Mecha design: Animal transformation

While majority of the transforming  mecha are of vehicles, Beast Wars engineered biological transformations as we understand it nowadays. We did have transforming robots that had animal like modes, but these were always more or less mechanical in nature. Be it Transformers‘ Dinobots or Tobikage‘s Ninja Robots, organic transforming mecha were a rarity. Beast Wars didn’t just push toy engineering, design and manufacturing further, but also had a television show that is of high quality. It’s 3D CG looks outdated by modern standards, but we can’t blame the staff for not using technology from the future.

Organic transformations use the same idea as before; break down the individual components and reform those into new form. However, we can have two approaches to this, depending on what is our alternative, or Beast Mode. Well, Beast Form is more likely what Hasbro could use nowadays due to Marshawn Lynch trademarked Beast Mode for his clothing line.

The first approach is to have no excessive parts, no unnecessary shifting. To stay true to the idea that we are talking about a mecha that is so organically intertwined with its beast form that the transformation scheme flows from one to another. This approach can simplify the transformation quite a lot. To the point in which an animal pretty much stands up. Let’s use Boxtron’s brother, Anitron, as an example.

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Animatron? You couldn’t come up with a better name?

I’ve broken down a generic four-legged animal into more geometrical elements. Breaking organics into chunks of irregular geometric shapes works better than oversimplifying them. This is assuming we want to keep some of natural shapes around, rather than mechanise the beast form completely.  To keep with the first approach, the easiest way we can have the first step in a humanoid mode is to make Animatron stand.

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Are you serious?

Four-legged animals are a very easy example due to them having somewhat remotely similar body structure to humanoids. It just needs some tweaking. Let’s throw the animal head back, push the front leg’s paw’s back while flipping hands out from the forearms and turn that tail into a gun.

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There are multiple ways to handle the animal head. Here we see an example where it’s essentially a hanging kibble on the back. While it’s dirt cheap method, it has its use when handled properly. More often than not, the head of the animal is pushed to the front so that the face is on the chest. This gives the mecha a crest and a thematic approach. Take a look at Cheetor’s toy control art to see how they’ve flipped the head forwards.


Cheetor’s transformation is not the same as Animatron’s (there is more twisting of limbs and whatnot), but the point still stands. With a shorter neck, the head dangles on the chest. There is also an option to leave the animal head as-is and use that as the mecha’s humanoid mode head as well. You can also do what Voltron did and have the face be hidden inside the animal’s mouth, leaving the top of the animal head a helmet.

This approach is very straightforward and can be adapted to pretty much any animal shape, except to those that do not necessarily lend themselves for the humanoid two-arms two-legs form. In cases like this we need to start looking how to either break down elements in order to force them a new shape, or how we could create the animal form to function as a shell. Shellformers are a thing, and here’s the worst (best?) example; Break.

Cliffbee‘s review says it all, really.

You could really just pull all the penguin parts and have a robot with no forearms. The design’s not something that would win prizes, but not all designs are required to be of top percentage.

But let’s combine the shellforming and “standing-up” transformation for the second approach, where we have to tweak some things in order to work. A T-Rex is always a popular theme for robots, so let’s use that. An intentionally bad example, so I can touch upon this sort of volume-centric scheme later on.

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Let’s try to have a smoother T-Rex than breaking it down to geometrical elements

A dinosaur like this poses two problems compared to the four-legged animal above; the forearms are short and can’t make humanoid arms, and tail is far too long to be integrated easily without adding too much bulk. In order to achieve a similar transformation, we need to add few more steps into the mix.

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Animatron is pleased, yes

In order to house human proportion arms, we can stash them inside the torso underneath the robot mode head. We turn the torso’s sides into shoulder armours and have the arms lower from there. Then we can have the neck take over now empty section of the torso all the while pushing the head down to become the chest. Straighten the legs and turn the tail into a turret attached to the pelvis, and shorten it by splitting it open and covering top and bottom.

There would have been multiple ways of achieving a transformation. We could’ve have gone the opposite direction and split the head and neck open to form legs, legs becoming hulking arms and tail becoming the weapon again. This approach, where elements are derived from the volume.

