International Water Ski Federation
2016 Edition Homologation Dossier


IMPORTANT NOTICE:
It is not the intent of this form to add hours of extra
work to the homologator's job, but rather to provide a
quick checklist that gives visibility of the technical
effort to the general skiing public.


START OF HOMOLOGATION FORM
code of competition:18W062R	
name of competition:California Pro Am & Big Dog Finals
Date:August 25, 26 & 27, 2017
Venue:	Bell Acqua HOA, Rio Linda CA
Organizing Country:	USA
GPS Location of site: 38 40 26.00 N 121 26 31.0 W - Bell Acqua
(example: Dubna       56 44 03.28 N 37 07 41.54 E –World Championships)

Type of competition (Elite )
Were cash prizes or merchandise awarded (Yes/No) (Yes) Amount: $20,000 usd

Homologator's and Chief Judge recommendation to Tournament Council
(Fill in R-Record, L-Standing List, N-Not list capable)

Event    Round 1 Round 2 Round 3 Round 4
Slalom    (L,R)   (L,R)   (L,R)   (   )
Tricks    (   )   (   )   (   )   (   )
Jump      ( F )   (   )   (   )   (   )

OBLIGATORY COMPOSITION OF DOSSIER:
1 copy of this document including the homologation notice


HOMOLOGATOR'S CHECKLIST

If checked and all according to rules put OK in brackets.
If checked and any variation to the rules put an X in the brackets
and explain in "Remarks" section on last page.
Not applicable is NA.

1. Boats and equipment (W 10.01)                  (OK )
2. Speed Control (W 10.07)                        (OK )
Maunfacturer:Zero Off
Software Version:Rev 400R
                                           slalom (OK )
                                           tricks ( )
                                             jump (OK )
3. Arrangement for checking skis (W 10.03)        (OK )
4. Measure lines and handles (W 10.04)            (OK )
                                           slalom (OK )
                                             jump ( )
                                          handles (OK )
5. Arrangement for checking of skier
   supplied handles (W 10.06)                     (OK )
6. Timing devices (W 11.03)                       (OK )
7. Homologation notice posted before start        (OK )
8. Automatic timing-jump                          (OK )
9. Jump distance indication (W 13.11)             (OK )
10.Video Jump Distance measurement (W 13.11)      (OK )
Backup - video tape                               (  Digital Video      )

11.Automatic timing-slalom Dual Segment           ( ) All Buoys (OK )
12.Position and height of slalom towers           (OK ) (W 14.05 and W diagram 6)
12a. 2 Towers x 2 Judges ( ) 2 Central Tower Judges (OK ) Boat Video (OK )
13.Slalom buoys (W 14.06)                         (OK )
14.VHS video/digital slalom endcourse (W 14.17)   (Digital )
15.Trick course checked (W diagram 3)             (NA )
16.Position and height of trick towers            (NA ) (W 15.11)
16a. 5 Judges ( )         1 x 3 Judges with video ( ) 2x 3 Judges with video ( )

17a. Video Tricks Timing ( ) with Additional judge( ) Chief Judge ( )
18.VHS video/digital tricks (W15.15)              (NA )
19a.Video Tricks Timing system manufacturer       (NA            )

20.SLALOM COURSE TYPE :
21.VHS video/digital jump endcourse(W13.08a)      (Digital )
22.The ramp surface is a flat plane(W13.02f)      (OK )
(no designed in wedge, kicker, bow, etc.)

JUMP COURSE


JUMP MEASUREMENT SETUP

VIDEO JUMP

40m Test buoy
Survey          x (XXX.XX) y (XXX.XX)
Video system    x (XXX.XX) y (XXX.XX)

60m Test buoy
Survey          x (XXX.XX) y (XXX.XX)
Video system    x (XXX.XX) y (XXX.XX)

Manufacturer of Jump Video System :

JUMP RAMP
Width at top (W 13.02a)                           X.XX m
Width at bottom                                   X.XX m
Top edge to 6.4m line left side (W 13.02b,h)      X.XX m
Top edge to 6.4m line right side (W 13.02b.h)     X.XX m
Top edge to 6.7m line left side (W 13.02b,h)      X.XX m
Top edge to 6.7m line right side (W 13.02b.h)     X.XX m
Length underwater from 6.7m line (W 13.02c)       X.XX m

