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Angled parking lots provide an appealing alternative to 90 degree straight lots. Common parking angles are 45 degrees and 60 degrees, which may actually save space. According to David Percy, a professor of mathematics at the University of Salford, these angled parking lots are a better use of space than straight lots. He argues that situating parking spots at a 45 degree angle leads to an efficiency savings of 23%, because cars need to change their angle much less than in a straight lot. Percy also recommends that lots have as many entrances and exits as possible to alleviate any traffic delays during busy times. Additionally, in angled parking lots, vehicles generally only travel in one direction, creating a one-way traffic flow which may minimize the possibility of head-on collisions.

Your strikes would propel you further to your opponent. To work around it, you can grab your opponent as you punch or kick. One striking martial arts comes to mind when it comes to clinching. Muay Thai.

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Of course, make sure to consider the size of your lot when coming to a decision. An angled layout may be perfect for a small lot, or a business where customers may only stay for a short period of time and leave quickly, such as a pharmacy, convenience store, or fast food restaurant. However, angled parking isn’t perfect. Drivers who aren’t used to parking on an angle may take more time to pull into or back out of the spot, or struggle with parking their car between the lines.

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Of course, to maximise the benefit of that impact however, you want that impact to inflict the most damage and that means razor sharp beaks and claws, effectively working like daggers. These require only a small amount of momentum to do piercing damage, thus wringing every drop of damage out of the momentum they are capable of building up.

In such a situation, you won't be dealing with birds trying to hover in mid air and fight each other so much as swooping each other from above (falling maximises speed and therefore momentum) or at the very least, trying to get around the opponent to strike a weak point. Most aerial bird fights are dogfights, not melee actions.

Other than that, it's worth noting that flying opens us a curious blurry region between ranged fighting and melee fighting. It is possible for you to become the projectile. This opens up a whole new set of options, such as extremely brutal grabs of sensitive areas like throats at high velocity. An individual trained in Tiger Claw Kung Fu can already rip a windpipe out if given the chance. I'm sure they'd love an extra 20m/s to do it with.

I think the most effective would be wrestling, grappling and pinning techniques. While its true that a lot of them would require gravity to help assist in holding these techniques would be more suited to close quarters combat where you are basically holding or in constant contact with your opponent.

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In an aerial environment however, it is better to look at birds as your closest analogue. Hunting birds have two traits that make them successful in that regard; speed and sharp talons & beaks.

EDIT TO CLARIFY: My question is about how one would fight without a solid footing; this other question is about how one would avoid/limit damage during aerial combat.

Knives will be incredibly important in these environments, as they would be in any grappling environment. Anything to let you focus the force that you can actually apply will be crucial.

Having lot striping performed either on a new lot or as part of a redesign is more than simply laying down some paint. It takes time and care, designing the layout of your parking lot to maximize available space while providing your customers with a safe and comfortable environment. You’ll also have to decide: should you have angled or straight parking spots? What are the pros and cons of each and what should you consider when choosing which layout is right for you?

Perpendicular 90 degree parking, otherwise known as straight parking, is the standard option for a parking lot. Choosing a 90 degree layout ensures that your customers will most likely be familiar with the flow of your lot. These layouts are also simple to design for maximum accessibility. According to the Americans with Disabilities Act Standards, accessible parking spaces must be at least 96 inches wide, and include an access aisle at least 60 inches wide, which is at least as long as the parking space. These requirements are easy to meet when all parking spaces are straight, as opposed to losing valuable space when spaces are situated at an angle. However, straight parking necessitates a bigger lot, since vehicles will be traveling in both directions and will need more space to maneuver.

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In an answer about Martial Arts in microgravity I spoke about hold techniques, and if you're talking about unarmed low gravity combat, I still maintain this is the best solution.

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The reality is that we have spent thousands of hours refining our melee combat skills, and we still disagree on what the best approaches are. So expect a wide variety of things. But most importantly, this means that one will always have to adapt to the strategies around it. This is always true, but when we're exploring new territory, it's doubly important.

The real key to melee combat will be holding your opponent so you can apply force. Hockey enforcers figure out really quickly that you have to hold your opponent in order to do any real damage while on ice. This flying environment is no different. Any art which relies on holding the opponent and using their body against them will do well in this environment.

Given that melee combat usually requires that one have at least a semisolid footing in order to be able to exert significant force against one's opponent (instead of merely pushing the two combatants apart), what would be effective strategies for melee combat between flying opponents (winged and/or floating)?

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All that being said, the strategy for fighting will remain the same thing as it has been for the last few hundred thousand years: find the opponent's weakness, exploit it. Find your opponent's strength, avoid it. Find your strength, use it. Find your weakness, keep it from the opponent. Take any particular variant of aerial fighting (organic wings, synthetic wings, rocket packs, zero gee, etc), and apply that fundamental pattern, and you will find the real strategy.

FURTHER EDIT: Given this other other question, I'm removing the part about combat in microgravity and opting to focus this question exclusively on aerial melee combat in the presence of gravity.

To that end, the answer above should be read as how winged creatures in a full gravity environment would fight; the linked answer would still hold valid (wings or not) for those fighting hand to hand in a zero gravity or micro-gravity environment.

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Winged combat would usually be about gaining momentum and striking the other. Gaining momentum upward using wings will be difficult due to gravity, so it would be a race to be higher. When a good elevation vs your opponent is gained, it will be about creating downward thrust, and delivering that gravity-assisted kick. Kicks from above would expose less of your body, thus giving less chance to counterattack during the attack. After the attack, however, would be a different matter. Once dodged, the downward momentum would give counter punch, knee strikes, elbow strikes or kicks will deliver destructive force.

Of course, it's important to point out that birds fight this way because they are in a gravity well and their wings are designed to interact with the air in a manner that supports their mode of flight and their ability to turn quickly in the atmosphere. In a zero gravity environment, birds would be as lost as we would be in terms of their instinctive fighting techniques.

If gaining momentum is not yet possible, hovering while punching and kicking would be reliable, but there would be little force behind the strikes. I can imagine using wings to create the thrust needed to spin, thus making spinning kicks possible.

Ultimately, momentum (which is going to have the greatest impact on your enemy) is made up of two components - mass and velocity. Birds are low in mass by design, although birds like eagles and falcons are larger than the prey they hunt, but for combat purposes the way they increase the impact of their collision with each other is through speed. The faster you're going, the more impact your existing mass will have on your opponent.