BOATS · 2018 · 2022 · 2026

BABA 35

her first Golden Globe
Designer
Robert Perry
Builder
Ta Shing, Taiwan
Built
1979 to 1986 · about 72 built
Rig
cutter, long keel
Ballast
40% of displacement
In the Golden Globe
2026Daniel Pinsky · Exodus · 2026racing, 6th on day 62the skipper’s page →
One start, in 2026: racing now.
Robert Perry drew the Baba 35 at the end of the nineteen-seventies for Bob Berg of the Flying Dutchman dealership on the American West Coast, a size up from the Baba 30, and Ta Shing of Tainan built about seventy-two of her between 1979 and 1986. She was first sold as the Flying Dutchman 35; Baba is said to be the yard’s way of saying Bob.
Her figures
against the seventeen designs that have raced since 2018
lessthe middle of the designsmoreSIZEWEIGHTSAIL AND SPEEDLength overall10.63 mWaterline9.03 mBeam3.40 mDraft1.68 mDisplacement9,072 kgBallast3,629 kgBallast, share of displacement40%Sail area66.5 m²Hull speed7.3 ktDisplacement to length343Sail area to displacement15.5
Baba 35 · Length overall
10.63 m
the middle of the designs: 10.63 m
the smallest: 9.78 m, Suhaili replica
the largest: 10.97 m, Cape George 36 and Gaia 36
Rustler 36
Length overall: 10.77 m
the design’s page →
Saltram Saga 36
Length overall: 10.90 m
the design’s page →
Cape George 36
Length overall: 10.97 m
the design’s page →
Tradewind 35
Length overall: 10.67 m
the design’s page →
Vancouver 34
Length overall: 10.44 m
the design’s page →
Biscay 36
Length overall: 10.95 m
the design’s page →
OE 32
Length overall: 9.89 m
the design’s page →
Hans Christian 34
Length overall: 10.36 m
the design’s page →
Tashiba 36
Length overall: 10.95 m
the design’s page →
Endurance 35
Length overall: 10.67 m
the design’s page →
Gaia 36
Length overall: 10.97 m
the design’s page →
Lello 34
Length overall: 10.39 m
the design’s page →
Nicholson 32
Length overall: 10.06 m
the design’s page →
Barbican 33 Mk II
Length overall: 9.96 m
the design’s page →
Gale Force 34
Length overall: 10.40 m
the design’s page →
Suhaili replica
Length overall: 9.78 m
the design’s page →
Baba 35 · Waterline
9.03 m
the middle of the designs: 8.38 m
the smallest: 7.32 m, Nicholson 32
the largest: 9.58 m, Cape George 36
Rustler 36
Waterline: 8.20 m
the design’s page →
Saltram Saga 36
Waterline: 8.61 m
the design’s page →
Cape George 36
Waterline: 9.58 m
the design’s page →
Tradewind 35
Waterline: 7.87 m
the design’s page →
Vancouver 34
Waterline: 8.38 m
the design’s page →
Biscay 36
Waterline: 8.23 m
the design’s page →
OE 32
Waterline: 8.50 m
the design’s page →
Hans Christian 34
Waterline: 8.89 m
the design’s page →
Tashiba 36
Waterline: 9.27 m
the design’s page →
Endurance 35
Waterline: 8.13 m
the design’s page →
Gaia 36
Waterline: 7.77 m
the design’s page →
Lello 34
Waterline: 7.92 m
the design’s page →
Nicholson 32
Waterline: 7.32 m
the design’s page →
Barbican 33 Mk II
Waterline: 7.72 m
the design’s page →
Gale Force 34
Waterline: 8.40 m
the design’s page →
Suhaili replica
Waterline: 8.38 m
the design’s page →
Baba 35 · Beam
3.40 m
the middle of the designs: 3.20 m
the smallest: 2.82 m, Nicholson 32
the largest: 3.59 m, Tashiba 36
Rustler 36
Beam: 3.35 m
the design’s page →
Saltram Saga 36
Beam: 3.28 m
the design’s page →
