What Does Frost Do In Elden Ring?

Elden Ring Frostbite Guide – Frostbite is a status effect that builds up through repeated application of the effect. Frostbite is inflicted via various means including Weapons, Skills, and Spells, Once the Frostbite meter is filled, the effect is triggered, dealing damage, and for the 30-second duration, increasing damage taken by 20% and reducing stamina recovery.
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Is frostbite good for bosses Elden Ring?

Frostbite is a status effect that players can inflict on their enemies in Elden Ring. It’s one of the more potent status alignments and can affect most bosses in The Lands Between. This is huge because Frostbite not only lowers the inflicted enemy’s damage by 20% for a short period, but it also staggers their stamina.
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What does frost scale with?

I don’t think anyone knows, or if not, not many know, since PvP frost was pretty useless until now. Niko 22 Oct, 2016 @ 8:36am It scales with Poise. it scales with nothing. not even luck makes it build up more it scales with nothing. not even luck makes it build up more Lovely considering the irithyl weapons. If he’s refeering to the spell buff it costs 30 fp to cast, requires 15 INT and is a scorcery, so as far as buffs go it is ether a fixed percentage or like the lightningbuff/ darkmoon blade buff a 95% satright up damage from the catalyst you’re casting it with. ( the spellbuff) If he’s refeering to the spell buff it costs 30 fp to cast, requires 15 INT and is a scorcery, so as far as buffs go it is ether a fixed percentage or like the lightningbuff/ darkmoon blade buff a 95% satright up damage from the catalyst you’re casting it with. If he’s refeering to the spell buff it costs 30 fp to cast, requires 15 INT and is a scorcery, so as far as buffs go it is ether a fixed percentage or like the lightningbuff/ darkmoon blade buff a 95% satright up damage from the catalyst you’re casting it with.

• The spellbuff) Not really, I was just wondering if anything changed because of the new frost stuff in the dlc.
• Mostly because the status just sucks to inflict using the irithyl weps.
• The irithyl weapons with the build in buff don’t scale, but the frost weapon is most likely going to with int.
• Maybe even the aux value.

*spoiler* http://darksouls3.wiki.fextralife.com/Frozen+Weapon Irithyl weapons will probably never get a frost buff, unless you tumblebuff them with the scythe. I’ve heard that the buff spell can be put on weapons though. Since no other buffs can be, I’m skeptical about that claim. I don’t think it scales with anything, i may be wrong though :/ I don’t think it scales with anything, i may be wrong though :/ i hope it does not scale, frost decreases stamina recovery and lowers your damage absorbtion(!) If it would scale with luck or int then it’s going to get used with bleed. That means a lot of interessting encounters in the arena. Each his own right, Nothing, but I heard they buffed it during the patch so it might scales with something now, but that’s just as rumor. don’t worry you can counter frost by being salty I don’t think it scales with anything, i may be wrong though :/ i hope it does not scale, frost decreases stamina recovery and lowers your damage absorbtion(!) If it would scale with luck or int then it’s going to get used with bleed. That means a lot of interessting encounters in the arena. Each his own right, Holy crap, frost buffed warden twinblades! NEW META!!! Holy crap, frost buffed warden twinblades! NEW META!!! Hollow Warden’s Twinblades buffed with Frost Weapon / Blade. Well, that is intresting thought on Luck build.
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Can Elden beast be affected by frost?

4. Avoid status effects and Holy damage – Like Radagon, the Elden Beast has high Holy resistance, as well as immunity to the Blood Loss status. However, the Elden Beast is also immune to every other status effect in Elden Ring. While Scarlet Rot, Poison, and Frostbite are often supplemental, many builds rely heavily on Blood Loss for their damage.
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What armor is best against frost Elden Ring?

Increasing Frost Resistance and Robustness in Elden Ring – Use this talisman for more Robust stats. (Image via Elden Ring) Players need to note that Frost Resistance is one part of the Robustness stat within Elden Ring. While some items in the game will be labeled with Frost damage or alleviation, the defense aspect is tied to a shared Robustness number.

Find the Stalwart Horn Charm Talisman, which provides Robustness increases.The +1 version of this charm can be found west of the Consecrated Snowfields.Use flesh consumables such as Invigorating White Cured Meat. These will temporarily increase the resistances.All armors have defense and resistance stats. Looking for sets with higher Robustness will defend against Frost.Radahn’s Lion Armor is one example of a set with the Robustness stat at a 99.The Speckled Hardtear in the Physick Flask is another way to add resistance.Using Thawfrost Boluses are one final way to alleviate Frost buildup in case frostbite is about to occur.

