GGST/Leo Whitefang/Data

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#GGST_LE

Full Frame Data

Infobox Data

Portrait	Icon	Name	Defense	Guts	R.I.S.C. Gain Modifier	Prejump	Backdash Duration	Backdash Invuln	Backdash Airborne	Unique Movement Options
		Leo Whitefang	1.00	3	1	4f				Step-Dash during Brynhildr Stance
		Jump Duration	High Jump Duration	Jump Height	High Jump Height	Pre-Instant Air Dash	Air Dash Duration	Air Backdash Duration	Air Dash Distance	Air Backdash Distance
		Movement Tension Gain	Jumping Tension Gain	Air Dash Tension Gain	Walk Speed	Backwalk Speed	Initial Dash Speed	Dash Acceleration	Friction
		Jump Gravity	High Jump Gravity	Forward Step Dash

Normal Moves

5P Data

5P normal	Damage	Guard	Startup	Active	Recovery	On-Block	On-Hit	Level	CH Type
	26	All	5	5	6	-1	+2	0
	R.I.S.C. Gain	R.I.S.C. Loss	Wall Damage	Input Tension	Chip Ratio	OTG Ratio	Proration	Invuln	Cancel
	2 (5)						75%

5K Data

5K normal	Damage	Guard	Startup	Active	Recovery	On-Block	On-Hit	Level	CH Type
	32	All	9	4	11	-1	+2	2
	R.I.S.C. Gain	R.I.S.C. Loss	Wall Damage	Input Tension	Chip Ratio	OTG Ratio	Proration	Invuln	Cancel
	11 (17)						85%

c.S Data

c.S normal	Damage	Guard	Startup	Active	Recovery	On-Block	On-Hit	Level	CH Type
	40	All	7	6	13	-2	+1	3
	R.I.S.C. Gain	R.I.S.C. Loss	Wall Damage	Input Tension	Chip Ratio	OTG Ratio	Proration	Invuln	Cancel
	15 (23)						100%

f.S Data

f.S normal	Damage	Guard	Startup	Active	Recovery	On-Block	On-Hit	Level	CH Type
	34	All	12	6	21	-13	-10	2
	R.I.S.C. Gain	R.I.S.C. Loss	Wall Damage	Input Tension	Chip Ratio	OTG Ratio	Proration	Invuln	Cancel
	11 (17)						90%

5H Data

5H normal	Damage	Guard	Startup	Active	Recovery	On-Block	On-Hit	Level	CH Type
	42	All	15	5	22	-10	-7	3
	R.I.S.C. Gain	R.I.S.C. Loss	Wall Damage	Input Tension	Chip Ratio	OTG Ratio	Proration	Invuln	Cancel
	15 (23)						100%

2P Data

2P normal	Damage	Guard	Startup	Active	Recovery	On-Block	On-Hit	Level	CH Type
	22	All	6	4	8	-2	+1	0
	R.I.S.C. Gain	R.I.S.C. Loss	Wall Damage	Input Tension	Chip Ratio	OTG Ratio	Proration	Invuln	Cancel
	3 (5)						75%

2K Data

2K normal	Damage	Guard	Startup	Active	Recovery	On-Block	On-Hit	Level	CH Type
	26	Low	7	6	11	-5	-2	1
	R.I.S.C. Gain	R.I.S.C. Loss	Wall Damage	Input Tension	Chip Ratio	OTG Ratio	Proration	Invuln	Cancel
	5						70%

2S Data

2S normal	Damage	Guard	Startup	Active	Recovery	On-Block	On-Hit	Level	CH Type
	26	Low	10	3	19	-7	-4
	R.I.S.C. Gain	R.I.S.C. Loss	Wall Damage	Input Tension	Chip Ratio	OTG Ratio	Proration	Invuln	Cancel
	8						90%

