u/Educational-Fox-5114

The third iteration of my twin engine, highly maneuverable gunship. The engines were adjusted to reduce wobbling. Tilting the stick back allows slow gliding for better turret engagements. It is capable of straight descending by tilting the stick back left or back right. The balloon's position allows for stable deactivation. It has a 7 pulse turret with an extra free slot that can be used to replace it with an 8 beam turret, twin 3 beam turrets, or adding a cannon.

Special thanks to the Hyrule engineering community for the parts that make this build possible.

(Some footage was recorded with a previous prototype with the balloon on the back, but the performance is identical except when the build is depowered)

This aircraft uses kohga's winged truck as chassis. The fan in the back provides forward thrust while the small wing engine provides lift. The balloons act as stabilizers and allow gliding while the small wheel engine is off. Tilting the stick back left and back right after triggering reverse in the small wheels allow downwards thrust, useful for losing altitude or landing. This build has eight available slots for customization.

Special thanks to the Hyrule engineering community for the parts that make this build possible.

This iteration has a blast proof cockpit embedded into the gloomdredger chassis. The pot/stabilizer/wing setup was replaced by a small motor + stabilizer. As a result climbing becomes harder but the bike is far more responsive and stable.

I am sharing a cruiser and weaponized versions. The cruiser climbs better (able to handle the steeper slopes around Tarrey Town with some effort) and rides smoothly. In comparison, the weaponized version falls short on the steepest slopes (will handle less steep slopes fine) and wobbles a little due to the construct heads, but it is still stable enough to perform well. The cruiser has plenty of room for customization for different weapon loadouts so long as they remain lightweight.

Special thanks to the Hyrule engineering community for the parts that make this build possible.

This contraption is designed to activate balloon lift on demand without battery usage. It is useful for when the effects of balloon lift are only required at specific times (such as altitude gains, battery recharge or smooth descend) whereas it is more convenient to deactivate it on other times, for example, to prevent the stabilizing effect of the balloon. The video showcases an example of usage on a gunship that relies on balloons for altitude control.

Special thanks to the Hyrule engineering community for the parts that make this build possible.

This engine was built by gravity nudging two big fans, creating enough space to glue loop the central mechanism of two small motors and a stabilizer. Coupling the fans like that allows for synchronizing rotation, provided by the steering stick. The additional fan allows smooth forwards and backwards rotation. I also tested an additional design using a depths rail. With the rail, it turns a lot better, but the downside is that it loses rotation range. It retains enough range for reverse flying however.

Special thanks to the Hyrule engineering community for the parts that make this build possible.

This raft is relatively fast, maneuverable, and equipped to deal with the regular threats found in Hyrule's water bodies. The central mechanism allows it to maneuver out of most scenarios in which regular boats would get stuck without recall. The shock emitters can be removed to improve battery consumption but if left they allow the raft to be used for fishing. Neutral or tilting the stick forward will rotate the engine clockwise, while tilting it back will rotate the engine counter clockwise. Piloting takes a bit of practice because of the sensitive nature of the mechanism, but once getting used to it, it becomes quite fun to use.

The fifth iteration of my single big wheel engine air-to-ground gunship. The engine and turrets have been optimized to reduce the gunship weight. It is equipped with a balloon that gives it better altitude control and turning. It is armed with eight beam emitters in a twin pulse turret array. The turrets angles can be tweaked for optimal pulse rates on large groups of enemies.

Special thanks to the Hyrule engineering community for the parts that make this build possible.

Built by gravity pressing a scaled down yiga box and 2x2 metal plate. Adding it to your builds will provide a lightweight, compact, blast-proof barrier that will also hide link from enemy detection. I added some testing footage using some quickly put together prototypes.

The second iteration of my armored desert vehicle. This version can be used on water as a fairly agile boat. The small wheel serves a twofold purpose. It acts as brake on sand and snow, while providing traction on other surfaces. It has the same weapon loadout as the original, able to maneuver around Molduga and other enemies with ease. It has two available free slots, that can be used to provide link with protection. Removing the shrunk fan in the back makes it have a really tight turning radius in water, but makes turning hard to control on land.

Special thanks to the Hyrule engineering community for the parts that make this build possible.

This bike uses a shrunk version of the gloomdredger. It can go uphill with little to no issues (the steepest slopes need a little speed buildup). A micro wing is used to help go uphill as well as smooth descend. It is equipped with a 4 beam version of [this](https://www.reddit.com/r/HyruleEngineering/s/Pn31DMoQRq) excellent, lightweight turret by u/ryt1314059. The turret stands on a pot/stabilizer base to keep accuracy.

Special thanks to the Hyrule engineering community for the parts that make this build possible.

The axles have been compressed to compensate for the low strength of the shrunken big wheel axle. The axle connection is quite durable and can be manipulated and stressed without breaking. It's good for boosted wheel vehicles or for lighter propeller engines.

This vehicle works on two fans (a scaled one in the front), a miniaturized wing and big wheel and a balloon acting as a stabilizer. The big wheel/fan setup in the front allows it a good turning circle as well as the ability to tilt the airship down for descent (which is normally challenging for fan/balloon builds). Additionally, it helps the airship get unstuck when frontal collision happens. It has plenty of room for customization/weaponizing.

Special thanks to the Hyrule engineering community for the parts that make this build possible.

Link was able to build this goron-looking power armor in a cave, with a box of scraps.

A water traversing, small wheel bike that is also able to go up steep hills. It's stabilized by a pot-stabilizer combo.

The first vehicle is a juney cart powered drift-able car. Besides being capable of sharp turns, it can also climb slopes without issues.

The second is a energy-free hydroplane. While it's turning radius is not nearly as good as that of some of my other designs, it is decent while the aircraft is stable and weaponizable. Adding weight to the back wing makes turning tighter but it adds a string ascent bias depending on the added weight.

Thanks to the Hyrule engineering community for the parts that make these builds possible.