to the lower capacitor needs, they are fixed into the breech, and are powered by a special power unit before discharge. However, such a system would be impractically large on any system above 105mm caliber, and so was not used. As there is no need for precise timings on a railgun, there is no timing system required, although there is an electrical light indicator which will activate when the capacitors are fully-charged.
@MemeKingIndustriesAndMegaCorporation A continuation of the below lecture.
Now we know that amperage is what determines lethality. And the amperage would be quite low, as Amperage (I) is voltage (V) times the resistance in ohms (R). Therefore, with I = V/R, and knowing that air has an electrical resistance of 4x10^13 at sea level.
Now, to achieve a minimum lethal current of 0.1 amps, we need to know the voltage, which is going to be 4x10^12 volts, or 4 trillion volts.
In comparison, your standard transmission lines will have a voltage of up to 7.65x10^5 volts, or 765,000 volts. This will deliver a fatal, since aluminum, the material of choice in such wires, has much lower electrical resistance than air.
To produce such power, we return to Power = Voltage * Amperage. This will mean that the tank must generate 400 billion watts, or 400,000 megawatts, to be able to deliver a fatal shock at one meter.
Now the Three Gorges Dam is the most powerful power station in the world, harnessing the power of the Yangtze River. It generates 22,500 megawatts, using 34 Francis turbines, with 32 having 700 megawatt outputs, and the other two having 50 megawatt outputs, the latter two used to power the dam's management systems.
You're basically telling me that a tank can generate 17.78 times more power than the world's largest power generation station made to date. And I haven't even accounted for the fact that this supposed weapon has a range of 2,000m, and therefore will need to multiply everything by 2x10^3, in order to achieve minimum lethality of 0.1 amps at said range, as that's how much electrical resistance there will be.
Granted the electrical resistance will be a bit lower if said air has a 99% humidity, but it's still huge, as water turns out to be not much better at electrical conduction.
@MemeKingIndustriesAndMegaCorporation Energy = Heat. Power = Energy/Time. Therefore, Power = Heat/Time. If time is a constant, the greater the power, the greater energy, and therefore, the greater heat.
Overheating IS possible, as continuous operation will lead to an accumulation of heat that will melt the insulation for the electrical systems and cause a short-circuit.
The heat generated by the electrical weapon is four times lower than that generated by a bolt of lightning.
Also, that wouldn't happen, since the Victoria M5A5 has proven resilient to the Awwami 160mm coilgun and the 145mm coilgun frontally at all ranges. The M5A6 is an improvement over this, and is resistant to newer ammunition types from said gun at all ranges as well as the 183mm Temporian cannon at distances beyond 1 kilometer.
Now, is it possible to kill an M5A6? With an Awwami 160mm, yes. If you get a flush shot to the side and manage to get within 100 meters of a Victoria, yes. Even several friendly fire incidents involving the M5A6 Victoria, its own gun was found to be unable to penetrate its own armor.
Note that while carbyne is known for its high tensile strength, it is highly unstable and is liable to turning into graphite. Basically, it's structurally unstable, and may turn into pencil lead.
So basically, half your tanks and your armor suits are partially comprised of pencil lead. And we know how much that stuff loves to break.
Amperage, or amps are a unit of electrical current. Joules is the energy. Watts is the energy over time. Electrical potential is also known as Volts.
One watt is equivalent to joules over time (seconds), and is also equal to voltage times amperage. Therefore, joules per second(s) is equivalent to the voltage times the amperage.
@PyrusEnderhunter Sure. Paternia is known as "the Arsenal of the World" due to the wide distribution of our military equipment and Paternian Defense Standards are one of the two de facto standards of military equipment, the other being the Awwami system.
@MemeKingIndustriesAndMegaCorporation Which will be completely abosrbed by the 70 tons of steel.
I would assume a weapon of such power would only be available as a single burst, to avoid overheating.