2H Data

2H normal	Damage	Guard	Startup	Active	Recovery	On-Block	On-Hit	Level	CH Type
	44	All	12	8	30	-20
	R.I.S.C. Gain	R.I.S.C. Loss	Wall Damage	Input Tension	Chip Ratio	OTG Ratio	Proration	Invuln	Cancel
	15 (23)						100%

j.P Data

j.P normal	Damage	Guard	Startup	Active	Recovery	On-Block	On-Hit	Level	CH Type
	24	High	5	3	9
	R.I.S.C. Gain	R.I.S.C. Loss	Wall Damage	Input Tension	Chip Ratio	OTG Ratio	Proration	Invuln	Cancel
	2 (5)						80%

j.K Data

j.K normal	Damage	Guard	Startup	Active	Recovery	On-Block	On-Hit	Level	CH Type
	30	High	10	7	25
	R.I.S.C. Gain	R.I.S.C. Loss	Wall Damage	Input Tension	Chip Ratio	OTG Ratio	Proration	Invuln	Cancel
	5 (11)						80%

j.S Data

j.S normal	Damage	Guard	Startup	Active	Recovery	On-Block	On-Hit	Level	CH Type
	24,19	High	7	3(3)3	17
	R.I.S.C. Gain	R.I.S.C. Loss	Wall Damage	Input Tension	Chip Ratio	OTG Ratio	Proration	Invuln	Cancel
	4 (8)						80%, 100%

j.H Data

j.H normal	Damage	Guard	Startup	Active	Recovery	On-Block	On-Hit	Level	CH Type
	42	High	11	3	19
	R.I.S.C. Gain	R.I.S.C. Loss	Wall Damage	Input Tension	Chip Ratio	OTG Ratio	Proration	Invuln	Cancel
	8 (17)						80%

j.D Data

j.D normal	Damage	Guard	Startup	Active	Recovery	On-Block	On-Hit	Level	CH Type
	44	High	22	Until L	15
	R.I.S.C. Gain	R.I.S.C. Loss	Wall Damage	Input Tension	Chip Ratio	OTG Ratio	Proration	Invuln	Cancel
	8 (17)						100%

6P Data

6P normal	Damage	Guard	Startup	Active	Recovery	On-Block	On-Hit	Level	CH Type
	38	All	10	5	18	-5
	R.I.S.C. Gain	R.I.S.C. Loss	Wall Damage	Input Tension	Chip Ratio	OTG Ratio	Proration	Invuln	Cancel
	15 (23)						80%	1-2 Upper Body, 3-14 Above Knees

6K Data

6K normal	Damage	Guard	Startup	Active	Recovery	On-Block	On-Hit	Level	CH Type
	30	All	14	3	18	-4	-1	3
	R.I.S.C. Gain	R.I.S.C. Loss	Wall Damage	Input Tension	Chip Ratio	OTG Ratio	Proration	Invuln	Cancel
	15 (23)						85%

6H Data

6H normal	Damage	Guard	Startup	Active	Recovery	On-Block	On-Hit	Level	CH Type
	50	All	27	2	31	-15	-12
	R.I.S.C. Gain	R.I.S.C. Loss	Wall Damage	Input Tension	Chip Ratio	OTG Ratio	Proration	Invuln	Cancel
	15 (23)						100%

2D Data

2D normal	Damage	Guard	Startup	Active	Recovery	On-Block	On-Hit	Level	CH Type
	40	Low	12	6	16	-5
	R.I.S.C. Gain	R.I.S.C. Loss	Wall Damage	Input Tension	Chip Ratio	OTG Ratio	Proration	Invuln	Cancel
	11 (23)						90%

5D Data

5D normal	Damage	Guard	Startup	Active	Recovery	On-Block	On-Hit	Level	CH Type
	40 [50]	High	20 [28]	3	26	-15 [-10]
	R.I.S.C. Gain	R.I.S.C. Loss	Wall Damage	Input Tension	Chip Ratio	OTG Ratio	Proration	Invuln	Cancel
	8 [14] (17 [29])						80% [100%]