Maximum Deviation from plane
Diagonal string measurement (W 13.02f)            X.X cm
Center string measurement (W 13.02f)              X.X cm
Max deviation point from top of jump (W 13.02f)   X.XX m

(OK/X)
Apron under water (W 13.02g)                      ( )
Apron full length (W 13.02g)                      ( )
Sighting line (W 13.02i)                          ( )
Secure anchoring (W 13.02i)                       ( )


Apron Angle (W 13.02k)

jump height                                       X.XX m (a)
length of edge of apron from top corner to water  X.XX m (b)

ratio of b/a    (X.XXX) (         )
minimum 0.883 maximum 0.643

RAMP SETTING
           Right Side            Left Side
Setting    Height Length Ratio   Height Length Ratio
1.50       XXX.X  XXX.X  XXX.X   XXX.X  XXX.X  XXX.X
1.65       XXX.X  XXX.X  XXX.X   XXX.X  XXX.X  XXX.X
1.80       XXX.X  XXX.X  XXX.X   XXX.X  XXX.X  XXX.X





END OF HOMOLOGATION FORM

It is important to leave the above section in the exact format
as it will be processed automatically. The following section
is where free form comments are added and attachments are made.

HOMOLOGATOR'S REMARKS

Give details of any variations of IWWF rules. List any alterations
to the course, etc. during the competition. List any malfunction
of equipment. Give any further information which might affect the
Tournament Council's assessment of the homologation.

Homologator:
(name and address)

Owen Letcher
2113 Venus Drive, Sacramento, CA 95864

Email:owen.letcher@comcast.net

Chief Judge:
(name and address)

Richelle Muhlitner


Email:oneskimom@aol.com

Chief Scorer:
(name and address)
Judy Stanford


Email: don-judy@sbcglobal.com

This homologation record has been emailed to bcorson@comcast.net
for E&A: email also to Raymond Marc <skiraymo@aol.com>


-----------------------------------------------------------------------------
To be posted before the tournament starts

HOMOLOGATION NOTICE

Tournament Name:California Pro Am & Big Dawg Finals
Date:Aug 25, 26 & 27, 2017

We recommend to the IWWF Tournament Council the following class
of homologation:


Event    Round 1 Round 2 Round 3 Round 4
Slalom   (L,R)   (L,R)   (L,R)   (L,R)
Tricks   ( )     ( )     ( )     ( )
Jump     ( )     ( )     ( )     ( )

Speed Control Manufacturer:Zero Off Rve 400R

Software Version:Rev 400R

Mode for tricks (if applicable):________________________

Date                   _________     ________     _______

Time                   _________     ________     _______

Chief Judge  
                                 Homologator
____________________                          ________________

Note: These recomendations may change during the competition.

Remarks:

Officials (list as applicable):
Chief Judge:Richell Muhlitner
Homologator:Owen Letcher
Chief Scorer:Judy Stanford
Chief Driver:Elaine Bush
AssistantHomologator:Kevin Lee
Techician:
Scorer1:Owen Letcher
Scorer2:Richelle Muhlitner
Judge1:Jeff Goldman
Judge2:Denise Goldman
Judge3:Mike Martens
Judge4:KEvin Lee
Judge5:Tim Vaio
Judge6:
Judge7:
Judge8:
Judge9:
Judge10:
Driver1:Becky Lathrop
Driver2:Will Bush
Driver3:Chad Scott






End of Document

SLALOM COURSE STANDARD THREE-POINT SURVEY REDUCTION    (V3.42 JUL 2000)															Approved by AWSA Tech Comm											SLALOM COURSE SURVEY     -- CORRECTION PLANNING --     (V3.42 JUL 2000)																										SLALOM COURSE SURVEY   -- CORRECTION MOVEMENT MAP --   (V3.42 JUL 2000)																						
																																																																										