Volume-centric transformation schemes work best when you have enough volume to work with, where you can turn things inside out to reveal something that the mecha was hiding underneath. This isn’t transforming one shape into another anymore, like we did with Boxtron’s example. Here we are revealing completely new elements from within the mecha itself that have no relation to the beast form with the arms. I could’ve done this a lot more, like have the legs transform into more mechanised ones instead of keeping the T-Rex legs as-is. The tail-gun, which looks absolutely retarded above, is another far simpler example.

The two approaches are almost inseparable to some extent. More often than not, you need to use both volume centric and shape transforming approaches when it comes to organic objects due to the nature of the beast. In a way, an animal may force a smoother and flowing idea of a transformation compared to a machine, where industrial efficiency in shape and function reign.

Netflix style gaming

Some time ago I was asked what do I think will be the next big thing in gaming. Usually I tend to argue that digital will not replace physical release for some time now (digital distribution has been said to obsolete physical media for some fifteen years for now) but I do recognize that cross pollination between the media is common. The future of gaming can once more found in the past, and that probably will be streamed games.

Streaming games isn’t anything new and few companies have already tried it few times over. Nintendo’s Satellaview service is perhaps the most prominent example next to OnLive’s cloud gaming. These two functioned rather differently, with Satellaview requiring a specific cartridge that would download and save the game on the cartridge itself, whereas OnLive’s MicroConsole TV Adapter (that’s what their console was called) would access a title on OnLive’s servers and stream it directly to the console.

Netflix’s and other streaming services’ success is something modern game industry is probably highly envious of. Games and movies don’t only affect each other visually speaking, but also how the industries sort of work. Modern mainstream game industry is just as corrupt and full of itself as Hollywood is, and both are envious of each other of their successes and products they put out. The consumer really loses in this little battle with each other.

It could be argued that modern technology isn’t up to perfect game streaming yet. Satellaview was more or less a similar service to Steam in how the game required a specific setup in order to be played, and OnLive’s service stated that the user needed to live thousand miles of within their server in order to get quality service. The Internet speeds are the bottle cap of the system overall, and as games require more and more oomph from the machine, the machines need to reflect this in their hardware. However, hardware still doesn’t reflect the quality of the games, as that’s still up to the developers how their games are designed and optimised, two things that seem to be missing from current mainstream industry.

One of the main reasons why companies would want to aim for game streaming is that they can claim it to be fighting against piracy through that. Claim is the choice of word here, because game companies don’t like people trading their games with each other. It’s better for them if everyone bought their games new from the stores. A streaming service would keep their the control of the market in their hands. Purchasing of games wouldn’t be a thing as the consumer would subscribe to a service. Except for the DLC, that would always be a separate thing. Of course, the user wouldn’t need to use any of his HDD space for the games due to cloud based service. In regards of history archiving, stream-only games would be hard to archive for future generations. Satellaview games suffer from this, especially with the radio broadcasts that went with them. Even now, a game that has its license expiring will be removed from stores and online services whenever applicable, and the same will apply to any streaming service.

Of course, the ownership question always pops up. With a streaming service, you would only own the console you would use for streaming, and for computers you wouldn’t probably own the software. You’d need to subscribe to the service itself and would have no control over anything in the end. Without a doubt, regional variants would continue to exists, just like with Netflix and other streaming services that limit what can be streamed in which country. This sort of regional locking is something that isn’t an issue with modern consoles any more, but with stream-only services a user wouldn’t be able to access games from another region without a VPN.

Which if the Big Three would launch their own modern game streaming service first? Sony certainly should have the basics for it, as they bought out OnLive. They should have all the documentation and basic framework how to set up a similar cloud gaming service. Perhaps this could be their ace in the hole to compete against Nintendo’s hybrid console. Microsoft on the other probably won’t do anything of the sort for a while now before they see how Project Scorpio turns out, and probably will mimic whatever Nintendo and Sony put out while trying to trump them with something over the top (see; Kinect and WiiMote.) Nintendo on the other hand seems to be already testing some waters with Switch’s paid online, as the current word on the street is that Nintendo’s paid online service has been delayed until 2018 and rather than offering a game for the subscribers to play, they will be able to access a plethora of classic games. Of course Nintendo would only offer classic games and nothing newer, as they don’t give a damn about their classic lineup of games. On the surface it does seem nice, with the cheaper price and all, but this most likely also means Nintendo won’t give two shits about Virtual Console, which was one of the reasons people bought Wii. Perhaps in their eyes a streaming service of these classic games could increase console sales, especially if the service was cheap enough.

