[CA] [CA11] Polars now in Lighthouse

[jfxk]

Prior to upgrading or purchasing a Lighthouse III capable display we would like to know what polars are currently available. Is there a list of available polars we can see somewhere or could you send or post such a list?
We do not have a display to reference at this time with Lighthouse III running on it.
Thanks.

[Chuck - Raymarine - Moderator]

Welcome to the Raymarine Forum jfxk,

As of LightHouse 3 v3.11.42, the polars listed below are supported. As indicated within the LightHouse 3 Advanced Operations Guide, additional polars ma be added to a future LightHouse 3 software update by sending them to [email protected]. Raymarine is also considering inclusion of a feature akin to the LightHouse 2 feature of reading polars from a user selected file. Raymarine is also considering inclusion of the polars list within the LightHouse 3 Advanced Operations Guide.

Albin_Express
Albin_Nova
Alerion_Express 33
Amel_54
Amel_55
Amel_64
Amel_Euros 41
Amel_Kirk 36
Amel_Maramu
Amel_Sharki
Amel_Super Maramu 2000
Archambault_A31
Archambault_A35
Archambault_A40RC
Arcona_Arcona 340
Arcona_Arcona 36
Arcona_Arcona 370
Arcona_Arcona 380
Arcona_Arcona 400
Arcona_Arcona 410
Arcona_Arcona 430
Arcona_Arcona 465
Bavaria_30 Cruise Spinnaker
Bavaria_31
Bavaria_32
Bavaria_33
Bavaria_34
Bavaria_35 Match
Bavaria_36 (1998)
Bavaria_36 (2005)
Bavaria_38
Bavaria_40 Cruiser
Bavaria_44
Bavaria_50
Beneteau_Figaro 1
Beneteau_Figaro 2
Beneteau_First 21.7
Beneteau_First 210 Spirit Asymetric and Code Zero
Beneteau_First 25.7
Beneteau_First 26
Beneteau_First 27.7
Beneteau_First 27
Beneteau_First 29
Beneteau_First 30JK
Beneteau_First 31.7
Beneteau_First 325
Beneteau_First 34.7
Beneteau_First 35 (2010)
Beneteau_First 36.7
Beneteau_First 40.7
Beneteau_First 44.7
Beneteau_First 50
Beneteau_Oceanis 31
Beneteau_Oceanis 323 No Spinnaker
Beneteau_Oceanis 323 Symmetric and Asymmetic Spinnaker
Beneteau_Oceanis 34
Beneteau_Oceanis 351
Beneteau_Oceanis 37
Beneteau_Oceanis 400 Symmetric Spinnaker
Beneteau_Oceanis 411
Beneteau_Oceanis 43 Asymmetirc Spinnaker
Beneteau_Oceanis 43 No Spinnaker
Beneteau_Oceanis 440
Beneteau_Oceanis 46
Beneteau_Oceanis 473 Asymmetirc Spinnaker
Beneteau_Oceanis 54
BootsBau Rugen_BBR 31 Symmetric Spinnaker
Bramador_34
C&C_110 Standard Mast 6ft6 Keel Symmetric and Asymmetric Spinnakers
C&C_115 Carbon Rig Spinnaker
C&C_115
C&C_121 Bulb Keel
Catalina_Catalina 275
Catalina_Catalina 320
Catalina_Catalina 34
Catalina_Catalina 36
Catalina_Catalina 425
Catalina_Catalina 445
Dehler_29
Dehler_32
Dehler_33
Dehler_34
Dehler_35
Dehler_36
Dehler_38
Dehler_39
Dehler_41
Dehler_44
Delher_35 (2010)
Delphia_Delphia 33
Delphia_Delphia 47
dirlist
Django_770 Bilge Keel
Dragonfly_Dragonfly 28
Dufour_24
Dufour_27
Dufour_34 1974
Dufour_34 Performance
Dufour_360 Grand Large Deep Keel Asymmetric
Dufour_375 Grand Large Deep Keel No Spinnaker
Dufour_375 Grand Large Deep Keel Symmetric and Asymetric Spinnaker
Dufour_382 Grand Large
Dufour_412 Grand Large Asymmetric Spinnaker
