Logan Steele
Gundam is a Japanese military science fiction media franchise that features giant robots, or mecha, with the name Gundam. The franchise began in 1979 with Mobile Suit Gundam, a TV series that defined the real robot mecha anime genre by featuring giant robots called mobile suits in a militaristic setting. Gundam mechas are large, bipedal, humanoid vehicles controlled from a cockpit by a human pilot. The head of the mecha serves as a camera to transmit images back to the cockpit. Gundam mechas do not have muscles, but some fans have discussed the possibility of them having synthetic or artificial muscle systems for their joints.
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What You'll Learn
Gundam robots don't have muscles, but some have bulk
While Gundam robots don't have muscles, some fans have imagined what it would be like if they did. On a Reddit thread, users discuss the possibility of Gundam robots with synthetic muscle frames. One user mentions the Gekkos in MGS4, walkers with legs made of synthetic muscles, as an example of what mech frames with synthetic muscles could look like. Another user brings up Full Metal Panic, a show that features "Muscle Packages" and explains that synthetic/electro fibre joints have less weight and more speed compared to regular hydraulic cylinders.
In terms of bulk, some Gundams are more imposing than others. One source describes the Providence Gundam as "jacked up" with wide shoulders, a large core, thicker legs, and a heavier weapon. It is compared to a pro wrestler and is described as more villainous due to its wider frame. Another Gundam with notable bulk is the Physalis, which is described as having the biggest leg in terms of proportion and a very macho appearance when paired with massive boosters and an Atomic Bazooka.
While Gundam robots themselves don't have muscles, the exoskeletons used by the human pilots inside can be thought of as a type of artificial muscle. Exoskeletons are powered mechanical devices that enable humans to outperform their natural abilities. They can be powered by batteries, hydraulics, or sensors that respond to neurological activity in the brain. Dr. Ray Baughman, a leader in exoskeleton research, has proposed using artificial muscles made of fishing wire, which would be lightweight and cheap.
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Gundam's humanoid shape offers advantages over vehicles
Gundam robots are typically designed with a humanoid shape, and this design offers several advantages over vehicles. Firstly, the humanoid form provides a range of movement and mobility that vehicles might struggle to achieve. For example, a Gundam with legs can move across a variety of terrains, whereas treads like those on a tank would be more stable but limit the types of terrain accessible. Similarly, a Gundam with legs can land on a moving ship, whereas a vehicle would need to power its own momentum.
The humanoid shape also allows for a greater variety of combat options. For instance, a Gundam with arms can wield handheld weapons, such as a howitzer or a beam saber, and use its arms for close-range combat while still being able to move. This versatility is further enhanced by the ability to equip different weapons and equipment to a uniform humanoid frame, making the Gundam capable of both long-range and close-range combat.
The Gundam's humanoid form also has ergonomic benefits for the pilot. The cockpit is located in the torso, which is more intuitive and natural for a human pilot than controlling a vehicle. This can lead to improved performance and a more immersive experience for the pilot.
Finally, the humanoid design of Gundams may also have storytelling and characterisation benefits. The human-like appearance can inspire certain emotions and connections with audiences, enhancing their popularity and engagement with the story. This is especially true if the Gundam is designed with impressive or unique physical features, such as large shoulders or legs, which can make the robot seem more imposing or powerful.
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Gundam's humanoid shape is more fuel-efficient than flight
Gundam robots do not have muscles, but some have been described as \"jacked up\" due to their wide shoulders, large cores, thicker legs, and heavier weapons. Some Gundams have synthetic muscle frames, while others have pneumatic or electrofibre joints. These synthetic muscle frames are said to have less weight and more speed compared to regular hydraulic cylinders, but are less robust and powerful.
The humanoid shape of Gundams is more fuel-efficient than flight for several reasons. Firstly, the moveable limbs of a humanoid shape allow the Gundam to move more efficiently and conserve fuel. The perfect number of limbs for optimal efficiency is four, which is why Gundams are typically designed with two arms and two legs. This design also allows for more mounting points for thrusters, boosting AMBAC (attitude maneuver by manoeuvring thruster control). Additionally, the humanoid shape is advantageous in close-quarters combat, as battles in the Gundam universe often involve line-of-sight targeting and man-to-man combat in space. The humanoid shape also allows for greater versatility in terms of weaponry, as a uniform humanoid frame can be equipped with a handheld howitzer, targeting equipment, and a backup weapon for close-range combat.
Furthermore, the humanoid shape of Gundams provides an advantage in terms of mobility and stability. While treads like those on a tank may provide more stability, they severely limit the types of terrain the Gundam can navigate. Legs, on the other hand, offer greater stability while still allowing for quick omnidirectional movement. Additionally, legs provide alternate forms of mobility should the Gundam's engines fail or malfunction, and they enable Gundams to land on moving ships without having to power their own momentum.