As this electricity is static, it will have a lot of power but will have a very low amperage, or current, as air is a terrible conductor of electricity.
Also, the six-shot autoloader is in fact the 160mm coilgun, with an uncannily fast reload time for such heavy shells. We believe the actual cycle time is 2 seconds, and the overall reload time is 1-2 minutes, due to the sheer bulk of each shell. The autoloader of the 155mm gun on the M5A5 (155) and M5A6 has a rate of fire of 6 shots a minute, or a 10 second reload time.
Also, the exterior of a Paternian Army M5A6 and an M6A4 UPS main battle tank is PSL-4A and PSL-1, respecitively. This is a nanotube-plastic armor-steel laminate of varying thickness. All three are excellent conductors, and the energy will be transferred to the tracks and ground.
If a 10 kilogram iron rod affixed to the highest point of a 50-foot wooden tower can get hit by lightning and and not go on fire, then I suppose a 70-ton tank, with multiple layers of air, steel, carbon nanotubes, and the equivalent of armor-grade asphalt can withstand a hit a quarter of the power.
@exosuit In a two-person tank, the commander also must serve as the gunner, which is not optimal at all, even with advanced technology. The commander is already hard at work acquiring targets and looking out for guys with RPGs.
The optimal crew composition of a tank is four people; the commander, gunner, loader, and driver. While the loader can be omitted if an automatic loader is used, the gunner, driver, and commander cannot be.
@GoldenEagle In terms of combat potential, it would be the Magach tank.
The Magach is an upgraded M48 and M60 Patton series tank, and because it is American, can actually work most of the time. And remember, a tank is only as good as it can be when it works. And the Chieftain series is notable for four things: good frontal armor, great 120mm L11 rifled gun, decent mobility, and the irrelevance of all of that because the Leyland L60 engine doesn't work most of the time.
However, I would say in terms of upgradability and development, the Chieftain would be better. The Challenger 1 that replaced the Chieftain is basically its predecessor with composite armor, more accurate gunsights, a heater for use in colder climates, and most importantly, an engine that works. The Challenger 2 was simply an improvement of the Challenger 1 design, featuring better armor, an L30 rifled gun, and better sights.
In the meantime, the Magach series are already upgrades to an existing vehicle, and although is similar to the Sabra upgrades that Israel exported to Turkey with the notable inclusion of the M256 120mm L/44 smoothbore gun, was fairly similar, and is really the peak of development of the M48 and M60 series.
@MemeKingIndustriesAndMegaCorporation Against Paternian Army forces, there was the Battle of Gaza, where the North African 17th Infantry and 44th Armored Division faced the elite Turkish 88th, 71st, and 110th Mechanized Divisions. These divisions were comprised wholly of converted Christians and Jews, and were informally known as Janissaries, although they have no connection to the previous Janissary Corps which existed during the Ottoman Empire.
The three units virtually surrounded and destroyed the 17th and 44th Armored Divisions in a decisive engagement, where the T-100 tank was first employed. The 44th Armored was equipped with the M6A4 Ardent and M3A1 Avenger tanks, and were decisively outmaneuvered and outgunned.
However, in the subsequent, and much larger, Battle of the Sinai, the Paternian Army's 99th, 101st, and 51st Mechanized Divisions, alongside a re-formed 44th Armored, 31st Infantry Division, and the 9th Marine Expeditionary Division, routed six Infantry Divisions, four Armored Divisions, and 5 Mechanized Divisions, including the 88th, 71st, and 110th Mechanized Divisions due to superior tactics and superior weapons, as these units were equipped with M5A5 Victoria, M6A4 UPS Ardent, and M8 General Burns tanks.
@MemeKingIndustriesAndMegaCorporation Yes. Yes you do.
There's many great battles your army has won, such as the India Campaign. Or the China Campaign. Or the First Korean Campaign. Which were all against the NFK, but hey, it's something.