Bell Acqua Lake 2 Slalom									 Survey Date:			8/24/2017			  Scroll right to Cell AA1 											(F5) to A183 for Instructions & Help.								  Errors & Fixes shown in:																		(Name of Site & description here)													Survey Date:			(survey date)						
															  to Plan Corrections --->											Print Range AA1..AO60 for this section.								0	" (0=Cm, 1=Inches)"																																							
(F5) to A183 for Instructions.							 Survey Baseline				A to B	B to C		A to C																																						Objects to be Moved are indicated with surrounding **																Movemt Basis:						
Prt Rng A1..T60 for this section.							 Lengths (Mtrs):				110.875 	93.297 		204.172 	   Derived Width Measures											"Error / Fix    X-POS:  - Toward Entrance, else Away"										Scroll right to Cell BA1 																"Move each flagged object by the displayed amount(s),"																-------------						
															   from fitted centerline											"Orientation    Width:     - Narrower, else Wider"										for Correction Map ---->																in the direction(s) indicated -- towards that number																0	" (0 = Cm,"					
		   Angular Sighting Input Values								 Sighting		    Transformed			"  (- is Narrow, + is Wide)"																																					and away from that object's Identification Code.																	 1=Inches)					
Buoy	     ----	-	-	-	-	-	-	-	---	  Errors		    Coordinates			  ------------------------											Buoy	   Initial Errors				  Planned Fixes			   Revised Errors			"    ""To Fix"" Sighting"																																					
Tar-	      Station A			    Station B			    Station C			 --------		   -------------			Ideal		+/- 	   Width								Obj-	   --------------				  -------------			   --------------			   fm Survey Station B																																					
get:	Deg	Min	Sec	Deg	Min	Sec	Deg	Min	Sec	OK	Value	X-Pos		Width	Value		Limit	  Error OK								ect:	X-Pos	Width	OK		X-Pos	Width		X-Pos	Width	OK	Dist	Deg	Min	Sec												 Print Range						0	0	0	0	0		0	0	0	0	0						
-----	     ----	-	---	   -----	-	---	   -----	-	---	---------		------		------	------		------	  --------								----	------	  --------			------	------		------	  --------		   ----	   -----	-	---												BA1..BW58 for 						0	0	P2	0	0		0	0	P1	0	0						
P1	6	30	30	10	31	40	21	34	15	0 	0.070 	-55.13 		1.178 	1.150 		0.115 	0.028 	0 							P1	-12.5 	2.8 	0 		0.0 	0.0 		-12.5 	1.7 	0 	0.00 	0	0	0												this Section.						0	0	0	0	0		0	0	0	0	0						
P2	6	3	0	9	48	10	20	10	30	0 	0.057 	-54.94 		1.166 	1.150 		0.115 	0.016 	0 							P2	6.4 	1.6 	0 		0.0 	0.0 		6.4 	2.6 	0 	0.00 	0	0	0																																		