Dufour_425 Grand Large Deep Keel No Spinnaker
Dufour_4800
Dufour_485 Grand Large
Dufour_Sylphe
DuToit_Balance526 with Keels
Elan_40 Spinnaker and Asymmeteric Spinnaker
Elan_Elan 333
Elan_Elan 340
Elan_Elan 350
Elan_Elan 37
Elan_Elan 380
Elan_Elan 450
Finngulf_31
Finngulf_33
Finngulf_37
Finngulf_41
German Frers_CP30 Symmetric Spinnaker
Grand Soleil_341
Grand Soleil_37
Grand Soleil_39
Grand Soleil_40
Grand Soleil_40
Grand Soleil_42
Grand Soleil_43
Grand Soleil_45
Grand Soleil_46
Halberg Rassy_HR36 MKII
Hallberg-Rassy_HR310
Hallberg-Rassy_HR31MK1
Hallberg-Rassy_HR31MK2
Hallberg-Rassy_HR342
Hallberg-Rassy_HR37
Hallberg-Rassy_HR40
Hallberg-Rassy_HR40MK1
Hallberg-Rassy_HR40MK2
Hallberg-Rassy_HR412
Hallberg-Rassy_HR44 Asymmetric Spinnaker
Hallberg-Rassy_HR48
Hallberg-Rassy_HR48MK1
Hallberg-Rassy_HR48MK2
Hallberg-Rassy_HR53
Hallberg-Rassy_HR54
Hallberg-Rassy_HR55
Hallberg-Rassy_HR57
Hallberg-Rassy_HR62
Hallberg-Rassy_HR64
Hanse_Hanse 291 WingKeel
Hanse_Hanse 301
Hanse_Hanse 311
Hanse_Hanse 312
Hanse_Hanse 315
Hanse_Hanse 320
Hanse_Hanse 325
Hanse_Hanse 331
Hanse_Hanse 341
Hanse_Hanse 342
Hanse_Hanse 345
Hanse_Hanse 350
Hanse_Hanse 355
Hanse_Hanse 370
Hanse_Hanse 370e
Hanse_Hanse 371
Hanse_Hanse 385
Hanse_Hanse 400
Hanse_Hanse 400e
Hanse_Hanse 401
Hanse_Hanse 415
Hanse_Hanse 430
Hanse_Hanse 430e
Hanse_Hanse 441
Hanse_Hanse 445
Hanse_Hanse 47
Hanse_Hanse 470e
Hanse_Hanse 540
Hanse_Hanse 630e
Huisman_37
Hunter_ Legend 40.5
Hunter_Hunter 35.5
Hylas_H52
Hylas_H54 In-Mast Furling Deep Draft Asymmetric Spinnaker
Hylas_H54 In-Mast Furling Deep Draft Jib Only
JBoats_J100
JBoats_J105
JBoats_J109
JBoats_J120
JBoats_J122
JBoats_J130
JBoats_J133
JBoats_J24
JBoats_J80
Jeanneau_ Sunfast 36
Jeanneau_J57 Racing 14 Crew
Jeanneau_JOD35
Jeanneau_JY51 GTE Keel Classic Rig Code 0
Jeanneau_JY51 GTE Keel Classic Rig
Jeanneau_JY51 GTE Keel Furling Rig Code 0
Jeanneau_JY51 GTE Keel Furling Rig
Jeanneau_JY51 PTE Keel Classic Rig Code 0
Jeanneau_JY51 PTE Keel Classic Rig
Jeanneau_JY51 PTE Keel Furling Rig Code 0
Jeanneau_JY51 PTE Keel Furling Rig
Jeanneau_JY54 GTE Keel Classic Rig Jib Headsail
Jeanneau_JY54 GTE Keel Classic Rig Self Tacking Jib Headsail
Jeanneau_JY54 GTE Keel Furling Rig Self Tacking Jib Headsail
Jeanneau_JY54 PTE Keel Classic Rig Jib Headsail
Jeanneau_JY54 PTE Keel Classic Rig Self Tacking Jib Headsail
Jeanneau_JY54 PTE Keel Furling Rig Self Tacking Jib Headsail
Jeanneau_JY58 GTE Keel Furling Rig Cruising
Jeanneau_JY58 GTE Keel Performance Rig Cruising
Jeanneau_Sun Odyssey 349 Classic Rig Deep Keel Code 0
Jeanneau_Sun Odyssey 349 Classic Rig Deep Keel
Jeanneau_Sun Odyssey 349 Classic Rig Lifting Keel Code 0
Jeanneau_Sun Odyssey 349 Classic Rig Lifting Keel
Jeanneau_Sun Odyssey 349 Classic Rig Shoal Keel Code 0
Jeanneau_Sun Odyssey 349 Classic Rig Shoal Keel
Jeanneau_Sun Odyssey 349 Furling Mast Rig Deep Keel
Jeanneau_Sun Odyssey 349 Furling Mast Rig Deep Keel Code 0
Jeanneau_Sun Odyssey 349 Furling Rig Lifting Keel
Jeanneau_Sun Odyssey 349 Furling Rig Lifting Keel Code 0