@MemeKingIndustriesAndMegaCorporation Well, he's the main boss.
You, like me, am a moderator. And he is the boss. What he says is canon.
Just like George Lucas and Star Wars. We certainly don't think midi-chlorians, Jar Jar Binks, the Galactic Senate, or that Holiday Special we don't speak of featuring Star Wars softcore porn, 10 minutes of Wookies talking to each other without subtitles, a high-af Catherine Fisher, or makeup-caked Matt Hamill because lol bruised eye, should be Star Wars canon. Well, George Lucas has admitted his regret for the Holiday special. But hey, because George Lucas said so, it's canon.
And he did make up for the prequels with the Clone Wars cartoon series, which featured things that the prequels lacked, such as an actually likeable Anakin Skywalker, characters with more dimensions than a sheet of paper (other than Jar Jar Binks), and good plotlines, while keeping some of the things we actually liked from the prequels, such as those acrobatic Force-assisted lightsaber fights.
Electrical capacitors, @MemeKingIndustriesAndMegaCorporation
20mm?
Pffttt, the Pummeler can withstand AP hits from 37mm cannons. @MemeKingIndustriesAndMegaCorporation
@MemeKingIndustriesAndMegaCorporation Well, at least it works.
Unlike your armor suits.
@MemeKingIndustriesAndMegaCorporation What caliber is the minigun?
@MemeKingIndustriesAndMegaCorporation How?
@MemeKingIndustriesAndMegaCorporation We assume this is how virtually every coilgun weapon in this RP works.
You deserve my rank.
@TheMajesticMrL Bastion has killed Reaper.
Reaper: OMFG BASTION OP BLIZZUD PLOX NURF NAO
Reaper: Die! Die! Die!
Mercy: Hey Reaper?
Reaper: What?
Mercy: Heroes never die
Mercy has revived the whole team.
The whole team now wants you dead.
Reaper: Shiet.
@Cedy117 Yep. I will fit it with my own set of weapons and equipment.
And then use it to liberate Canada from the clutches of the Awwam Caliphate.
It's the C&C roleplay. You can go in and claim Canada for yourself. Pls do.
Permission to reproduce as M5 1/2 Ton General Purpose Truck?
Ahh... Our Pummeler's favorite snack.
@Mudkip Well... I'm in it to gain international reputation points. If it were up to you, the Argentinian Army would have marching into Sao Paulo by now.
In fact, during your little incursion in Mexico, an entire mechanized division, equipped with the most modern tanks, were beaten back by about 175 militiamen with a bunch of old rifles and a few old M2 Storm medium tanks about 150 years old, although given significant firepower upgrades, such as a 90mm M3A1 cannon.
But they aren't. Because of our presence and the Katipunians, who have significantly more firepower than you.
Where you have Frankenstien tanks that barely work (and is LESS effective than the M6A4), we have the best tank in the world, which we have employed to great effect. It's the toughest tank in the world, and is armed with a pretty powerful 155mm gun. It also has a 1200hp engine that works reliably.
@Mudkip Seriously? You're going off that?
Remember, we beat you guys. The only reason why we don't invade Brazil is because we don't want to involve the whole damn world. The last war we had we won because most of Awwam didn't support MemeKing's punitive campaign, which allowed us to overrun Canada. And then out of goodwill, left Quebec for two trillion dollars.
@FeitYetiIndustries I kind of want Brazil. But I need a reason to invade it.
Here's some "agricultural tractors", "scrap aluminum", and "pencils" to help you out.
Right. @TemDesBur
It seems your profile has been reported by a Trump supporter.
Just, post something which ABSOLUTELY has no religious or political implications. Because this is not Tumblr. @MemeKingIndustriesAndMegaCorporation
@Supermini555 But light bullets also lose penetration over distance. Badly.