Frost is tied to Robustness. Hence, players can also use many of the suggestions above on other elements as long as they correspond.
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Is the Elden beast resistant to frost?

Phase 1 – The Fallingstar Beast’s attacks fall into a handful of categories:

Combo strikes : The beast briefly winds up, and then strikes with its head in front of it. The combo can last anywhere from one to four hits, and it often ends with a rearing-up animation followed by a frontward stomp. These attacks are easy to dodge, and you’ll have a great damage opportunity should you manage to remain in close-quarters with the boss. However, it can also throw tail and ranged attacks into the mix, which gets complicated. The best rule of thumb is to just keep dodging. Grab : Occasionally, the boss grabs you in its pincers and does heavy damage, possibly even one-shotting you. It’s hard to tell this strike apart from its normal hits, but luckily, the strategy for dodging it is the same, and you should be able to avoid it with relative ease.

Bull charge : The boss stamps its foot on the ground and then charges like an angry bull. It often turns around and charges up to two more times afterward, though this isn’t guaranteed. Your best bet is to dodge toward the side of its head, through its horns, though the timing is admittedly tricky.

Tail swipes : The Full-Grown Fallingstar Beast’s tail swipes can cause big damage plus Bleed build-up, not to mention the damaging debris they sometimes hurl into the air. Luckily, they’re easy as pie to dodge. Often, especially if you’re close enough to the boss, the tail swipes will miss entirely, even if you fail to dodge at the right time.

Gravity quakes : For many players, the beast’s gravity attacks, which send craggy rocks jutting up from the ground, will present a serious problem. However, avoiding them is relatively simple. Dodging them is possible, but it’s easier to simply start running away from the boss when you see it begin this attack, which usually includes two small eruptions of rock under your feet, followed by a wide-area explosion that’s significantly tough to dodge. However, as long as you keep running in a straight line away from the boss, you should escape this attack most of the time.

Ground slam : The boss leaps into the air, curls into a ball, and lands near you, causing heavy damage. Dodging this is simple, as long as you get the timing right, and it presents a great attack opportunity as the beast uncurls.

The bottom line is that the Full-Grown Fallingstar Beast’s attacks are supremely telegraphed, and once you get the timing down, it shouldn’t be all that difficult to dodge them. If you’re having trouble surviving when you do get hit, try beefing up your HP and defense any way you know how.
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What is commander Niall weakness?

How to prepare for Commander Niall – Not only is he a very hard-hitting human opponent with high defence, but he also summons two spectral knights at the start of the fight. It’s then highly recommended that you summon a spirit ash of your own (you can summon other players too but be aware that this raises the defence of Niall and his lackeys, which doesn’t happen with spirits). Commander Niall is very similar to another optional boss, Commander O’Neill in Caelid’s Swamp of Aeonia, who you have to fight to progress Millicent’s quest, Both attack with a halberd with huge range that can inflict elemental damage and status ailments and both summon other enemies into battle. Frost resistance is measured by the robustness stat. Equipping the Stalwart Horn Charm Talisman or consuming the Flask of Wondrous Physick mixed with Speckled Hardtear will help improve robustness, while you can also consume Thawfrost Boluses to alleviate frost buildup.

• As a human enemy, Niall is weak to bleed damage so weapons like Bloodhound’s Fang will be very useful for this fight.
• The Mimic Tear will be very helpful in this fight but so will spirit ashes that can make very good tanks like Lhutel the Headless or Ancient Dragon Knight Kristoff, who both bear great shields.

Since you’re outnumbered to begin with, spirit ashes that summon multiple spirits like the Greatshield Soldiers can also even the score. While Niall is found near the top of Castle Sol, you should activate the lift near the boss entrance so that you can reach him from the Site of Grace at the main gate. This may seem counterintuitive, but the Site of Grace at the midpoint has more annoying enemies en route who will follow you all the way to the boss fog, and they still poke through during the boss fight, which risks distracting your summoned spirit(s).
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What is frost damage?