I admit that companies hoping to take control over the consumers’ consumption of goods into their hands does sound like conspiracy theory to an extent, but no company would pass such an opportunity, because ultimately it is all about the money. By having all the string in your fingertips, a company could log in all the preferences of a consumer, supplement them, hit the right spots and sell the information forwards while still selling their own  product (i.e. subscription service and DLC in this case) to the consumer. The current consumer trend is to give control of products over the companies, and Steam probably exemplifies this the best alongside with Netflix. Certainly it is cheaper and you don’t amass large amounts of discs on your shelf. Perhaps there is too much trust put into these companies with all the information we give them.

Mecha design: Straightened up A-6

To continue the theme of transforming mecha in a simple form, I’ve decided to take this chance to introduce another simple transformation, but one that isn’t a box and does alter its appearance quite a lot between its two forms. Furthermore, rather than choosing something that flies through the air, I’ve decided to pick one that makes some sense in its setting as well as is water bound; the A-6 Intruder, or the Tactical Surface Attacker Type 81, Wadatsumi.

The unsung hero

Unlike Boxtron from one of the previous entries, A-6 Intruder requires some explanation about its role in-universe in Muv-Luv Unlimited/ Alternative. In a world where air superiority is not an option before a specialised enemy unit has been cleared off from the battlefield, an off-shoot branch has specialised on long-range combat and against enemy strains that are less armoured and smaller, but number in tens of thousands. The A-6 Intruder is the amphibious equivalent of A-10, another TSA. Both of them require to work in tandem, with Tactical Surface Fighters for effective warfare if they’re present. Furthermore, the A-6 has specialised in landing operations. These guys are the workhorse of things, able to take loads of damage and dish out about twice as much, reflecting the real world craft’s resilience. Effectively, they’re walking fortresses rising from the water and taking control of the beach, so the main force can move in.

If you were expecting a design comparison between this and the real life A-6, I’m not intending to do one due to the TSA effectively having no elements to go through. Well, outside the intakes that the 120mm guns were modelled after. The only real connections are the intention and relative role. The real world Grumman A-6 Intruder was a carrier-based attack craft that was designed around long-range and low-level tactical strikes. An interesting juxtapose is that the real world craft had no guns or internal bombing bay, whereas the TSA has nothing but build-in weapons. All the ordinance was mounted externally, and ranged from simple generic bombs to possibility of Mark 43 nuclear bomb. Fun fact, the A-6 delivered the most ordinance during Vietnam War than any other craft, including the B-52.

The design reflects the intended function. While not exactly apparent from its land mode, the whole transformation is made simple as possible while having interesting shapes to go around. Nevertheless, it still has some notably intricate, smaller form changing in its legs.


How the feet are pulled in during submersible mode is rather interesting for the reason that it’s slightly over-engineered. The question whether or not you’d want sharp double-heels when you’re landing on a beach, or walk anywhere on the sea bottom where its muddy as hell,  is a good one and probably the only individual detail that I can complain about. If you disagree, you go walk on the beach with stilettos. Don’t ask why I’ve done that.

The transformation has four main elements that change form. The head, the arms, the legs and the crotch piece. Just like some older Transformers, what A-6 essentially does it that is stretches itself out, with some twisting and turning here and there. This transformation scheme is dependent on water, as its submersible mode wouldn’t function on land. Maybe is space. Luckily, we do have step-by-step CGs from the Visual novels themselves.


Here we see the submersible mode with its head extended from the main body. This seems to be the first step in the whole thing. Overall speaking, we do see that the A-6 is pretty nice overall, though you can see sections on the arms that have crevices. Nothing major going here yet.


The second step is to extend the shoulder and hip joints beyond the main body. This is the first thing that leads to the rest of the breakdown, but to be completely honest, this and extending the head should one and the same step.


Here we see the hands extending forwards. These scene where this particular transformation takes place happens during a battle against a Tactical Surface Fighter. Hence, the arms are coming to grab something in-front of it. In order for the 120mm cannons to face forwards (as in the top image), they are required to twist 180-degrees forwards. The main shoulder pieces that keep the arms and 120mm cannons connected to the main body are still flat.


The last phase  is extending the crotch piece forwards, twisting the 120mm cannons forward while turning the shoulder pieces out and straightening the legs and feet. At this point the A-6 Intruder would be ready to land ashore.