Cape George 36
Beam: 3.20 m
the design’s page →
Tradewind 35
Beam: 3.20 m
the design’s page →
Vancouver 34
Beam: 3.20 m
the design’s page →
Biscay 36
Beam: 3.28 m
the design’s page →
OE 32
Beam: 3.18 m
the design’s page →
Hans Christian 34
Beam: 3.35 m
the design’s page →
Tashiba 36
Beam: 3.59 m
the design’s page →
Endurance 35
Beam: 3.28 m
the design’s page →
Gaia 36
Beam: 2.95 m
the design’s page →
Lello 34
Beam: 2.83 m
the design’s page →
Nicholson 32
Beam: 2.82 m
the design’s page →
Barbican 33 Mk II
Beam: 2.92 m
the design’s page →
Gale Force 34
Beam: 3.20 m
the design’s page →
Suhaili replica
Beam: 3.35 m
the design’s page →
Baba 35 · Draft
1.68 m
the middle of the designs: 1.68 m
the smallest: 1.22 m, Barbican 33 Mk II
the largest: 1.83 m, Gaia 36
Rustler 36
Draft: 1.67 m
the design’s page →
Saltram Saga 36
Draft: 1.80 m
the design’s page →
Cape George 36
Draft: 1.52 m
the design’s page →
Tradewind 35
Draft: 1.68 m
the design’s page →
Vancouver 34
Draft: 1.45 m
the design’s page →
Biscay 36
Draft: 1.75 m
the design’s page →
OE 32
Draft: 1.50 m
the design’s page →
Hans Christian 34
Draft: 1.78 m
the design’s page →
Tashiba 36
Draft: 1.68 m
the design’s page →
Endurance 35
Draft: 1.75 m
the design’s page →
Gaia 36
Draft: 1.83 m
the design’s page →
Lello 34
Draft: 1.75 m
the design’s page →
Nicholson 32
Draft: 1.68 m
the design’s page →
Barbican 33 Mk II
Draft: 1.22 m
the design’s page →
Gale Force 34
Draft: 1.60 m
the design’s page →
Suhaili replica
Draft: 1.52 m
the design’s page →
Baba 35 · Displacement
9,072 kg
the middle of the designs: 8,414 kg
the smallest: 5,897 kg, Lello 34
the largest: 10,660 kg, Cape George 36
Rustler 36
Displacement: 7,623 kg
the design’s page →
Saltram Saga 36
Displacement: 9,500 kg
the design’s page →
Cape George 36
Displacement: 10,660 kg
the design’s page →
Tradewind 35
Displacement: 8,819 kg
the design’s page →
Vancouver 34
Displacement: 6,350 kg
the design’s page →
Biscay 36
Displacement: 7,112 kg
the design’s page →
OE 32
Displacement: 6,200 kg
the design’s page →
Hans Christian 34
Displacement: 8,800 kg
the design’s page →
Tashiba 36
Displacement: 9,231 kg
the design’s page →
Endurance 35
Displacement: 8,414 kg
the design’s page →
Gaia 36
Displacement: 6,985 kg
the design’s page →
Lello 34
Displacement: 5,897 kg
the design’s page →
Nicholson 32
Displacement: 6,198 kg
the design’s page →
Barbican 33 Mk II
Displacement: 6,900 kg
the design’s page →
Gale Force 34
Displacement: 8,754 kg
the design’s page →
Suhaili replica
Displacement: 8,845 kg
the design’s page →
Baba 35 · Ballast
3,629 kg
the middle of the designs: 3,175 kg
the smallest: 2,540 kg, Barbican 33 Mk II
the largest: 4,763 kg, Cape George 36
Rustler 36
Ballast: 3,456 kg
the design’s page →
Saltram Saga 36
Ballast: 3,175 kg
the design’s page →
Cape George 36
Ballast: 4,763 kg
the design’s page →
Tradewind 35
Ballast: 3,759 kg
the design’s page →
Vancouver 34
Ballast: 2,722 kg
the design’s page →
Biscay 36
Ballast: 3,000 kg
the design’s page →
OE 32
Ballast: 2,600 kg
the design’s page →
Hans Christian 34
Ballast: 3,266 kg
the design’s page →
Tashiba 36
Ballast: 3,964 kg
the design’s page →
Endurance 35
Ballast: 3,500 kg
the design’s page →
Gaia 36