Cell injury – Direct frost damage occurs when ice crystals form inside the protoplasm of cells (intracellular freezing), whereas indirect damage can occur when ice forms inside the plants but outside of the cells (i.e. extracellular freezing). It is not cold temperature but ice formation that actually injures the plants (Westwood, 1978).

• It is believed that intracellular ice formation causes a “mechanical disruption of the protoplasmic structure” (Levitt, 1980).
• The extent of damage due to intracellular freezing depends mainly on how fast the temperature drops and to what level it supercools before freezing.
• There is little or no evidence that the duration of the freezing affects injury.

In fact, Levitt (1980) states that freeze injury seems to be independent of time for short periods (e.g.2-24 hours). Direct intracellular freeze injury is associated with rapid cooling. For example, Siminovitch, Singh and de la Roche (1978) observed intracellular freezing and cell death when winter rye plants were cooled at 8 °C per minute to -12 °C when the supercooled water froze inside the cells.

When plants were cooled to -12 °C over 23 minutes, ice formation was extracellular and the plants fully recovered after thawing. In climate chamber studies to determine critical temperatures, plant cuttings are typically cooled at a rate of between 1.0 and 2.0 °C h -1, This is a slower rate than in the rye plant experiment and a slower rate than some of the rates that often occur in nature.

Indeed, Levitt (1980) reports that, in nature, freeze injury results from extracellular ice crystal formation and there is no evidence of intracellular freezing. Although the evidence is not strong, it seems that the rate of thawing after a freeze is also partially related to the amount of damage.

Citrus growers in southern California commonly believe that slowing the warming process after a freeze night can reduce frost damage. In fact, growers justify operating wind machines longer into the morning following a freeze night in order to slow the thawing process. Yoshida and Sakai (1968) suggested that thawing rate will slow the rehydration of cells in plants that experience extracellular freezing and that might reduce the damage due to fast thawing.

Levitt (1980) proposed that cells were gradually killed as a result of growth of the extracellular ice mass. Recall that the saturation vapour pressure is lower over ice than over liquid water. As a result of extracellular ice formation, water will evaporate from the liquid water inside the cells and will pass through the semipermeable cell membranes and deposit on the ice crystals outside of the cells.

• As water is removed from the cells, the solute concentration increases and reduces the chances of freezing.
• However, as ice continues to grow, the cells become more desiccated.
• Typically, in injured plants, the extracellular ice crystals are much larger than the surrounding dead cells, which have collapsed because of desiccation.

Therefore, the main cause of frost damage to plants in nature is extracellular ice crystal formation that causes secondary water stress to the surrounding cells. In fact, there is a close relationship between drought-tolerant plants and freeze-tolerant plants.

Note that antitranspirants are often promoted as a method of freeze protection. It is argued that the frost damage occurs because of cell dehydration and the antitranspirants are purported to reduce water loss from the plants and provide freeze protection. However, the cell desiccation results from evaporation of cellular water in response to a vapour pressure gradient caused by extracellular ice formation and not because of transpiration.

There is no evidence that antitranspirants reduce desiccation due to extracellular ice crystal formation.
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How much does frost lift?

From Wikipedia, the free encyclopedia Anatomy of a frost heave during spring thaw. The side of a 6-inch (15-cm) heave with the soil removed to reveal (bottom to top): · Needle ice, which has extruded up from the freezing front through porous soil from a water table below · Coalesced ice-rich soil, which has been subject to freeze-thaw · Thawed soil on top.

Photograph taken 21 March 2010 in Norwich, Vermont Frost heaving (or a frost heave ) is an upwards swelling of soil during freezing conditions caused by an increasing presence of ice as it grows towards the surface, upwards from the depth in the soil where freezing temperatures have penetrated into the soil (the freezing front or freezing boundary).

Ice growth requires a water supply that delivers water to the freezing front via capillary action in certain soils. The weight of overlying soil restrains vertical growth of the ice and can promote the formation of lens-shaped areas of ice within the soil.

Yet the force of one or more growing ice lenses is sufficient to lift a layer of soil, as much as 1 foot (0.30 metres) or more. The soil through which water passes to feed the formation of ice lenses must be sufficiently porous to allow capillary action, yet not so porous as to break capillary continuity.

Such soil is referred to as “frost susceptible”. The growth of ice lenses continually consumes the rising water at the freezing front. Differential frost heaving can crack road surfaces —contributing to springtime pothole formation—and damage building foundations,
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What are the benefits of frost?