G1	7	59	25	15	3	15	49	33	30	0 	0.004 	-0.04 		1.236 	1.250 		0.063 	-0.014 	0 							G1	-3.8 	-1.4 	0 		0.0 	0.0 		-3.8 	-1.9 	0 	0.00 	0	0	0																																		
G2	7	23	5	13	56	40	47	17	35	0 	0.006 	-0.04 		1.257 	1.250 		0.063 	0.007 	0 							G2	-4.1 	0.7 	0 		0.0 	0.0 		-4.1 	1.3 	0 	0.00 	0	0	0																		0	0	0	0	0		0	0	0	0	0						
G3	8	58	20	18	59	0	88	41	0	0 	0.003 	26.95 		1.163 	1.150 		0.115 	0.013 	0 							G3	-5.2 	1.3 	0 		0.0 	0.0 		-5.2 	1.0 	0 	0.00 	0	0	0																		0	0	G2	0	0		0	0	G1	0	0						
G4	8	20	40	17	43	30	88	34	45	0 	0.001 	26.96 		1.136 	1.150 		0.115 	-0.014 	0 							G4	-3.5 	-1.4 	0 		0.0 	0.0 		-3.5 	-1.1 	0 	0.00 	0	0	0																		0	0	0	0	0		0	0	0	0	0						
S1	5	29	15	11	49	5	87	40	30	0 	0.002 	26.95 		11.499 	11.500 		0.115 	-0.001 	0 							S1	-5.0 	-0.1 	0 		0.0 	0.0 		-4.9 	0.2 	0 	0.00 	0	0	0																																		
S2	14	32	50	38	46	0	133	30	55	0 	0.001 	68.01 		11.506 	11.500 		0.115 	0.006 	0 							S2	0.9 	0.6 	0 		0.0 	-11.0 		0.8 	-10.3 	0 	277.93 	8	46	28																																		
G5	11	5	55	31	13	35	141	23	40	0 	0.002 	67.96 		1.152 	1.150 		0.115 	0.002 	0 							G5	-4.0 	0.2 	0 		0.0 	0.0 		-4.0 	0.2 	0 	0.00 	0	0	0												0	0	0	0	0		0	0	0	0	0		0	0	0	0	0						
G6	10	19	15	29	23	0	143	27	5	0 	0.007 	68.00 		1.156 	1.150 		0.115 	0.006 	0 							G6	0.2 	0.6 	0 		0.0 	0.0 		0.2 	0.6 	0 	0.00 	0	0	0												0	0	S1	0	0		0	0	G4	0	0		0	0	G3	0	0						
G7	14	34	50	69	24	30	158	31	35	0 	0.005 	108.98 		1.155 	1.150 		0.115 	0.005 	0 							G7	-2.0 	0.5 	0 		0.0 	0.0 		-2.0 	1.0 	0 	0.00 	0	0	0												0	0	0	0	0		0	0	0	0	0		0	0	0	0	0						
G8	13	34	15	67	56	25	159	56	35	0 	0.003 	108.98 		1.145 	1.150 		0.115 	-0.005 	0 							G8	-2.2 	-0.5 	0 		0.0 	0.0 		-2.2 	-1.0 	0 	0.00 	0	0	0																																		
S3	8	55	25	58	0	30	166	37	35	0 	0.005 	108.99 		11.507 	11.500 		0.115 	0.007 	0 							S3	-1.0 	0.7 	0 		0.0 	0.0 		-0.9 	0.2 	0 	0.00 	0	0	0																																		
S4	27	13	35	124	35	15	161	0	10	0 	0.005 	149.98 		11.488 	11.500 		0.115 	-0.012 	0 							S4	-2.3 	-1.2 	0 		0.0 	0.0 		-2.4 	-0.3 	0 	0.00 	0	0	0												0	0	0	0	0		0	0	0	0	0		0	0	0	0	0		99999	99999	0	99999	99999
G9	21	12	0	132	23	20	165	26	10	0 	0.007 	149.98 		1.142 	1.150 		0.115 	-0.008 	0 							G9	-1.9 	-0.8 	0 		0.0 	0.0 		-1.9 	0.0 	0 	0.00 	0	0	0												0	0	TNL	0	0		0	0	G6	0	0		0	0	G5	0	0		99999	11	S2	0	99999
G10	19	47	0	134	31	0	166	26	48	0 	0.008 	149.97 		1.157 	1.150 		0.115 	0.007 	0 							G10	-3.1 	0.7 	0 		0.0 	0.0 		-3.1 	-0.1 	0 	0.00 	0	0	0												0	0	0	0	0		0	0	0	0	0		0	0	0	0	0		99999	99999	0	99999	99999
G11	37	40	25	155	43	45	169	3	10	0 	0.021 	190.99 		1.140 	1.150 		0.115 	-0.010 	0 							G11	-0.8 	-1.0 	0 		0.0 	0.0 		-0.8 	0.2 	0 	0.00 	0	0	0																																		