Ballast: 3,538 kg
the design’s page →
Lello 34
Ballast: 3,175 kg
the design’s page →
Nicholson 32
Ballast: 3,048 kg
the design’s page →
Barbican 33 Mk II
Ballast: 2,540 kg
the design’s page →
Gale Force 34
Ballast: 3,175 kg
the design’s page →
Suhaili replica
Ballast: 2,676 kg
the design’s page →
Baba 35 · Ballast, share of displacement
40%
the middle of the designs: 43%
the smallest: 30%, Suhaili replica
the largest: 54%, Lello 34
Rustler 36
Ballast, share of displacement: 45%
the design’s page →
Saltram Saga 36
Ballast, share of displacement: 39%
the design’s page →
Cape George 36
Ballast, share of displacement: 45%
the design’s page →
Tradewind 35
Ballast, share of displacement: 43%
the design’s page →
Vancouver 34
Ballast, share of displacement: 43%
the design’s page →
Biscay 36
Ballast, share of displacement: 42%
the design’s page →
OE 32
Ballast, share of displacement: 42%
the design’s page →
Hans Christian 34
Ballast, share of displacement: 37%
the design’s page →
Tashiba 36
Ballast, share of displacement: 43%
the design’s page →
Endurance 35
Ballast, share of displacement: 42%
the design’s page →
Gaia 36
Ballast, share of displacement: 51%
the design’s page →
Lello 34
Ballast, share of displacement: 54%
the design’s page →
Nicholson 32
Ballast, share of displacement: 49%
the design’s page →
Barbican 33 Mk II
Ballast, share of displacement: 45%
the design’s page →
Gale Force 34
Ballast, share of displacement: 39%
the design’s page →
Suhaili replica
Ballast, share of displacement: 30%
the design’s page →
Baba 35 · Sail area
66.5 m²
the middle of the designs: 62.8 m²
the smallest: 44.8 m², OE 32
the largest: 74.0 m², Vancouver 34
Rustler 36
Sail area: 64.4 m²
the design’s page →
Saltram Saga 36
Sail area: 59.0 m²
the design’s page →
Cape George 36
Sail area: 72.5 m²
the design’s page →
Tradewind 35
Sail area: 67.3 m²
the design’s page →
Vancouver 34
Sail area: 74.0 m²
the design’s page →
Biscay 36
Sail area: 53.0 m²
the design’s page →
OE 32
Sail area: 44.8 m²
the design’s page →
Hans Christian 34
Sail area: 62.8 m²
the design’s page →
Tashiba 36
Sail area: 65.3 m²
the design’s page →
Endurance 35
Sail area: 68.4 m²
the design’s page →
Gaia 36
Sail area: 50.2 m²
the design’s page →
Lello 34
Sail area: 48.3 m²
the design’s page →
Nicholson 32
Sail area: 55.2 m²
the design’s page →
Barbican 33 Mk II
Sail area: 51.1 m²
the design’s page →
Gale Force 34
Sail area: 62.2 m²
the design’s page →
Suhaili replica
Sail area: 67.4 m²
the design’s page →
Baba 35 · Hull speed
7.3 kt
the middle of the designs: 7.0 kt
the smallest: 6.6 kt, Nicholson 32
the largest: 7.5 kt, Cape George 36
Rustler 36
Hull speed: 7.0 kt
the design’s page →
Saltram Saga 36
Hull speed: 7.1 kt
the design’s page →
Cape George 36
Hull speed: 7.5 kt
the design’s page →
Tradewind 35
Hull speed: 6.8 kt
the design’s page →
Vancouver 34
Hull speed: 7.0 kt
the design’s page →
Biscay 36
Hull speed: 7.0 kt
the design’s page →
OE 32
Hull speed: 7.1 kt
the design’s page →
Hans Christian 34
Hull speed: 7.2 kt
the design’s page →
Tashiba 36
Hull speed: 7.4 kt
the design’s page →
Endurance 35
Hull speed: 6.9 kt
the design’s page →
Gaia 36
Hull speed: 6.8 kt
the design’s page →
Lello 34
Hull speed: 6.8 kt