The benefits of frost After a cold week, the forecast is for some milder weather, which will be good as far as heating bills is concerned as well as getting out in the garden. We tend to dislike cold weather but it does have its advantages. We know that it helps to reduce pest populations as well as making a bit of a full stop in the gardening season, giving us time to stop and think and plan.

Another useful feature is that it helps to break up heavy, clay soils. Now I know I can get mired in a ‘dig’/’no dig’ debate here but I honestly believe, from experience, that digging is necessary to improve soil structure and nutrients and depth. Worms will take down some organic matter in the soil but not as quickly as a spade.

And while I accept that digging can bring some bacteria and beneficial fungi to the surface where they will die, the other benefits counter this. While you can undoubtedly grow many plants without digging you may be restricted to ‘easy’ plants or those suited to your native soil type.

1. Most gardeners, including myself, want to grow a wide range of soil and like to be challenged to grow things to their best, and that means modifying the soil and other factors.
2. Old advice requires that digging is done by Christmas so that the roughly dug soil is exposed to the air, and frost.
3. I agree with this with some provisos.

It is most useful for clay, heavy soils. I would not do it with light, sandy soils because these leach nutrients fast and, if dug in autumn leaching and rain can damage the soil. It is best to leave them, ideally covered with annual weeds or a green manure, to retain nutrients and to add much-needed organic matter when dug in spring.

1. But clay soils are difficult to dig and it is easier to do this in autumn when they are less wet.
2. And leaving the soil in large clumps allows frost to break it up.
3. Water expands as it freezes and the slow freeze/thaw means that the water opens up pores and fissures in the soil resulting in the differences you can see in the upper and lower photos.

But the four months of good work can easily be undone. If you tramp over the soil on a wet day you can easily compact the clay into a sticky mess again. So keep off it as much as possible. It is also important to dig in that organic matter and the freeze-thaw will be mixed with it far more effectively than you could do yourself.

1. It is also important to mention that it takes many years to get a clay soil in good shape, but it is worth it in the end.
2. Apologies for the late post – WIFI problems yesterday,, Professional gardener, author, writer, broadcaster and speaker living in Ireland.
3. Just about to move into a new house and making a new garden.

Since my teens I have wanted to grow everything and anything at least once! Keen biker too with beautiful bike. Has anything brought humankind more fun and pleasure than a garden and the internal combustion engine : The benefits of frost
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How does frost work?

DEW AND FROST DEVELOPMENT METEOROLOGIST JEFF HABY When temperatures drop below freezing and the temperature reaches the dew or frost point, the ice on the ground is termed frost or frozen dew. “Frost” can form in two ways: Either by deposition or freezing.

1. Depositional frost is also known as white frost or hoar frost.
2. It occurs when the dewpoint (now called the frost point) is below freezing.
3. When this frost forms the water vapor goes directly to the solid state.
4. Depositional frost covers the vegetation, cars, etc.
5. With ice crystal patterns (treelike branching pattern).

If the depositional frost is thick enough, it resembles a light snowfall. Frost that forms due to the freezing of liquid water is best referred to as frozen dew. Initially, both the dewpoint and temperature are above freezing when dew forms. Longwave radiational cooling gradually lowers the temperature to at or below freezing during the night.

• Cold air advection can also do the trick (e.g.
• Cold front moving through in the middle of the night after dew has formed).
• Once the temperature falls to freezing, the condensed dew droplets freeze.
• Frozen dew looks different from white frost.
• Frozen dew does not have the crystal patterns of white frost.

White frost tends to looks whiter while frozen dew tends to look slicker and more difficult to see. Frost and frozen dew can delay people in the morning if it covers their car. Some frosts or frozen dews are much easier to scrape off the car than others.

When the temperature is near freezing (29 to 32 F), the ice is fairly easy to scrap off the car windows. It is also quicker to warm up the car windows to above freezing with the defroster when temperatures are near freezing. The bonding of ice crystals is weaker in warm ice than in cold ice. Once temperatures drop into the mid-20’s and below, the ice becomes more difficult to remove.

It requires more “elbow grease” to remove the ice. It also takes longer to warm up the car windows to above freezing. At these temperatures ice is well bonded. Next time you witness ice in the morning, think about the processes that produced the frost or frozen dew.