Guard Attack Data

[s/h] h/s normal	Damage	Guard	Startup	Active	Recovery	On-Block	On-Hit	Level	CH Type
	42	All	10	3	20	-6
	R.I.S.C. Gain	R.I.S.C. Loss	Wall Damage	Input Tension	Chip Ratio	OTG Ratio	Proration	Invuln	Cancel
	15 (23)						80%

Universal Mechanics

Ground Throw Data

Ground Throw Ground Throw other	Damage	Guard	Startup	Active	Recovery	On-Block	On-Hit	Level	CH Type
	80	Ground Throw	2	1	Total 42F (on whiff)
	R.I.S.C. Gain	R.I.S.C. Loss	Wall Damage	Input Tension	Chip Ratio	OTG Ratio	Proration	Invuln	Cancel
							50%

Air Throw Data

Air Throw Air Throw other	Damage	Guard	Startup	Active	Recovery	On-Block	On-Hit	Level	CH Type
	80	Air Throw	2	1	Total 42F (on whiff)
	R.I.S.C. Gain	R.I.S.C. Loss	Wall Damage	Input Tension	Chip Ratio	OTG Ratio	Proration	Invuln	Cancel
							50%

Special Moves

[4]6S Data

[4]6S Graviert Wurde special	Damage	Guard	Startup	Active	Recovery	On-Block	On-Hit	Level	CH Type
	20*2	All	10	31 or Until Hit*2	Total 54F	-16	-13
	R.I.S.C. Gain	R.I.S.C. Loss	Wall Damage	Input Tension	Chip Ratio	OTG Ratio	Proration	Invuln	Cancel
	3 (5)						80%

[4]6H Data

[4]6H Graviert Wurde special	Damage	Guard	Startup	Active	Recovery	On-Block	On-Hit	Level	CH Type
	16*4	All	35	Until Hit*4		+11	+14
	R.I.S.C. Gain	R.I.S.C. Loss	Wall Damage	Input Tension	Chip Ratio	OTG Ratio	Proration	Invuln	Cancel
	3 (5)						80%

[2]8S Data

[2]8S Eisen Sturm special	Damage	Guard	Startup	Active	Recovery	On-Block	On-Hit	Level	CH Type
	28,25	All	7	3,12	33	-28
	R.I.S.C. Gain	R.I.S.C. Loss	Wall Damage	Input Tension	Chip Ratio	OTG Ratio	Proration	Invuln	Cancel
							80%	1-9

[2]8H Data

[2]8H Eisen Sturm special	Damage	Guard	Startup	Active	Recovery	On-Block	On-Hit	Level	CH Type
	28,25,28	All	8	3,12(10)5	42	-52
	R.I.S.C. Gain	R.I.S.C. Loss	Wall Damage	Input Tension	Chip Ratio	OTG Ratio	Proration	Invuln	Cancel
							80%	1-10

236S Data

236S Kaltes Gestöber Erst special	Damage	Guard	Startup	Active	Recovery	On-Block	On-Hit	Level	CH Type
	37	All	12	3	20	-6
	R.I.S.C. Gain	R.I.S.C. Loss	Wall Damage	Input Tension	Chip Ratio	OTG Ratio	Proration	Invuln	Cancel
							100%

236H Data

236H Kaltes Gestöber Zweit special	Damage	Guard	Startup	Active	Recovery	On-Block	On-Hit	Level	CH Type
	41	All	16~23	3	22	-6 [+2]
	R.I.S.C. Gain	R.I.S.C. Loss	Wall Damage	Input Tension	Chip Ratio	OTG Ratio	Proration	Invuln	Cancel
							100%

214S Data

214S Turbulenz special	Damage	Guard	Startup	Active	Recovery	On-Block	On-Hit	Level	CH Type
	55	All	21	6	21	-8
	R.I.S.C. Gain	R.I.S.C. Loss	Wall Damage	Input Tension	Chip Ratio	OTG Ratio	Proration	Invuln	Cancel
							100%