This transformation sequence uses the exact same core idea as Boxtron. The initial shape is mostly dictated by its function as an amphibious weapons platform, which on the other hand does limit how the humanoid form stands up. Well, semi-humanoid, as the A-6 does away with most human proportions.

While the transformation is simple, the main difference with its initial starfish form and Boxtron is not the shape or the sequence, but that it contains third dimension. While Boxtron was strictly a two-dimensional, A-6 needs to rotate and extend sections in the third dimension in order to achieve complete form change. As mentioned, the scheme of designed to work under water and only under water and ultimately the whole design works around this. The thrust is kept to the same direction at all times and the only bit that would seem to have any control over direction is the crotch piece.

Nevertheless, the good old tuck-and-cover method is practised here as well with, well, everything really. The amphibious mode is streamlined in most parts and doesn’t exactly have any hard corners for the water or currents to drag on. The geometry is overall sound. Outside the feet, anything more complex would be redundant.

In-universe the A-6 Intruder isn’t exactly a showpiece, and its transformation gimmick does give it a higher cost, but it’s specialised role makes it shine. While we can debate whether or not the design itself is something to admire, the A-6 is nevertheless a good example of a purpose-designed form changing mecha.

Guilty Gear design comparison: BAIKEN

Baiken is a hodgepodge of samurai tropes. While her initial design does come from Kenshin of Rurouni Kenshin (whom Ishiwatari thought to be a woman at first,) Baiken is quite a lot more than just that. She gets her scar and lost arm from the literary character of Tange Sazen, though which eye has been scarred has been switched around. While Sazen is a man, the very second movie the character starred turned things around and starred Michiyo Okusu as Lady Sazen in Lady Sazen and the Drenched Swallow Sword.

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She may lack the Demon Tools, but Lady Sazen cuts people down like grass

Certainly we can trace some elements of Baiken’s designs to characters like Tezuka’s Hyakkimaru as well, but all this really is to show that Baiken encompasses characteristics from an archetypical ronin samurai stories, including her traumatic past and thirst for revenge. Hell, she even kicks tatami up with a special move, and let’s not forget she gets her name from Baiken Shishido, who probably influenced her use of Demon Tools through his proficiency with the kusarigama, the sickle-chain. However, I do argue that Lady Sazen and Kenshin were the main influences here, and everything else was more or less a supplement to fit popular samirai tropes.  Hell, she even has a pose where she holds her chin like Sanjuro from Yojinbo. Let’s get it on after the jump.

Continue reading “Guilty Gear design comparison: BAIKEN”

Your own brew of mead

The reason I tend to compare developing electronic games to cooking is that even with the right ingredients you may fail miserably for countless of reasons. This could of course be extended to pretty much any field that requires design, but for the sake of this blog we’ll stick with games.

However, the main obstacle with this comparison is that everybody capable has to learn how to cook something in order to produce food for consumption. We’re side-lining all the modern brouhaha of microwave dinners, because even then some preparations is required. In general, very few people are not inept within the kitchen and are able to use the oven and other appliances for some cooking.

This is not exactly comparable with game development, as one can argue that it takes longer to learn a coding language and create assets for a game. This is of course under the assumption that we have single chef compared to a sole developer. While food is a necessity, games are not. They are a common luxury item to many of us to the point that we barely even realise their worth and are willing to push their value down by any means necessary while expecting high enough production values. To be fair, this blog tends to argue that developing and publishing games as become too costly and grandiose, and should be scaled back and return to form. Video game industry does have its own Hollywood, and the same cores have taken effect; the committee.

Hollywood blockbusters tend to be described committee movies to an extent, with loads of people from marketing and higher ranks having a check-list of things that need to be included in a movie due to statistics and research showing that this and this age group and this and this audience likes certain factors in a given movie and genre. They’re not wrong either. The very reason you have dozens of different flavoured products is that people like certain things in a certain way. The movie being here the whole of pasta sauces and each variant an ingredient of a given movie.

I admit that this blog does emphasize the whole statistics perspective quite a lot, perhaps to a degree that it has given a hidden bias. However, trends are made to be broken, and it’s not beneficial to look just what the paper says works. Ultimately, this approach will only yield one design, one style product that will be repeated to ad nauseam. Film trailers tend to be a prime example of this, where they follow what was proven to be popular to the point of each trailer essentially having the exact same blueprint independent of the movie, genre or studio. An example that pissed yours truly off few times around was the BAWWMMM sound effect from Inception. Let’s not forget the distorted booms and stuttered downers either. Guardians of the Galaxy did set up a new trend for comic book movies with its use of music, for better or worse.