G12	35	35	25	157	18	35	169	49	50	0 	0.026 	190.99 		1.159 	1.150 		0.115 	0.009 	0 							G12	-0.9 	0.9 	0 		0.0 	0.0 		-0.9 	-0.3 	0 	0.00 	0	0	0																																		
S5	24	47	50	164	51	50	173	22	55	0 	0.027 	190.98 		11.507 	11.500 		0.115 	0.007 	0 							S5	-1.8 	0.7 	0 		0.0 	0.0 		-1.7 	-0.5 	0 	0.00 	0	0	0												0	0	0	0	0		0	0	0	0	0		0	0	0	0	0						
S6	90	15	5	159	24	35	168	27	15	0 	0.025 	232.01 		11.493 	11.500 		0.115 	-0.007 	0 							S6	1.3 	-0.7 	0 		0.0 	0.0 		1.2 	0.8 	0 	0.00 	0	0	0												0	0	S3	0	0		0	0	G8	0	0		0	0	G7	0	0						
G13	90	13	35	164	12	40	171	15	45	0 	0.012 	232.00 		1.150 	1.150 		0.115 	0.000 	0 							G13	-0.4 	0.0 	0 		0.0 	0.0 		-0.4 	1.6 	0 	0.00 	0	0	0												0	0	0	0	0		0	0	0	0	0		0	0	0	0	0						
G14	90	12	20	165	19	5	171	53	30	0 	0.026 	231.99 		1.152 	1.150 		0.115 	0.002 	0 							G14	-0.7 	0.2 	0 		0.0 	0.0 		-0.7 	-1.4 	0 	0.00 	0	0	0																																		
G15	130	53	50	167	12	25	172	16	35	0 	0.056 	259.05 		1.241 	1.250 		0.063 	-0.009 	0 							G15	5.0 	-0.9 	0 		0.0 	0.0 		5.0 	1.0 	0 	0.00 	0	0	0																																		
G16	133	14	40	168	11	55	172	53	15	0 	0.050 	259.03 		1.270 	1.250 		0.063 	0.020 	0 							G16	3.1 	2.0 	0 		0.0 	0.0 		3.1 	0.1 	0 	0.00 	0	0	0																		0	0	0	0	0		0	0	0	0	0		0	0	0	0	0
P15	159	20	0	170	52	30	173	49	0	0 	0.069 	314.14 		1.163 	1.150 		0.115 	0.013 	0 							P15	14.0 	1.3 	0 		0.0 	-13.0 		14.0 	-9.3 	0 	42.10 	47	12	27																		0	0	G10	0	0		0	0	G9	0	0		0	0	S4	0	0
P16	160	44	35	171	32	15	174	16	10	0 	0.058 	314.16 		1.122 	1.150 		0.115 	-0.028 	0 							P16	16.3 	-2.8 	0 		0.0 	0.0 		16.4 	-5.1 	0 	0.00 	0	0	0																		0	0	0	0	0		0	0	0	0	0		0	0	0	0	0
TNL	359	55	0	359	48	45	183	54	5	0 	0.007 	32.44 		31.457 	 Angle:		44.08 	0.08 	0 								------	------						------	------																																							
TFR	81	57	0	147	44	45	161	46	15	0 	0.016 	222.64 		33.958 	 Angle:		43.01 	-0.99 	0 								3.9 	1.0 		<- Mean Abs Errs ->	 Mean Abs Errs			3.9 	1.7 		      Skier Buoys																																					
BSLN	180	0	0	180	0	0	0	0	0	0 	0 	<- ACTUAL (Baseline Chks) DERIVED ->						0 	0 																		     Avg Width		 OK													0	0	0	0	0		0	0	0	0	0		0	0	0	0	0		0	0	0	0	0
-----	     ----	-	-	   -----	-	-	   -----	-	-		 ------	 ------		 ------	 ------		 ------	 ------								TNL	 Angle:	44.08 	0 					 Angle:	44.08 	0 	     ---------		 --													0	0	S5	0	0		0	0	G12	0	0		0	0	G11	0	0		0	0	TFR	0	0
						  Avg Sighting Error:					0.021 		0 	11.500 	Avg Width (R/C Min 11.48)											TFR	 Angle:	43.01 	0 					 Angle:	43.02 	0 		11.484 	0 													0	0	0	0	0		0	0	0	0	0		0	0	0	0	0		0	0	0	0	0
																																																																										