the design’s page →
Nicholson 32
Hull speed: 6.6 kt
the design’s page →
Barbican 33 Mk II
Hull speed: 6.7 kt
the design’s page →
Gale Force 34
Hull speed: 7.0 kt
the design’s page →
Suhaili replica
Hull speed: 7.0 kt
the design’s page →
Baba 35 · Displacement to length
343
the middle of the designs: 385
the smallest: 281, OE 32
the largest: 504, Tradewind 35
Rustler 36
Displacement to length: 385
the design’s page →
Saltram Saga 36
Displacement to length: 415
the design’s page →
Cape George 36
Displacement to length: 338
the design’s page →
Tradewind 35
Displacement to length: 504
the design’s page →
Vancouver 34
Displacement to length: 301
the design’s page →
Biscay 36
Displacement to length: 356
the design’s page →
OE 32
Displacement to length: 281
the design’s page →
Hans Christian 34
Displacement to length: 349
the design’s page →
Tashiba 36
Displacement to length: 323
the design’s page →
Endurance 35
Displacement to length: 436
the design’s page →
Gaia 36
Displacement to length: 415
the design’s page →
Lello 34
Displacement to length: 331
the design’s page →
Nicholson 32
Displacement to length: 440
the design’s page →
Barbican 33 Mk II
Displacement to length: 418
the design’s page →
Gale Force 34
Displacement to length: 412
the design’s page →
Suhaili replica
Displacement to length: 419
the design’s page →
Baba 35 · Sail area to displacement
15.5
the middle of the designs: 15.1
the smallest: 13.4, Saltram Saga 36
the largest: 21.9, Vancouver 34
Rustler 36
Sail area to displacement: 16.9
the design’s page →
Saltram Saga 36
Sail area to displacement: 13.4
the design’s page →
Cape George 36
Sail area to displacement: 15.2
the design’s page →
Tradewind 35
Sail area to displacement: 16.0
the design’s page →
Vancouver 34
Sail area to displacement: 21.9
the design’s page →
Biscay 36
Sail area to displacement: 14.6
the design’s page →
OE 32
Sail area to displacement: 13.5
the design’s page →
Hans Christian 34
Sail area to displacement: 15.0
the design’s page →
Tashiba 36
Sail area to displacement: 15.1
the design’s page →
Endurance 35
Sail area to displacement: 16.8
the design’s page →
Gaia 36
Sail area to displacement: 14.0
the design’s page →
Lello 34
Sail area to displacement: 15.0
the design’s page →
Nicholson 32
Sail area to displacement: 16.6
the design’s page →
Barbican 33 Mk II
Sail area to displacement: 14.3
the design’s page →
Gale Force 34
Sail area to displacement: 14.9
the design’s page →
Suhaili replica
Sail area to displacement: 16.0
the design’s page →
lessthe middle of the designsmoreSIZEWEIGHTSAIL AND SPEEDLength overall10.63 mWaterline9.03 mBeam3.40 mDraft1.68 mDisplacement9,072 kgBallast3,629 kgBallast, share of displacement40%Sail area66.5 m²Hull speed7.3 ktDisplacement to length343Sail area to displacement15.5
Baba 35 · Length overall
10.63 m
the middle of the designs: 10.63 m
the smallest: 9.78 m, Suhaili replica
the largest: 10.97 m, Cape George 36 and Gaia 36
Rustler 36
Length overall: 10.77 m
the design’s page →
Saltram Saga 36
Length overall: 10.90 m
the design’s page →
Cape George 36
Length overall: 10.97 m
the design’s page →
Tradewind 35
Length overall: 10.67 m
the design’s page →
Vancouver 34
Length overall: 10.44 m
the design’s page →