The fuel efficiency of Gundams is also enhanced by their propulsion systems and power plants. Early models used solid-fuel motors, while later models often employ liquid-fuel rockets for improved performance. The development of highly compact mobile suits also led to the placement of generators and thrusters outside the suit, improving energy transmission efficiency. The creation of the Minovsky ultracompact fusion reactor, which uses an I-field to confine and compress reactor fuel, further increased fuel efficiency. This reactor design is only a fifth of the size of an equivalently powerful Minovsky-Ionesco reactor, allowing it to be mounted within the mobile suit.
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Gundam robots are controlled from a cockpit by a human pilot
Gundam robots are large, bipedal, humanoid vehicles that are controlled from a cockpit by a human pilot. The cockpit is located in the torso, while the head serves as a camera to transmit images back to the cockpit. Gundam robots do not have muscles, but some fans have imagined them with synthetic muscle frames. The robots are designed to look imposing, with wide shoulders, large cores, thicker legs, and heavy weapons. They are also designed to be realistic, with technology derived from actual science or feasible technology requiring only a few fictional elements to function.
The Gundam franchise is a Japanese military science fiction media franchise that began in 1979 with the TV series Mobile Suit Gundam. The series features giant robots, or mecha, with the name "Gundam." The popularity of the series spawned a franchise that includes 50 TV series, films, and OVAs, as well as manga, novels, and video games. Gundam robots are often referred to as mobile suits and are essentially combat vehicles that look like people instead of tanks. They are typically powered by batteries, hydraulics, or nearby wall outlets, and in some cases, by sensors that respond to neurological activity in the pilot's brain.
The human pilots of Gundam robots are usually Newtypes, genetically advanced humans adapted for space with psychic abilities. These abilities enable them to sense each other across space and to utilize special mobile suits. The design of the Gundam robots allows for greater freedom of movement than a tank or fighter jet, while also providing the advantage of reduced fuel consumption. The humanoid form also allows for the use of handheld weapons and the ability to engage in close-range combat.
The imposing appearance of Gundam robots is a significant aspect of their design, with some featuring epic shoulders, large arms, and chest armour, as well as massive legs. The engineers seem to be feeding steroids to these guys because they are virtual freaks. The various Gundam series are not bodybuilding contests, but points are given if the mecha looks impressive. The wide frame of some Gundams also contributes to their villainous appearance, with thicker legs and heavier weapons.
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Gundam's artificial muscles could be made of lightweight fishing wire
Gundam robots are known for their impressive, muscular appearance, but they do not actually have muscles. However, some fans have imagined what Gundam artificial muscles could look like, suggesting synthetic or pneumatic/electro fibre joints. These synthetic muscles could add to the detail and coolness of the Gundam design, especially if the joints are exposed.
While Gundam robots do not have muscles, they could potentially be made of lightweight fishing wire. Fishing wire comes in a variety of materials, including nylon, plastic, alloy steel, polyethylene, and stainless steel. Some types of fishing wire are thin and flexible, while others are designed for heavy-duty use and maximum strength and durability.
Lightweight fishing wire could be used to create the appearance of muscles in a Gundam robot, providing a flexible and durable material that can withstand tough conditions. The wire could be used to create a synthetic muscle frame, with exposed joints that show the expansion and retraction of the limbs. This would add detail and movement to the design, making it more animated and lifelike.
Additionally, using lightweight fishing wire for the artificial muscles could have functional benefits. Fishing wire is known for its strength and durability, which could enhance the performance of the Gundam robot. It is also flexible and thin, allowing for a greater range of motion and faster movement. This could give the Gundam an advantage in combat, allowing it to move quickly and easily while still having the power and durability of muscle-like wires.
Overall, using lightweight fishing wire for Gundam artificial muscles could be a creative and functional design choice, adding to the visual appeal and performance of these impressive robots.
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Frequently asked questions
No, Gundams do not have muscles. However, they are large, bipedal, humanoid vehicles controlled by a human pilot from a cockpit in the torso.
Gundams are robots and do not require muscles to function. They are powered by various means, including batteries, hydraulics, and nearby wall outlets.
Yes, there are examples of robots in other anime and video games that use artificial muscles or pneumatic/electro fibre joints. These include the Gekkos in MGS4, Aura Battlers or Overmen, and the mechs in Knights & Magic.
Human-like legs give Gundams the advantages of being human-shaped while reducing the disadvantages of being shaped like a tank or fighter jet. Legs provide greater stability, faster and stronger movement, and the ability to use legs for combat. They also ensure alternate forms of mobility should their engines fail.
Some Gundams are designed to look more imposing than others, with wide shoulders, large cores, thicker legs, and heavier weapons. Examples include the Providence, the MSZ-010 ZZ Gundam, and the Barbatos Lupus Rex.