Brynhildr Moves

bt.P Data

bt.P other	Damage	Guard	Startup	Active	Recovery	On-Block	On-Hit	Level	CH Type
	30	All	7	4	12	-3
	R.I.S.C. Gain	R.I.S.C. Loss	Wall Damage	Input Tension	Chip Ratio	OTG Ratio	Proration	Invuln	Cancel
							90%	1-10 Upper Body

bt.K Data

bt.K other	Damage	Guard	Startup	Active	Recovery	On-Block	On-Hit	Level	CH Type
	20	Low	5	3	6	+3	+6
	R.I.S.C. Gain	R.I.S.C. Loss	Wall Damage	Input Tension	Chip Ratio	OTG Ratio	Proration	Invuln	Cancel
							70%

bt.S Data

bt.S other	Damage	Guard	Startup	Active	Recovery	On-Block	On-Hit	Level	CH Type
	28	All	6	6	14	-6	-3
	R.I.S.C. Gain	R.I.S.C. Loss	Wall Damage	Input Tension	Chip Ratio	OTG Ratio	Proration	Invuln	Cancel
							90%

bt.H Data

bt.H other	Damage	Guard	Startup	Active	Recovery	On-Block	On-Hit	Level	CH Type
	42	High	18	4	22	-6	-3
	R.I.S.C. Gain	R.I.S.C. Loss	Wall Damage	Input Tension	Chip Ratio	OTG Ratio	Proration	Invuln	Cancel
							80%

bt.D Data

bt.D Kahn Schild other	Damage	Guard	Startup	Active	Recovery	On-Block	On-Hit	Level	CH Type
	74	All	1	18	Total 34F
	R.I.S.C. Gain	R.I.S.C. Loss	Wall Damage	Input Tension	Chip Ratio	OTG Ratio	Proration	Invuln	Cancel
							50%	1-18

bt.214K Data

bt.214K Gländzendes Dunkel special	Damage	Guard	Startup	Active	Recovery	On-Block	On-Hit	Level	CH Type
	115	Ground Throw	30	3	42
	R.I.S.C. Gain	R.I.S.C. Loss	Wall Damage	Input Tension	Chip Ratio	OTG Ratio	Proration	Invuln	Cancel
							50%

bt.214H Data

bt.214H Blitzschlag special	Damage	Guard	Startup	Active	Recovery	On-Block	On-Hit	Level	CH Type
	65	Guard Break	29	3	13	+21
	R.I.S.C. Gain	R.I.S.C. Loss	Wall Damage	Input Tension	Chip Ratio	OTG Ratio	Proration	Invuln	Cancel
							100%

bt.22 Data

bt.22 Brynhildr Cancel other	Damage	Guard	Startup	Active	Recovery	On-Block	On-Hit	Level	CH Type
			-		Total 11F
	R.I.S.C. Gain	R.I.S.C. Loss	Wall Damage	Input Tension	Chip Ratio	OTG Ratio	Proration	Invuln	Cancel

Overdrives

632146S Data

632146S Stahl Wirbel super	Damage	Guard	Startup	Active	Recovery	On-Block	On-Hit	Level	CH Type
	170	All	4+1		Total 27F	+14
	R.I.S.C. Gain	R.I.S.C. Loss	Wall Damage	Input Tension	Chip Ratio	OTG Ratio	Proration	Invuln	Cancel
							65%	1-4

632146H Data

632146H Liedenschaft des Dirigenten super	Damage	Guard	Startup	Active	Recovery	On-Block	On-Hit	Level	CH Type
	20*4,50	All	10+1	8(15)12(13)8(10)8(44)6	43	-33
	R.I.S.C. Gain	R.I.S.C. Loss	Wall Damage	Input Tension	Chip Ratio	OTG Ratio	Proration	Invuln	Cancel
							90%	1-18