Jeanneau_Sun Odyssey 349 Furling Rig Shoal Keel Code 0
Jeanneau_Sun Odyssey 349 Furling Rig Shoal Keel
Jeanneau_Sun Odyssey 389
Jeanneau_Sun Odyssey 389 GTE Keel
Jeanneau_Sun Odyssey 389 PTE Keel
Jeanneau_Sun Odyssey 39i
Jeanneau_Sun Odyssey 410 Performance Rig GTE Keel
Jeanneau_Sun Odyssey 410 Performance Rig Lifting Keel
Jeanneau_Sun Odyssey 410 Standard Rig GTE Keel
Jeanneau_Sun Odyssey 410 Standard Rig Lifting Keel
Jeanneau_Sun Odyssey 410 Standard Rig PTE Keel
Jeanneau_Sun Odyssey 42I Asymmetric Spinnaker
Jeanneau_Sun Odyssey 42I No Spinnaker
Jeanneau_Sun Odyssey 440 Furling Rig GTE Keel
Jeanneau_Sun Odyssey 440 Furling Rig PTE Keel
Jeanneau_Sun Odyssey 440 Performance Rig GTE Keel
Jeanneau_Sun Odyssey 440 Performance Rig PTE Keel
Jeanneau_Sun Odyssey 440 Standard Rig GTE Keel
Jeanneau_Sun Odyssey 440 Standard Rig PTE Keel
Jeanneau_Sun Odyssey 449 Deep Draft No Spinnaker
Jeanneau_Sun Odyssey 44I Asymmetric Spinnaker
Jeanneau_Sun Odyssey 44I Symmetric Spinnaker
Jeanneau_Sun Odyssey 490 Furling Rig GTE Keel
Jeanneau_Sun Odyssey 490 Furling Rig PTE Keel
Jeanneau_Sun Odyssey 490 Performance Rig GTE Keel
Jeanneau_Sun Odyssey 490 Performance Rig PTE Keel
Jeanneau_Sun Odyssey 490 Standard Rig GTE Keel
Jeanneau_Sun Odyssey 490 Standard Rig PTE Keel
Jeanneau_Sunfast 32
Jeanneau_SunFast 3200
Jeanneau_Sunfast 32i
Jeanneau_Sunfast 3600
Jeanneau_Sunfast 3600
Jeanneau_Sunfast 39
Jeanneau_Sunfast 40 Jib Only
Jeanneau_Sunfast 40 Spinnaker
Jeanneau_Sunfast 40
JPK_JPK 1010
JPK_JPK 960
Koopmans_Sentijn 37 MKii Masthead Rigged Sloop 2m Keel
Lagoon_380
Lagoon_450F
Lagoon_500
Lagoon_Lagoon 380
Mills_Cape 31
Moody_42 (95%)
Moody_42 DS
Moody_42
Morgan_42 MKII Asymmetric
Mumm_Mumm 30
Najad_320
Najad_360
Najad_440 AC
Novatecnia_GR28
Oyster_565 Alloy Rig Standard Keel Spinnaker
Oyster_595 Alloy Rig Standard Keel Spinnaker
Oyster_Oyster 37
Oyster_Oyster 41
Oyster_Oyster 49
Oyster_Oyster 55
Oyster_Oyster Lightwave 395
Pacer_42 CR
Pogo_Pogo 30 Fixed Keel Asymmetric
Pogo_Pogo 30 Lifting Keel Classic Mast
Pogo_Pogo 30 Lifting Keel Long Mast
Pogo_Pogo 40 Deep Draft
Pogo_Pogo 40 Shallow Draft
Pre-Filler Tool
Race Boat_Class 40 Akilaria
Race Boat_Class 40 Boat 1
Race Boat_Class 40 Boat 2
Race Boat_Volvo Ocean 65
Robertson and Caine_Leopard 45 Round Top Mainsail No Spinnaker
Rustler_Rustler 42
Sabre_362
Sabre_402
Salona_44
Seaquest_SJ320
Seascape_24 Asymmetric Spinnaker
Seascape_27 Asymmetric Spinnaker
Sigma_33 Cruising
Sigma_33 OOD
Sigma_36
Sigma_38 OOD
Sigma_400
Swan_37
Swan_38
Swan_39
Swan_391
Swan_40
Swan_44
Swan_45
Swan_46 Centre Board Version
Swan_46
Swan_60
Valiant_40
Valiant_Esprit 37
Winner_1010 x 1.4
Winner_1010 x 1.8
Winner_1010 x 1.95
X-Yachts _X332 Sport
X-Yachts_X332
X-Yachts_X34
X-Yachts_X35 One Design
X-Yachts_X362 Classic Spinnaker
X-Yachts_X362 Sport Spinnaker
X-Yachts_X37
X-Yachts_X40
X-Yachts_X402
X-Yachts_X43 Standard Keel Symmetric Spinnaker
X-Yachts_X43
X-Yachts_X44
X-Yachts_X46
X-Yachts_X482
X-Yachts_X55
X-Yachts_X99
X-Yachts_Xc42
X-Yachts_Xc45
X-Yachts_Xc50
X-Yachts_Xp33
X-Yachts_Xp38

