ENSIS front wings and foilboards

Every ENSIS hydrofoil front wing: 20 wings across 5 families, with true area in cm², span in mm and aspect ratio, taken from ENSIS's own published specifications and directly comparable with every other brand.

• 20front wings listed
• 20current
• 5model families
• 540–2,275area, cm²
• 5.5–9.5aspect ratio

All front-wing specifications

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Every ENSIS front wing in the dataset. Area is true area in cm², converted where the brand publishes square inches or numbers its sizes by span. Aspect ratio is the brand's own figure where it publishes one and reconciles with its geometry, otherwise span² ÷ area.

Product	Area cm²	Span mm	Chord mm	Aspect ratio	Band	Source
FLOW ACE630	630	714	113	8.09	Mid-low aspect	manufacturer
FLOW ACE720	720	827	121	9.50	Mid aspect	manufacturer
FLOW ACE900	900	925	135	9.50	Mid aspect	manufacturer
FLOW ACE1080	1,080	1,013	148	9.50	Mid aspect	manufacturer
FLOW ACE1260	1,260	1,013	160	8.14	Mid-low aspect	manufacturer
INFINITY ACE540	540	635	110	7.50	Mid-low aspect	manufacturer
INFINITY ACE690	690	720	125	7.50	Mid-low aspect	manufacturer
INFINITY ACE840	840	795	135	7.50	Mid-low aspect	manufacturer
INFINITY ACE990	990	860	145	7.50	Mid-low aspect	manufacturer
INFINITY ACE1140	1,140	925	155	7.50	Mid-low aspect	manufacturer
INFINITY ACE1390	1,390	1,020	170	7.50	Mid-low aspect	manufacturer
PACER950	950	754	160	6.00	Low aspect	manufacturer
PACER1250	1,250	864	180	6.00	Low aspect	manufacturer
PACER1550	1,550	964	200	6.00	Low aspect	manufacturer
PACER1850	1,850	1,054	220	6.00	Low aspect	manufacturer
PACER2200	2,200	1,094	250	5.45	Low aspect	manufacturer
STRIDE2050	2,050	1,400	177	9.50	Mid aspect	manufacturer
STRIDE2275	2,275	—	—	—	—	manufacturer
STRIDE ACE1360	1,360	1,100	196	8.90	Mid aspect	manufacturer
STRIDE ACE1740	1,740	1,260	176	9.10	Mid aspect	manufacturer

2 of 20 aspect ratios on this page are qualified: the brand publishes no figure, or publishes one its own span and area do not support. 20 of 20 areas on this page may be projected or flat: ENSIS does not state which it publishes, and the two run 3–8% apart. Those are marked like that, and hovering one gives the reason. Every other aspect ratio is ENSIS's own, and reconciles with ENSIS's own geometry.

How to read these numbers

The number a brand prints on a wing is not comparable across brands: some name a wing by its area in cm², some by its span in millimetres, some by square inches. Everything here is converted so the columns mean the same thing on every page. Where a brand's published aspect ratio contradicts its own span and area by more than 10%, the geometry is used instead and the row says so on the map.

Every ENSIS foilboard: 38 boards across 5 families, with volume in litres, length in feet/inches, width in inches and slenderness, taken from ENSIS's own published specifications.

• 38foilboards listed
• 34current
• 5model families
• 13–167volume, L
• 3'2.6"–7'6.9"length, ft/in

All foilboard specifications

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Every ENSIS foilboard in the dataset. Volume is the brand's own figure in litres; length is in feet/inches and width in inches. Slenderness is length ÷ width, computed here, and blank where the brand publishes no width. A build marked “from its construction” is not stated by the brand: it follows from the construction the brand states.