Q: Can frost occur at temperatures above 32°F? A1: No, frost is defined as a layer of ice that forms on surfaces that are at or below 32°F. Sometimes frost can occur on your lawn overnight, even though your thermometer may never have dropped to the freezing mark. This is because cold air on clear, calm nights sinks to ground level.

Temperatures at the ground can be lower than the temperature only a few feet higher where your thermometer may be located. Since official weather measurements are taken in an instrument shelter four to five feet above the ground, frost can form even when the official temperature is above freezing.

A2: The ground, or any surface, must be at or below 32 for frost to form. A3: Yes and no: It depends on how you define “ambient temperature”, and, of course whether the temperature is below the frost point. A4: You also see frost on the rooftops of houses on nights when the temperature never goes below freezing.

However, if your thermometer was just a few feet above the ground, it may not have given an accurate reading for frost. A thermometer shows the temperature where the thermometer is located. Because cool air sinks and the ground can quickly cool, the ground temperature on clear, still nights is invariably lower than the temperature only a few feet higher.

This is especially common in the fall and winter when nights are long, which allows extra time for cooling. Thus, frost can form even when a thermometer gives a reading in the upper 30s. Since official weather measurements are taken in an instrument shelter four to five feet above the ground, frost can form even when the official temperature is above freezing.

(Related: measuring weather). Additionally, frost will only form if the ground temperature matches the dew point. (Related: understanding humidity). You see, when temperatures are officially recorded for hourly weather observations and climate reports, they are measured at a height of between 1.25 and 2 metres (4.1 and 6.6 ft) above the ground in special shelters, called Stevenson screens.

1. The shelter is named after the father of writer and poet Robert Louis Stevenson.) Meteorologists call this temperature the “surface temperature,” and it is what is reported on the radio and TV (and internet and newspapers, reports, etc.).
2. The distinction is important for the following reason.
3. During clear and calm nights, the temperature at the ground or some surface near the ground can become much cooler than the “surface temperature”.

The radiation of heat away from the ground is the cause of this drop. The coldest air, therefore, forms near the ground, and being heavier than the air above it remains there. If we were to make measurements of temperature from the surface to the height of the official “surface temperature” measurement every few centimetres or inches, we would find the air temperature increases as we move upward from the ground.

1. Meteorologists call this a surface temperature inversion.
2. Since cold air is heavy air, in the absence of wind, the coldest air will remain nearest the ground, thus allowing surface temperatures to continue to fall.
3. Thus, under such conditions – clear and calm nights – the ground temperature may fall below the freezing point while the temperature measured officially at was still above freezing.

This is particularly common in the autumn and winter when nights are long allowing more time for cooling to occur. Now frost is a covering of ice crystals on the surface produced by the depositing of water vapor to a surface cooler than 0° C (32° F). The deposition occurs when the temperature of the surface falls below the frost point.

1. Similarly, dew forms when the air or surface temperature falls below the dew point temperature.
2. Note that the water vapor goes directly from gas to ice.
3. Therefore, frost is not frozen dew.) Thus, if the temperature on the ground or an object such as a bush or a car windshield near the ground falls below the frost point, frost crystals may form.

But the measured “surface temperature” may still be above freezing. This is the most common way in which frost may form when the official surface temperature is still above the freezing point. Every warm object loses energy by radiating electromagnetic energy (e.g., infrared photons).

1. If it receives an equal amount of energy from other objects, it is in radiative equilibrium; if it receives less from other objects, it loses energy and cools down.
2. Consider the view from the roof of your car or a house rooftop.
3. If you were lying on this surface, you’d see the sky.
4. The dark sky has an effective temperature of three degrees above absolute zero – very cold! Your car is much, much warmer; so the roof of your car loses more energy than it gets, and it cools off.

On a cloudy night, the clouds are much warmer than the universe beyond it. If the temperature stays above freezing, the effect you describe generally occurs only on clear nights. Also, it doesn’t happen to objects under trees, but only to objects under the open sky.

There are two other methods of heat transfer – conduction and convection. It is radiative transfer, however, that is causes the effect you described. – added later: I have to comment on the mention of wind in other answers. Wind actually reduces the formation of frost from radiative cooling. Consider the roof of the car as it loses energy to the clear sky.

As the temperature of the roof goes down, the air adjacent to the roof also cools off. (The molecules in the air are bouncing off the roof, and always tending toward thermal equilibrium.) If the wind starts blowing, it will bring air from other locations and will displace the cool air just above the car.

