This is a sister trope to Magikarp Power
where something which appears useless or obsolete becomes more effective because it's more compatible with the very latest technology than what came in between (either in technology or the ability of the user). The two can be distinguished thus; a Magikarp Superpower becomes more effective after working and improving it (e.g. levelling a Magikarp up until it evolves into a Gyarados
), while this trope becomes more effective because something else
has improved (e.g. a high level item which gives Magikarp in particular a significant boost in power).
This can include previously obsolete technologies that suddenly prove to be a vital part of (or to complement) the latest ones or (on a more individual level) someone with a great deal of experience in a given field using a technique beginners avoid because their experience allows them to do it more effectively. All that matters is that the method in question is genuinely ineffective without the advancements or experience to take advantage of it. Historically, it can include technologies and ideas which were too ahead of their time and needed other advancements to be fully realised.
This doesn't just mean technology or techniques that have been around for a long time being used; they have to actually be obsolete. So a vehicle which uses technology which has been around since the dawn of time, like wheels, wouldn't count because nothing has ever replaced the wheel, but a new, renewable fuel which turned out to be more efficient in a steam engine rather than a petrol or diesel engine would.
In speculative fiction settings this is a common way for a work to justify the prevalence of swords over guns
) to establish some technology which shifts the mechanics of combat in favor of melee weapons somehow (often overlapping with Enhanced Archaic Weapon
This can also overlap with Break Out the Museum Piece
(if said museum piece uses a technology which is advantageous in the situation at hand). A subtrope of Older Is Better
. Also related to Bishonen Line
(for cases where the creature crossing it originally had a more human form). Compare Minovsky Particle
, where a new development justifies otherwise impossible technology.
Anime and Manga
- In Veritas, after spending long periods training to purify his Ki flow, Gangryong discovers that he gets much better results if he deliberately clogs the flow until it bursts and washes out his system. Overlaps with Dangerous Forbidden Technique, since timing it wrong could kill him.
- In the second half of Tengen Toppa Gurren Lagann, the Gunmen are dropped in favor of the new Guparls. It turns out that the Gunmen are still more useful against anti-spirals because they were designed specifically to fight them.
- In Digimon Adventure 02, Armor Digivolving is said to be an ancient form of evolution that the Control Spires can't deactivate. The ability to use it is why the old guard can't fight the new villains and the newcomers are needed.
- In Woody Allen's film Sleeper: After waking up in the future, Miles orders some health food for breakfast (he used to own a health food store). It's revealed that in the future they've discovered that "unhealthy" foods are actually extremely good for you.
- In Elysium, Max wonders why he's being given an antique AK to use and is promptly shown the futuristic explosive rounds that allow it to remain viable.
Live Action Television
- In Dune, both laser weapons and shielding technology have been well developed, but due to the Technobabble behind them if one meets the other then a catastrophic explosion occurs. Most warfare is waged through unconventional projectile weapons - or through simple knife and swordplay.
- In the Honor Harrington series, fusion powerplants are commonplace for starships, and the inability to miniaturize them past a certain point makes ships smaller than destroyers impractical in combat. The Graysons, lacking the ability to develop fusion powerplants, instead spent several centuries obliviously improving on fission reactors. The result, while far less capable than the fusion powerplants, are much easier to scale down, and more than adequate to make Light Attack Craft, operating in large numbers with disproportionately powerful weaponry a very unpleasant surprise in battle.
- Grayson had a similar story with their inertial compensator. Unable to buy their own from their more advanced neighbours they were forced invent their own from scratch and the resulting designs were rather underpowered compared to everyone else. That was only because of the crudity of the Grayson manufacturing base. The engineering principles behind them however turned out to be a major innovation and when applied to Manticore's start of the art technology proved to be a vast improvement over previous designs.
- In Star Trek: Voyager the ship's engine and hull get improved using technology based on a carburetor and the hull of the Titanic, respectively.
- Old Klingon ships in Star Trek: Deep Space Nine were protected against the Breen energy-draining weapon, by an obsolete component (it might even have been a reference to the outdated plasma coils in the cloaking system from Star Trek: Generations). Until a sample energy-draining weapon was captured, the Klingons had to bear the brunt of the war effort on their own.