[jfxk]

Thanks so much for your help Chuck.

[Chuck - Raymarine - Moderator]

You're welcome.

[jfxk]

Hi again Chuck - on the topic of polars and laylines for sailboat racing now having purchased the Axiom 9 RV, seatalk ng starter kit and microtalk wireless gateway to interface with my Ray t-101 (t112 and t120 wireless wind instruments) it appears from the Lighthouse 3 detailed instructions I may need Speed through water to use polars. The boat already has an i40 for depth which works fine and speed through water (STW) sensor.

Question 1: Since we have seaweed issues where we sailboat race STW transducers are problematic due to fouling which is why none is now installed. Is it possible to use speed over ground (SOG) to display laylines instead of STW. This would be best because of both fouling of speed transducers and poor quality current data in our area in navionics and other chart apps.

Question 2: If Lighthouse 3 laylines/startline/polars cannot be made to work without STW what STW transducer (no depth needed) would be easiest to interface with my Axiom 9 RV? (I purchased the Axiom 9 RV and RV transducer to also use on my powerboat which we use for fishing)

We race a small boat (s2 7.9) so less is better)

Thanks for your patience

John

[Chuck - Raymarine - Moderator]

John,

Q1: Since we have seaweed issues where we sailboat race STW transducers are problematic due to fouling which is why none is now installed. Is it possible to use speed over ground (SOG) to display laylines instead of STW. This would be best because of both fouling of speed transducers and poor quality current data in our area in navionics and other chart apps.
A1: Negative. Please note the entry in the polars is based upon True Wind data. As indicated within the FAQ addressing the subject of True Wind calculation, speed through water (STW) data is required.

Question 2: If Lighthouse 3 laylines/startline/polars cannot be made to work without STW what STW transducer (no depth needed) would be easiest to interface with my Axiom 9 RV? (I purchased the Axiom 9 RV and RV transducer to also use on my powerboat which we use for fishing).
A1. With the exception of 50kHz/200kHz fishfinder transducer featuring a paddle wheel and 50kHz/200kHz fishfinder transducer joined to a fishfinder speed/temp transducer, no STW transducers may be directly interfaced to the Axiom RV MFD. As MFDs running the latest LightHouse 3 software can calibrate (multi-point calibration actually) speed transducers which have been interfaced to an iTC-5 Analog Instrument converter, it would be recommended that an iTC-5 be installed as a backbone component of the system's powered and properly terminated SeaTalkng / NMEA 2000 backbone and that an Raymarine’s web siteanalog instrument thru-hull speed/temp transducer be interfaced to the iTC-5.

[jfxk]

Thanks for the speedy answer Chuck - why wouldn't a through hull 50kHz/200kHz fishfinder transducer featuring a paddle wheel be a good way to provide STW since it would connect directly to the MFD. If it would be good which transducer would you recommend.

Adding an ITC-5 and a transducer such as the ST800/P120 adds quite a bit of cost to the system.

Thanks

[Chuck - Raymarine - Moderator]

John,

Q. Why wouldn't a through hull 50kHz/200kHz fishfinder transducer featuring a paddle wheel be a good way to provide STW since it would connect directly to the MFD.
A. As speed through water transducers feature non-linear error, utilizing a system supporting multi-point STW calibration will ensure greatest STW accuracy across a broader range of speeds. The Fishfinder application supports a single speed offset, and as such would be most accurate at the speed that the vessel was operating when calibrated. As such, those who are serious about performance sailing (i.e. anyone seeking to maximize the use of the MFD advanced sailing features) will opt for a system supporting multi-point STW calibration.

[jfxk]

Got it, Thanks!

[Chuck - Raymarine - Moderator]

You're welcome.