@MemeKingIndustriesAndMegaCorporation
Pre-charged high-capacity, high-endurance capacitors, loaded like two-piece ammunition through the breach. The projectile is loaded first, followed by the capacitor cartridge behind it, much like actual two-piece ammunition. Although more efficient systems were envisioned, this system was considered most suitable as there would be no need to re-train loaders.
These high-capacity dark-matter capacitors (of which there are between 20 and 30, depending on the number of coils), are then linked to the coils, with a potentiometer between them so as to adjust power settings by increasing or decreasing resistance. Typically, these potentiometers are set on the lowest resistances for AP ammunition, while set higher for HE ammunition in order to prevent shell rupture in barrel (which is INCREDIBLY bad).
The capacitor unit can be charged in the vehicle via special power unit. However, this process initially took 5 minutes, but improvements in materials quickened this to 30 seconds from zero to full charge. This is only done in emergencies, such as a misfire from using capacitor charges which have lost too much power. However, it is now used to check-charge each capacitor cartridge, to ensure that every one of them is fully-charged.
These capacitors are fired via electronic timing, which is powered by the vehicle's standard 12-volt system, and incorporates nine commercial-standard 1.5-volt reserve batteries so as to allow the system to be operational if the vehicle's electrical power is disabled.
If a cartridge is deemed faulty, it is replaced by another one and depending on the age and condition of the cartridge, will either be repaired or recycled.
On the 90mm M3 railgun, due to the lower capacitor needs, they are fixed into the breech, and are powered by a special power unit before discharge. However, such a system would be impractically large on any system above 105mm caliber, and so was not used. As there is no need for precise timings on a railgun, there is no timing system required, although there is an electrical light indicator which will activate when the capacitors are fully-charged.
@EternalDarkness Battlecruisers have battleship guns.
A 76mm gun is what the late-model Shermans were armed with.
@Razr higher acceleration.
@Supermini555 Sorry for dumping a sh-t ton of science on this page, to disprove the theory that your electrical weapons are of any effect.
@Supermini555 APCR is obsolete.
APFSDS is the sh-t.
@MemeKingIndustriesAndMegaCorporation A continuation of the below lecture.
Now we know that amperage is what determines lethality. And the amperage would be quite low, as Amperage (I) is voltage (V) times the resistance in ohms (R). Therefore, with I = V/R, and knowing that air has an electrical resistance of 4x10^13 at sea level.
Now, to achieve a minimum lethal current of 0.1 amps, we need to know the voltage, which is going to be 4x10^12 volts, or 4 trillion volts.
In comparison, your standard transmission lines will have a voltage of up to 7.65x10^5 volts, or 765,000 volts. This will deliver a fatal, since aluminum, the material of choice in such wires, has much lower electrical resistance than air.
To produce such power, we return to Power = Voltage * Amperage. This will mean that the tank must generate 400 billion watts, or 400,000 megawatts, to be able to deliver a fatal shock at one meter.
Now the Three Gorges Dam is the most powerful power station in the world, harnessing the power of the Yangtze River. It generates 22,500 megawatts, using 34 Francis turbines, with 32 having 700 megawatt outputs, and the other two having 50 megawatt outputs, the latter two used to power the dam's management systems.
You're basically telling me that a tank can generate 17.78 times more power than the world's largest power generation station made to date. And I haven't even accounted for the fact that this supposed weapon has a range of 2,000m, and therefore will need to multiply everything by 2x10^3, in order to achieve minimum lethality of 0.1 amps at said range, as that's how much electrical resistance there will be.
Granted the electrical resistance will be a bit lower if said air has a 99% humidity, but it's still huge, as water turns out to be not much better at electrical conduction.
Yeah, I'm going to call BS on that.
@MemeKingIndustriesAndMegaCorporation Energy = Heat. Power = Energy/Time. Therefore, Power = Heat/Time. If time is a constant, the greater the power, the greater energy, and therefore, the greater heat.