- In the episode "Tosk", O'Brien offers his assistance to fix Tosk's ship, but doesn't know how to go about it unless he knows what the broken part actually does. Tosk explains that it collect interstellar particles and converts it into energy for the engines. Miles compares it to a ramscoop used to suck in air. With that comparison in mind, Miles is able fix the ship and improve it's performance.
- In Power Rangers RPM, the Paleozords were a Super Prototype that had to be scrapped since they were uncontrollable. But by the time they're unearthed, the related tech had advanced to the point that losing control was no longer an issue.
- In Pokémon Pikachu, despite being pretty much the official mascot for the franchise, was never very useful in game due to its low stats. Later generations, however, included a special item called the Light Ball, which could only be equipped by Pikachu and would significantly boost its speed and damage, giving it a viable role as a Glass Cannon.
- In Chrono Trigger, Robo, a robot from year 2300, can be equipped with stone arms you find in prehistory and they're the best weapons you can find (at the time).
- In Metal Gear Rising: Revengeance, high-frequency blades are widely used by cyborg soldiers due to widespread adoption of carbon nanotube-based armor, which is very effective against bullets, but can be sliced through by HF blades.
- This is further extended with Sam's Muramasa: since it's a Vibro Weapon made out of an expertly crafted 16th century katana instead of a mass-manufactured modern day blade, it's by far the most effective weapon of its type.
- The obligatory BFG weapon in Serious Sam is the "Serious Cannon". A man portable cannon which fires depleted uranium cannonballs.
- Most computer programmers are taught not to program in "machine code" and other low level languages (basically the code the computer's processor itself uses) because it's not worth the effort, however a particularly dedicated and skilled programmer might do so to draw the most out of a given piece of hardware (this practise is a lot less common now as higher level languages have become more efficient and hardware's improved to the point where limitations on software efficiency aren't so strict).
- In warfare;
- The state of the art in artillery has see-sawed between solid and explosive projectiles as different generations of armor and target hardening have come and gone.
- On a related note, it's sometimes speculated that improved missile technology will further reduce the importance of gun armament in naval warfare, with weapons such as the Rolling Airframe Missile taking over secondary roles that are usually covered by gun-based systems. However, other speculations contend that advances in anti-missile technology and emerging technologies such as the railgun will reassert the importance of gun armament in naval warfare.
- For the first half the century, the hand-cranked gatling gun had been largely replaced by fully automatic machine guns; it was later brought back as an air-to-air combat weapon, with the hand crank replaced by an electric/hydraulic motor and beefed up to fire cannon rounds at a rate of up to 6,000 rounds per minute.
- "All or nothing" armor strategies. If something's armor isn't strong enough to withstand a direct hit from the weapons it's expected to face, then it's better not to give it any armor at all and enjoy the benefits of lighter weight.
- Infantry are probably the most extreme example. As guns became stronger and more accurate troops went from fully armored (if they could afford it) to virtually unarmored, until even officers were wearing nothing more than a basic jacket and trousers, because it was all useless. Over time, developments like kevlar, ceramic plates, and ballistic shields have gradually turned the tide, but modern sci-fi seems convinced full body armor is poised for a comeback.
- By end of World War I, military aircraft had evolved from unstable civilian designs to highly agile killing machines. The advent of the turbojet engine during World War II and further research in aerodynamics (much of it acquired from German scientists after the war) allowed aircraft to exceed the speed of sound without suffering from stability issues. However, starting in the 1970's, military aircraft were purposefully designed to be aerodynamically unstable. This of course, reduced their maximum speed and flight ceiling, but ended up improving their overall maneuverability and flight characteristics, especially at low-to-mid altitudes where most missions take place.
- Most silencers rarely manage to completely eliminate the sound of a gunshot. Up until the development of specialized silenced firearms and ammunition, the only feasible alternative for silent killing at range was a crossbow.
- Additionally, Chinese cops in areas that suffer from terrorist attacks are being issued crossbows for use against suicide bombers. The impact of a bullet might trigger a shock-sensitive explosive; a slower-traveling crossbow bolt is less likely to do so.