	  Diagonal Distances and Errors							--- Derived Up-and-Down Course Distances and Computed Errors ---																					Derived Up-and-Down Course Distances and Computed Errors 																																													
Seg-	  -------	-	-	-	-	----			   +/-		    G2/G4/G6 Side			    G1/G3/G5 Side			  Thru Skier Buoys									Seg-		      +/-			    G2/G4/G6 Side			    G1/G3/G5 Side			   Thru Skier Buoys																					0	0	0	0	0		0	0	0	0	0		0	0	0	0	0
ment	Actual	 Ideal		Error	 OK  Lim		      Ideal		   Lim		Leng	  Error OK		Leng	  Error OK		Leng	  Error OK								ment	Ideal	      Lim			Leng	  Error OK		Leng	  Error OK		Leng	Error	OK																			0	0	G14	0	0		0	0	G13	0	0		0	0	S6	0	0
-----	  ------	-------		-----	 --  ---			---	  -----		----	 ---------		----	 ---------		----	 ---------								-----	---	     -----			----	 ---------		----	 ---------		----	-----	 --																			0	0	0	0	0		0	0	0	0	0		0	0	0	0	0
G-S1	29.333 	 29.347		-0.014 	0 	.147		27	  .135		27.006 	0.006 	0 	26.986 	-0.014 	0 	26.990 	-0.010 	0 							G-S1	27	     .135			27.005 	0.005 	0 	26.986 	-0.014 	0 	26.991 	-0.009 	0 																																			
S1-2	47.065 	 47.011		0.054 	0 	.235		41	  .205		41.038 	0.038 	0 	41.013 	0.013 	0 	41.059 	0.059 	0 							S1-S2	41	     .205			41.038 	0.038 	0 	41.013 	0.013 	0 	41.057 	0.057 	0 																																			
S2-3	47.000 	 47.011		-0.011 	0 	.235		41	  .205		40.976 	-0.024 	0 	41.020 	0.020 	0 	40.981 	-0.019 	0 							S2-S3	41	     .205			40.976 	-0.024 	0 	41.020 	0.020 	0 	40.983 	-0.017 	0 																			0	0	0	0	0		0	0	0	0	0						
S3-4	46.997 	 47.011		-0.014 	0 	.235		41	  .205		40.991 	-0.009 	0 	41.001 	0.001 	0 	40.987 	-0.013 	0 							S3-S4	41	     .205			40.991 	-0.009 	0 	41.001 	0.001 	0 	40.985 	-0.015 	0 																			0	0	G16	0	0		0	0	G15	0	0						
S4-5	47.013 	 47.011		0.002 	0 	.235		41	  .205		41.022 	0.022 	0 	41.011 	0.011 	0 	41.005 	0.005 	0 							S4-S5	41	     .205			41.022 	0.022 	0 	41.011 	0.011 	0 	41.007 	0.007 	0 																			0	0	0	0	0		0	0	0	0	0						
S5-6	47.038 	 47.011		0.027 	0 	.235		41	  .205		41.002 	0.002 	0 	41.004 	0.004 	0 	41.031 	0.031 	0 							S5-S6	41	     .205			41.002 	0.002 	0 	41.004 	0.004 	0 	41.029 	0.029 	0 																																			
S6-G	29.375 	 29.347		0.028 	0 	.147		27	  .135		27.037 	0.037 	0 	27.055 	0.055 	0 	27.028 	0.028 	0 							S6-G	27	     .135			27.037 	0.037 	0 	27.055 	0.055 	0 	27.029 	0.029 	0 																																			
																																																										0	0	0	0	0		99999	99999	0	99999	99999						
			Left End Pre-Gate					55	  .275		54.895 	-0.105 	0 	55.087 	0.087 	0 	   NOTE - Measures									 P1-G1  &  P2-G2   .275					54.895 	-0.105 	0 	55.087 	0.087 	0 	   NOTE - Measures																					0	0	P16	0	0		99999	13	P15	0	99999						
  Calculated			Right End Pre-Gate					55	  .275		55.133 	0.133 	0 	55.090 	0.090 	0 	   Errs and Limits									G15-P15 & G16-P16  .275					55.133 	0.133 	0 	55.090 	0.090 	0 	   Errs and Limits																					0	0	0	0	0		99999	99999	0	99999	99999						
  ----------			Overall Course Length					259	  .648		259.07 	0.072 	0 	259.09 	0.088 	0 	   in this section									 G1-G15 &  G2-G16  .648					259.07 	0.072 	0 	259.09 	0.088 	0 	   in this section																																					
25	Aug-17 		Gate to 3rd Buoy				 109/259ths		  .115		109.06 	0.031 	0 	109.02 	-0.019 	0 	   all in Meters.									 G1-G7  & G10-G16  .115					109.06 	0.031 	0 	109.02 	-0.019 	0 	   all in Meters.