Overheating IS possible, as continuous operation will lead to an accumulation of heat that will melt the insulation for the electrical systems and cause a short-circuit.
The heat generated by the electrical weapon is four times lower than that generated by a bolt of lightning.
Also, that wouldn't happen, since the Victoria M5A5 has proven resilient to the Awwami 160mm coilgun and the 145mm coilgun frontally at all ranges. The M5A6 is an improvement over this, and is resistant to newer ammunition types from said gun at all ranges as well as the 183mm Temporian cannon at distances beyond 1 kilometer.
Now, is it possible to kill an M5A6? With an Awwami 160mm, yes. If you get a flush shot to the side and manage to get within 100 meters of a Victoria, yes. Even several friendly fire incidents involving the M5A6 Victoria, its own gun was found to be unable to penetrate its own armor.
Note that while carbyne is known for its high tensile strength, it is highly unstable and is liable to turning into graphite. Basically, it's structurally unstable, and may turn into pencil lead.
So basically, half your tanks and your armor suits are partially comprised of pencil lead. And we know how much that stuff loves to break.
Amperage, or amps are a unit of electrical current. Joules is the energy. Watts is the energy over time. Electrical potential is also known as Volts.
One watt is equivalent to joules over time (seconds), and is also equal to voltage times amperage. Therefore, joules per second(s) is equivalent to the voltage times the amperage.
@FASTFLIGHT You can only spotlight people who have less points than you.
@InternationalAircraftCompany Two questions:
1) does it have a CD port?
2) does it have a floppy disk port?
@FASTFLIGHT I could try.
@JakeTheDogg If you ever need high-torque engines again, look no further.
@PyrusEnderhunter Sure. Paternia is known as "the Arsenal of the World" due to the wide distribution of our military equipment and Paternian Defense Standards are one of the two de facto standards of military equipment, the other being the Awwami system.
@EternalDarkness Thanks! I will be sure to fit it with a 76mm cannon!
@FASTFLIGHT Thanks!
@PyrusEnderhunter Yw.
@MemeKingIndustriesAndMegaCorporation Which will be completely abosrbed by the 70 tons of steel.
I would assume a weapon of such power would only be available as a single burst, to avoid overheating.
As this electricity is static, it will have a lot of power but will have a very low amperage, or current, as air is a terrible conductor of electricity.
Also, the six-shot autoloader is in fact the 160mm coilgun, with an uncannily fast reload time for such heavy shells. We believe the actual cycle time is 2 seconds, and the overall reload time is 1-2 minutes, due to the sheer bulk of each shell. The autoloader of the 155mm gun on the M5A5 (155) and M5A6 has a rate of fire of 6 shots a minute, or a 10 second reload time.
Also, the exterior of a Paternian Army M5A6 and an M6A4 UPS main battle tank is PSL-4A and PSL-1, respecitively. This is a nanotube-plastic armor-steel laminate of varying thickness. All three are excellent conductors, and the energy will be transferred to the tracks and ground.
If a 10 kilogram iron rod affixed to the highest point of a 50-foot wooden tower can get hit by lightning and and not go on fire, then I suppose a 70-ton tank, with multiple layers of air, steel, carbon nanotubes, and the equivalent of armor-grade asphalt can withstand a hit a quarter of the power.
A modern commercial automobile can withstand several 28,000 degree C lightning strikes with no injury to the occupants.
This weapon generates 1/4th of that power. @MemeKingIndustriesAndMegaCorporation
800th comment!
Almost there...
Wait for it.
Wait for it.
Ok. @MemeKingIndustriesAndMegaCorporation
@GoldenEagle
@exosuit In a two-person tank, the commander also must serve as the gunner, which is not optimal at all, even with advanced technology. The commander is already hard at work acquiring targets and looking out for guys with RPGs.
The optimal crew composition of a tank is four people; the commander, gunner, loader, and driver. While the loader can be omitted if an automatic loader is used, the gunner, driver, and commander cannot be.