- When tanks first appeared in World War One, they were slow, unreliable, and lightly armoured. By the end of World War II, they had become well-armoured and highly mobile machines, but the development of guided anti-tank missiles during the Cold War led to the belief that no amount of assured protection was possible against such weapons. German and French tank designers responded by reducing armour in order to improve mobility, while other countries explored the use of lighter tank designs. Moreover, because of the perception that shaped charge warheads were the most effective anti-armour weapon on the battlefield, tank guns were increasingly designed to fire high-explosive anti-tank shells and guided missiles. However, all of these changes were reversed by the development of composite armour and ERA (explosive reactive armour) blocks. A particularly significant reversion was the return of the smoothbore gun, whose design was more amenable to firing kinetic energy penetrators than a rifled gun; it also allowed for more effective use of specialized ammunition, with the exception of high-explosive squash head rounds.
- There's an interesting example with submarines, as well. Nuke subs are unparalleled in their ability to roam the open ocean for months at a time with little to no support. For most of the mid-late 20th Century, they also performed much better in terms of submerged speed and other factors. However, beginning with the Soviet Kilo class in the 1980s, diesel-electric technology started catching up in performance, if not loitering time. While their batteries limit the amount of time they can spend underwater, diesel-electric subs are now significantly *quieter* than nuke subs.
- The PaK 36 was a potent anti-tank gun when it was first introduced. However, by 1940, it was dismissed as "the Wehrmacht's door-knocker", as it had become virtually unable to pierce the armour of any Allied tank. The weapon was rescued and given a new lease of life by the advent of tungsten-cored ammunition, allowing it to penetrate thicker armour than the standard round could manage. When it became apparent that even the improved ammunition would no longer work, the gun was further adapted to fire a shaped charge grenade from the muzzle, which had the ability to pierce virtually any Allied tank armour up until the end of the war. Though it was supplanted in its role as an infantry anti-tank weapon by larger, more powerful guns, the PaK 36's lighter weight, low production costs, and ease of handling had some distinct advantages that allowed it to remain in production until 1942, with some light infantry and paratrooper units using it until the end of the war.
- In car design;
- Diesel cars became trendy around 1980, but they had their problems and quickly disappeared for the most part. Then some time in the 2000's, diesel-powered autos made a comeback due to improved technology.
- The Wankel rotary engine. Mazda touted the Wankel as the engine of the future, as highlighted in this oft-played commercial from 1973. But the Wankel had its problems and was pretty much forgotten at least for automotive use, except in the RX-7. Technological improvements brought on the Renesis, a new rotary engine in 2003 for the RX-8. The other wiki says Mazda discontinued that as well, though, for emissions standards reasons. However, the Wankel engine isn't dead: as of November 2013, Mazda is working on the successor to the Renesis and have plans to develop a smaller rotor as a range extender for hybrids. Moreover, it is becoming increasingly popular as a small engine in applications where its high power-to-weight ratio, smaller dimensions, and inherent simplicity far outweigh its disadvantages.
- When electric cars were invented they failed to catch on because they weren't as efficient or powerful as internal combustion driven ones. With advances in electric cells and motors (as well as the development of hybrid cars, thanks to computers becoming advanced enough to manage the energy in them) they're beginning to become more viable.
- Actually, during the early days of automobiles, electric cars were better than gasoline vehicles! Internal combustion technology, of course, outpaced electric vehicle technology for most of the 20th Century, and only recently have electric cars started to catch up.
- Airships. The airships of old had a lot of safety and maneuverability issues and thus were phased out by airplanes. Modern technology, though, can provide cheap nonflammable helium and an effective slightly-heavier-than-air design that greatly improves maneuverability. As a result, new airship projects are starting to appear, since they are much more fuel-efficient when carrying heavy cargoes than airplanes.
- Also they need a relatively smaller airfield to land, rather than miles of landing strips. They're like a third option between airplanes and helicopters.
- In the early days of the games industry a lot of them were made by individual programmers (or small teams) who self published (by distributing cassette tapes or floppy disks with photocopied manuals). As computer hardware became more powerful, games became more complicated to make and larger teams were needed. Then Digital Distribution happened, along with smaller devices which call for older styles of gameplay and improvements in middleware that make it easier to create compelling games without large teams, and "indie" games are back in vogue.
- Internet distribution has also sparked a similar resurgence of self-publication in literature and film, which was long ago common in both fields but had fallen by the wayside in the interim. In film in particular it had become synonymous with True Art Is Incomprehensible, but now is taken up in earnest by everybody from fanfic writes to aspiring directors.