Nevertheless, there’s very little reason to fix what’s not broken. That’s not to say we can’t make previous items obsolete. In fact, we can make any design obsolete as there is no one perfect product out there. Well, the only good contender for that title is the Kikkoman soy sauce bottle, but we’ve talked about that already. Here’s where the whole thing about your own brew steps in.

At home you can produce your own mead or vine and have it taste pretty much perfect to your taste. Same with cooking and games. However, once you step into the market place, your tastes apply very little.

That is to say, whatever a designer thinks may be a great product for the user does not tell whether or not the product in reality is a great product for the user.

We can’t completely separate personal preferences from the cold statistics when producing a product, be it a game, book or food. They need to be married together in harmony that will push through the personal investment as well as present it in a fashion that is relatively easy to digest. This is not an argument for dumbing down, this is an argument for creating a product that comes half-way through to the consumer so that the more intricate aspects of it can be absorbed.

To use an example, we had plays before movies. The jump from one to another, while somewhat drastic in technology, ultimately relies in same core elements while having its own identity as a form of media. Further there we have movie genres, techniques and so forth that have taken the field onwards, both in terms of visuals and storytelling. Consumers have easier time adopting new movie formats and ways things are set up due them being accepted by the consumers, and most of the industry people, to contain valid values across the board.

The same goes for video games, albeit due to harsh crevice existing between the Blue and Red Ocean markets it should be noted that the trends valued in one does not necessarily meet with the other. These values are not just technological or design aspects, but also philosophical and political. As video games are escapism (undervaluing escapism as some sort of lesser act or even detrimental is a topic on its own) there are subjects and things that can be handled well, and that can be forced from a certain perspective towards the player.

The problem here is that the biggest sin a game can do is to take control from the player without their own action, e.g. for a cut scene. This lack of control is best shown in RPGs, where some games tend to showcase a topic through one facet only and ignore all others, deciding for the player in black and white terms what should be done and how. This sort of railroading is done for the benefit of the story and detriments the game’s play.

I would argue that in both game industry and in Hollywood the execs and marketing departments should lift some of the pressure off from the developers, but at the same time these creators should not ignore the audience’s wishes and wants (while aiming for needs.)  The mead you brewed might be the best shit you’ve ever tasted, but your neighbour probably thinks it tastes like piss.

Review of the Month; Hori Mini Commander for Famicom

Hori’s been a long time on the third-party controller market. Usually they are of pretty high quality, offering relatively cheap price for a solid, no-nonsense controller that serves just fine. I’ve covered quite a few Hori product on this blog, and I have to say that I do have a slight personal bias for their products due to my good experiences with them. Hell, I still use my Rockman.EXE GBA softcase that was designed for the Game Boy Advance, because it’s so well made. Currently it houses my European 3DS.

This time we’re going back to one of Hori’s earlier third-party controllers, the Famicom Mini Commander. It seems like Hori has been doing smaller alternatives since the start. This controller also seems to be relatively obscure, and is the miniature version of the more well-known Hori Famicom Commander. For a more comprehensive review, we’re also going to open the controller to see what it has eaten.

I’m also using large file size with these photos, because I’m sick and tired of gnat-shit size pictures that are all around the net. Notice how neat Hori’s old logo is. More after the jump

Continue reading “Review of the Month; Hori Mini Commander for Famicom”

Mecha design; Combiner Core

Combining and transforming has been with the mecha genre at least since Kouji Kabuto’s Hover Pilder turned its hover wings up and docked unto the head of Mazinger Z. This is the first major example in the mainline media that shows two separate individual mechanical objects combining and forming one cohesive being, as small act as it is. Nevertheless, a Pilder is an inseparable element of a Mazinger in a form of another. However, Mazinger Z is not the first combining mecha, unless you belong to the school of thought that mecha is an umbrella term for all mechanical like it’s original intended use is.