Product	Construction	Volume L	Length ft/in	Width in	Slenderness	Mount	Build	Source
HIP HOP98	prepreg carbon	13	3'2.6"	15"	2.58	—	hard (from its construction)	manufacturer
HIP HOP ACE98	high modulus prepreg carbon, superlight foam core	13	3'2.6"	15"	2.58	—	hard (from its construction)	manufacturer
JIVE46	carbon sandwich	46	5'3"	20.08"	3.14	twin-track	hard (from its construction)	manufacturer
JIVE62	carbon sandwich	62	5'5"	20.87"	3.11	twin-track	hard (from its construction)	manufacturer
JIVE ACE62	ultra-light carbon sandwich	62	5'5"	20.87"	3.11	—	hard (from its construction)	manufacturer
JIVE72	carbon sandwich	72	5'7"	20.87"	3.21	twin-track	hard (from its construction)	manufacturer
JIVE ACE72	ultra-light carbon sandwich	72	5'7"	20.87"	3.21	—	hard (from its construction)	manufacturer
JIVE86	carbon sandwich	86	5'9"	22.05"	3.12	twin-track	hard (from its construction)	manufacturer
JIVE ACE86	ultra-light carbon sandwich	86	5'9"	22.05"	3.12	—	hard (from its construction)	manufacturer
JIVE100	carbon sandwich	100	6'1"	22.83"	3.19	twin-track	hard (from its construction)	manufacturer
JIVE ACE100	ultra-light carbon sandwich	100	6'1"	22.83"	3.19	—	hard (from its construction)	manufacturer
JIVE120	carbon sandwich	120	6'4"	24.41"	3.11	twin-track	hard (from its construction)	manufacturer
JIVE ACE120	ultra-light carbon sandwich	120	6'4"	24.41"	3.11	—	hard (from its construction)	manufacturer
JIVE ACE46	ultra-light carbon sandwich	—	—	—	—	—	hard (from its construction)	manufacturer
ROCK'N'ROLL ACE54	full carbon PVC sandwich, EPS core	54	4'9"	20.5"	2.79	twin-track	hard (from its construction)	manufacturer
ROCK'N'ROLL 202667	carbon fibre sandwich	67	4'7.1"	22.44"	2.46	twin-track	hard (from its construction)	manufacturer
ROCK'N'ROLL ACE67	full carbon PVC sandwich, EPS core	67	5'0"	21.65"	2.76	twin-track	hard (from its construction)	manufacturer
ROCK'N'ROLL 202677	carbon fibre sandwich	77	5'0"	23.62"	2.53	twin-track	hard (from its construction)	manufacturer
ROCK'N'ROLL ACE79	full carbon PVC sandwich, EPS core	79	5'1"	22.05"	2.77	twin-track	hard (from its construction)	manufacturer
ROCK'N'ROLL 202687	carbon fibre sandwich	87	5'1"	25.59"	2.38	twin-track	hard (from its construction)	manufacturer
ROCK'N'ROLL 202697	carbon fibre sandwich	97	5'3"	27.56"	2.29	twin-track	hard (from its construction)	manufacturer
ROCK'N'ROLL 2026107	carbon fibre sandwich	107	5'3"	29.5"	2.13	twin-track	hard (from its construction)	manufacturer
ROCK'N'ROLL SOFT TOP 2026107	The fiberglass construction is reinforced with carbon layers at the nose, tail and on the standing area. All inserts and the foil box are reinforced with PVC to ensure durability of the board.	107	5'3"	29.5"	2.13	—	hard (from its construction)	manufacturer
ROCK'N'ROLL SOFT TOP 2025107	The fiberglass construction is reinforced with carbon layers at the nose, tail and on the standing area. All inserts and the foil box are reinforced with PVC to ensure durability of the board.	107	5'3"	29.53"	2.13	—	hard (from its construction)	manufacturer
ROCK'N'ROLL 2026117	carbon fibre sandwich	117	5'11"	31.5"	2.25	twin-track	hard (from its construction)	manufacturer
ROCK'N'ROLL SOFT TOP 2026117	The fiberglass construction is reinforced with carbon layers at the nose, tail and on the standing area. All inserts and the foil box are reinforced with PVC to ensure durability of the board.	117	5'11"	31.5"	2.25	—	hard (from its construction)	manufacturer
ROCK'N'ROLL SOFT TOP 2025117	The fiberglass construction is reinforced with carbon layers at the nose, tail and on the standing area. All inserts and the foil box are reinforced with PVC to ensure durability of the board.	117	5'10.9"	31.5"	2.25	—	hard (from its construction)	manufacturer
ROCK'N'ROLL SOFT TOP 2026137	The fiberglass construction is reinforced with carbon layers at the nose, tail and on the standing area. All inserts and the foil box are reinforced with PVC to ensure durability of the board.	137	6'7"	33.5"	2.35	twin-track	hard (from its construction)	manufacturer
ROCK'N'ROLL SOFT TOP 2025137	The fiberglass construction is reinforced with carbon layers at the nose, tail and on the standing area. All inserts and the foil box are reinforced with PVC to ensure durability of the board.	137	6'6.7"	33.46"	2.35	—	hard (from its construction)	manufacturer
ROCK'N'ROLL SOFT TOP 2026167	The fiberglass construction is reinforced with carbon layers at the nose, tail and on the standing area. All inserts and the foil box are reinforced with PVC to ensure durability of the board.	146	6'11"	35"	2.36	twin-track	hard (from its construction)	manufacturer
ROCK'N'ROLL SOFT TOP 2025167	The fiberglass construction is reinforced with carbon layers at the nose, tail and on the standing area. All inserts and the foil box are reinforced with PVC to ensure durability of the board.	167	6'10.7"	35.04"	2.36	—	hard (from its construction)	manufacturer
ROCK'N'ROLL SOFT TOP 2026197	The fiberglass construction is reinforced with carbon layers at the nose, tail and on the standing area. All inserts and the foil box are reinforced with PVC to ensure durability of the board.	—	—	—	—	—	hard (from its construction)	manufacturer
TWIST SOFT TOP125	The fiberglass construction is reinforced with carbon layers at the nose, tail and on the standing area. All inserts and the foil box are reinforced with PVC to ensure durability of the board.	125	6'11"	30.71"	2.69	twin-track	hard (from its construction)	manufacturer
TWIST SOFT TOP145	The fiberglass construction is reinforced with carbon layers at the nose, tail and on the standing area. All inserts and the foil box are reinforced with PVC to ensure durability of the board.	145	6'11.5"	32.28"	2.59	twin-track	hard (from its construction)	manufacturer
WALTZ6’0’’	carbon sandwich	85	6'1.2"	18.11"	4.04	twin-track	hard (from its construction)	manufacturer
WALTZ6’3’’	carbon sandwich	95	6'4.4"	18.9"	4.04	twin-track	hard (from its construction)	manufacturer
WALTZ7’0’’	carbon sandwich	115	7'1"	20.47"	4.15	twin-track	hard (from its construction)	manufacturer
WALTZ7’6’’	carbon sandwich	135	7'6.9"	22.05"	4.12	twin-track	hard (from its construction)	manufacturer

How to read these numbers

Volume is printed in litres by nearly every brand, often in the model name. Board lengths are in feet and inches; widths and thicknesses in inches. Explicit source imperial figures are retained where they agree with the stored measurement. Otherwise lengths are converted to the nearest 0.1 inch and widths and thicknesses to 0.01 inch, using exactly 25.4 millimetres per inch. Volume stays in litres. Missing dimensions stay blank; calculations and drawings use the unrounded stored figures. Slenderness, length ÷ width, is computed from the brand's own two figures and never typed in: how long a board is for its width. Discontinued boards are shaded. Mount is the brand's own statement of how a mast attaches.