@Patrick20206 Actually, that's my turret.
Which he ripped off one of my tanks.
And then stuck it to a hull, which he also ripped off from another tank.
We may procure several dozen of these wonderful ships.
@MemeKingIndustriesAndMegaCorporation Yep. You can talk about the Janissaries.
@GoldenEagle In terms of combat potential, it would be the Magach tank.
The Magach is an upgraded M48 and M60 Patton series tank, and because it is American, can actually work most of the time. And remember, a tank is only as good as it can be when it works. And the Chieftain series is notable for four things: good frontal armor, great 120mm L11 rifled gun, decent mobility, and the irrelevance of all of that because the Leyland L60 engine doesn't work most of the time.
However, I would say in terms of upgradability and development, the Chieftain would be better. The Challenger 1 that replaced the Chieftain is basically its predecessor with composite armor, more accurate gunsights, a heater for use in colder climates, and most importantly, an engine that works. The Challenger 2 was simply an improvement of the Challenger 1 design, featuring better armor, an L30 rifled gun, and better sights.
In the meantime, the Magach series are already upgrades to an existing vehicle, and although is similar to the Sabra upgrades that Israel exported to Turkey with the notable inclusion of the M256 120mm L/44 smoothbore gun, was fairly similar, and is really the peak of development of the M48 and M60 series.
@Dimkal One of our new, highly maneuverable fighters that are INCREDIBLY sensitive.
@MemeKingIndustriesAndMegaCorporation I can help.
@MemeKingIndustriesAndMegaCorporation Against Paternian Army forces, there was the Battle of Gaza, where the North African 17th Infantry and 44th Armored Division faced the elite Turkish 88th, 71st, and 110th Mechanized Divisions. These divisions were comprised wholly of converted Christians and Jews, and were informally known as Janissaries, although they have no connection to the previous Janissary Corps which existed during the Ottoman Empire.
The three units virtually surrounded and destroyed the 17th and 44th Armored Divisions in a decisive engagement, where the T-100 tank was first employed. The 44th Armored was equipped with the M6A4 Ardent and M3A1 Avenger tanks, and were decisively outmaneuvered and outgunned.
However, in the subsequent, and much larger, Battle of the Sinai, the Paternian Army's 99th, 101st, and 51st Mechanized Divisions, alongside a re-formed 44th Armored, 31st Infantry Division, and the 9th Marine Expeditionary Division, routed six Infantry Divisions, four Armored Divisions, and 5 Mechanized Divisions, including the 88th, 71st, and 110th Mechanized Divisions due to superior tactics and superior weapons, as these units were equipped with M5A5 Victoria, M6A4 UPS Ardent, and M8 General Burns tanks.
@MemeKingIndustriesAndMegaCorporation Yes. Yes you do.
There's many great battles your army has won, such as the India Campaign. Or the China Campaign. Or the First Korean Campaign. Which were all against the NFK, but hey, it's something.
@MemeKingIndustriesAndMegaCorporation Well, he's the main boss.
You, like me, am a moderator. And he is the boss. What he says is canon.
Just like George Lucas and Star Wars. We certainly don't think midi-chlorians, Jar Jar Binks, the Galactic Senate, or that Holiday Special we don't speak of featuring Star Wars softcore porn, 10 minutes of Wookies talking to each other without subtitles, a high-af Catherine Fisher, or makeup-caked Matt Hamill because lol bruised eye, should be Star Wars canon. Well, George Lucas has admitted his regret for the Holiday special. But hey, because George Lucas said so, it's canon.
And he did make up for the prequels with the Clone Wars cartoon series, which featured things that the prequels lacked, such as an actually likeable Anakin Skywalker, characters with more dimensions than a sheet of paper (other than Jar Jar Binks), and good plotlines, while keeping some of the things we actually liked from the prequels, such as those acrobatic Force-assisted lightsaber fights.