Kouji Kabuto becomes the brain within the helmet of Mazinger Z

Many would coin Getter Robo as the first combining mecha, but that’s not exactly correct either. It certainly can be said to be the first mecha that is formed by using three individual components that share equal amount if importance and space in the formation. Getter’s selling point was that all three fighters used to form a Getter had their own form in the lead. One Getter Robo thus has four configurations; three separate fighters, one for airborne fighting, one for land based and one to fight in water. This essentially translates into balanced, fast and strong forms. However, this power balance is not emphasized, as the balanced form gets the best attacks and most face time. The third form is most often wasted and almost practically useless.

I love using this .gif, so sue me

Often a forgotten, and probably the first example of combining robots in how most think it as, is Gadem from Tetsuwan Atom. Gadem was a giant mechanical centipede formed from 47 individual androids. The reason Gadem doesn’t trump Mazinger Z is that Gadem’s a Monster of the Week, something that’s interesting for that one episode and then passed on. You don’t seem Gadem combining in the opening every single time.

The original Tetsuwan Atom is so much fun

The reason I wanted to go through this very short history of combining mecha first is to portray that much like with other things when it comes to designing mecha, there is no set rule as such. There are trends and styles that one prefers over another, and if you were to design your own combiner, the best way is to look what has been done, and then research real world mechanics how things are fit together. However, the real world doesn’t exactly have the highest amounts of combining war machines, e.g. there are no tanks that can form a big supertank, and thus we’re “limited” to our imagination and what we know of real world mechanics.

As with transforming mechas overall (most often a mecha needs to transform in order to accept other components of the combination), the design can be done so that it looks somewhat realistic in the sense that it could be realized e.g. in toys. The above example of Mazinger Z and Pilder combining is incidentally relatively realistic, despite being coined as the first Super Robot. There is no warping or the like. It’s a craft docking, landing, combining, whatever word you want to use, with a surface designed to hold the Pilder in place. We can question the design and all that, but it might as well be a spacecraft docking with a station or helicopter landing and locking itself down unto a carrier.

Getter Robo’s combination and subsequent transformation (the fighter are required to transform in order to take the shape of the robot) are no-sense kind. There are some indications what part ultimately becomes what, and we’ve gone this over before.

From here we can roughly split combining mecha into three styles. First would be vehicle combiners, where a giant robot is formed through combination of vehicles (or animals). Super Sentai tends to favour this the most above all. Second would be humanoid combiners, where humanoid shapes are first transformed into appendices or similar in order to complete their gestalt form. Despite Transformers having two forms most of the time, I would drop them into this category due to the fact that their main form, in the end, is their humanoid one. Their Alternative mode is the one they disguise themselves into, after all. Lastly, there is non-humanoid gestalt, where either vehicles or humanoids form up a combination result that isn’t a giant robot but something else.

Of course, there is also equip-combination, which is more or less one whole mecha gaining an extra pound of equipment of on top of itself. This is separated from the the aforementioned because it doesn’t create a new whole in itself; it’s just a mecha putting a jacket on, if you will. An example of this would be Sonic Convoy from Transformer: Galaxy Force.

Is this some new level of geekiness from this blog now that I’m referencing Japanese original version of Transformers Cybetron?

Each of these approach really would garner its own post with examples, as one combination style has quote a lot of stuff to go into. As such, maybe this post is best to take as a prepper for possible future expansions.

One thing that the designer of combining robot has to keep in mind is that it needs to be cool, no matter the approach.

A combination that has no tension behind it, no emphasize or meaning, lacks impact. Within fiction combination shouldn’t be treated as something trivial. Even in Getter Robo the combination plays important role with switching between forms and dramatic evasion manoeuvre. Even when combination becomes a common occurrence within fiction it has to leave some impact. Transformers has made offence of this few times over, but as long as the gimmick of combination is treated with respect, it works well as a dramatic device.

To use an example from the aforementioned Transformers, Combiners are almost always stronger than any other single character within fiction. A Combiner is the sum of its parts in pretty much every regard, and thus can change the tide of a battle on its own. To see a Combiner parts on the field should fill a soldier with fear or anticipation. Perhaps the most proverbial Combiner (not to mention a sort of classic example of modern humanoid mecha combiners overall) Devastator is the poster child for what it is to be a Combiner in Transformers fiction. You let Devastator loose on a field and follow it from afar how things just get devastated. Afterwards Megatron can always command its components, the Constructicons, to build something new. Treating Devastator otherwise would cheapen the fiction, character and the concept. Incidentally, Devastator’s intelligence is not the sum of his components, but who needs smarts when you have strength?