• One other thing I haven’t mentioned is that the humidity has to be high; you need a high dew point so that as the car roof cools, moisture will condense on it (and eventually freeze as the roof continues to cool).
• Something I implied above but didn’t say explicitly is that when frost forms on the roof, the roof is below freezing.

In other words, the sequence might be as follows: 1) Initially, the air and the car are at temperature 37 F, and the dew point is 35.2) The car roof cools radiatively. As it cools below 35 degrees, water condenses on it.3) The car roof continues to cool.
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Did Moonveil Katana get nerfed?

Moonveil Could Cut Through Poise Like Butter In Elden Ring – The Moonveil was once considered the most broken weapon in Elden Ring, and it wasn’t even close. The katana comes with the Ash of War “Transient Moonlight,” which essentially is the “Unsheathe” Ash of War with an extended area of effect because of a moon beam that shoots out of the katana after unsheathing.

So much about the Moonveil made it incredibly broken at launch: It scales with Dexterity and Intelligence, playing into the meta; it’s available soon after choosing a class and starting of Elden Ring, being just northeast of the Third Church of Marika; and most importantly, it deals tons of damage to poise.

In PvP, poise is incredibly broken, and in PvE, the poise of bosses can feel infinite. But players like the YouTuber Varsona Vyzelta show how Moonveil could cut through poise like butter; a few swings of Transient Moonlight could send even Godfrey, the First Elden Lord, to his knees.

1. However, the Moonveil was shadow nerfed in Elden Ring ‘s 1.03 update.
2. The health damage, poise damage, and range of Transient Moonlight were all decreased, with the poise damage being significantly nerfed.
3. This change forced players into situation where if they wanted to break someone’s poise, they would have to hit with both the katana and moonbeam with Transient Moonlight.

This practically made the sword a slightly better katana with Unsheathe – a far less attractive option. And because patch 1.03 was the same patch that fixed Arcane scaling in Elden Ring and thus made Rivers of Blood overpowered, the Moonveil largely fell out of favor despite not being the worst katana.
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Is frost good against Radagon?

How to make Radagon and Elden Beast fight easier in Elden Ring – We say that in every boss guide, but you’re really going to benefit from summoning a Spirit Ash to tag along in this fight. Some have had better luck saving the summon until the Elden Beast, but that choice is ultimately yours.

• Considering how much damage both bosses deal, you really want something tanky,
• Even if your Spirit Summon is slow, it will sustain a variety of attacks, not to mention keep the boss occupied to buy you time to heal or buff your weapon.
• The post-nerf Mimic Tear, too, will do fine, particularly if your own HP pool is large.

Radagon is strong against a number of status effects, but he can be slowed down with frost damage. It’ll take you a while for the effect to proc, however. Alternatively, you can enchant your weapon with fire to increase your damage against him. As for the Elden Beast, just focus on dodging and landing solid physical hits,
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What is the strongest frost sorcery in Elden Ring?

3. Ice Spear – Ice Spear is a powerful skill that can deal some significant damage to enemies (Image via EternityInGaming/Youtube) Ice Spear is arguably one of the most powerful skills for inflicting frostbite in the game. In fact, this is a skill that can be used to deal damage, and it works better than a lot of sorceries in the game. When used, players will spin their weapons and create cold magic. Then the same cold magic will get channeled into a powerful spear that can absolutely destroy enemies with one hit. For more information on Elden Ring PS5, click here Apart from that, the stat investment for this skill is also quite low, which means a lot of players can use it with ease.
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Is there a frost sword in Elden Ring?

Frozen Needle Frozen Needle is a in, The Frozen Needle scales primarily with and and is a good for inflicting frost on enemies. A razor-thin piercing blade of ice.Forged by Ijii, the carian Royal Blackmith. Can inflict frost upon enemies, and launch its blade with a strong attack. The blade immediately regenerates.
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What is the best curved sword for frost in Elden Ring?

Zamor Curved Sword Zamor Curved Sword is a in, The Zamor Curved Sword scales primarily with, with reduced scaling in, It is a good for building against enemies. Weapon wielded by the knights of Zamor who earned greatrenown during the War against the Giants. In apparent devotion to winter, the curved blade is styled after anicy wind and imbued with a powerful frost effect.
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