Biscay 36
Length overall: 10.95 m
the design’s page →
OE 32
Length overall: 9.89 m
the design’s page →
Hans Christian 34
Length overall: 10.36 m
the design’s page →
Tashiba 36
Length overall: 10.95 m
the design’s page →
Endurance 35
Length overall: 10.67 m
the design’s page →
Gaia 36
Length overall: 10.97 m
the design’s page →
Lello 34
Length overall: 10.39 m
the design’s page →
Nicholson 32
Length overall: 10.06 m
the design’s page →
Barbican 33 Mk II
Length overall: 9.96 m
the design’s page →
Gale Force 34
Length overall: 10.40 m
the design’s page →
Suhaili replica
Length overall: 9.78 m
the design’s page →
Baba 35 · Waterline
9.03 m
the middle of the designs: 8.38 m
the smallest: 7.32 m, Nicholson 32
the largest: 9.58 m, Cape George 36
Rustler 36
Waterline: 8.20 m
the design’s page →
Saltram Saga 36
Waterline: 8.61 m
the design’s page →
Cape George 36
Waterline: 9.58 m
the design’s page →
Tradewind 35
Waterline: 7.87 m
the design’s page →
Vancouver 34
Waterline: 8.38 m
the design’s page →
Biscay 36
Waterline: 8.23 m
the design’s page →
OE 32
Waterline: 8.50 m
the design’s page →
Hans Christian 34
Waterline: 8.89 m
the design’s page →
Tashiba 36
Waterline: 9.27 m
the design’s page →
Endurance 35
Waterline: 8.13 m
the design’s page →
Gaia 36
Waterline: 7.77 m
the design’s page →
Lello 34
Waterline: 7.92 m
the design’s page →
Nicholson 32
Waterline: 7.32 m
the design’s page →
Barbican 33 Mk II
Waterline: 7.72 m
the design’s page →
Gale Force 34
Waterline: 8.40 m
the design’s page →
Suhaili replica
Waterline: 8.38 m
the design’s page →
Baba 35 · Beam
3.40 m
the middle of the designs: 3.20 m
the smallest: 2.82 m, Nicholson 32
the largest: 3.59 m, Tashiba 36
Rustler 36
Beam: 3.35 m
the design’s page →
Saltram Saga 36
Beam: 3.28 m
the design’s page →
Cape George 36
Beam: 3.20 m
the design’s page →
Tradewind 35
Beam: 3.20 m
the design’s page →
Vancouver 34
Beam: 3.20 m
the design’s page →
Biscay 36
Beam: 3.28 m
the design’s page →
OE 32
Beam: 3.18 m
the design’s page →
Hans Christian 34
Beam: 3.35 m
the design’s page →
Tashiba 36
Beam: 3.59 m
the design’s page →
Endurance 35
Beam: 3.28 m
the design’s page →
Gaia 36
Beam: 2.95 m
the design’s page →
Lello 34
Beam: 2.83 m
the design’s page →
Nicholson 32
Beam: 2.82 m
the design’s page →
Barbican 33 Mk II
Beam: 2.92 m
the design’s page →
Gale Force 34
Beam: 3.20 m
the design’s page →
Suhaili replica
Beam: 3.35 m
the design’s page →
Baba 35 · Draft
1.68 m
the middle of the designs: 1.68 m
the smallest: 1.22 m, Barbican 33 Mk II
the largest: 1.83 m, Gaia 36
Rustler 36
Draft: 1.67 m
the design’s page →
Saltram Saga 36
Draft: 1.80 m
the design’s page →
Cape George 36
Draft: 1.52 m
the design’s page →
Tradewind 35
Draft: 1.68 m
the design’s page →
Vancouver 34
Draft: 1.45 m
the design’s page →
Biscay 36
Draft: 1.75 m
the design’s page →
OE 32
Draft: 1.50 m
the design’s page →
Hans Christian 34
Draft: 1.78 m
the design’s page →
Tashiba 36
Draft: 1.68 m
the design’s page →
Endurance 35
Draft: 1.75 m
the design’s page →
Gaia 36
Draft: 1.83 m
the design’s page →
Lello 34
Draft: 1.75 m
the design’s page →
Nicholson 32
Draft: 1.68 m
the design’s page →
Barbican 33 Mk II
Draft: 1.22 m
the design’s page →
Gale Force 34
Draft: 1.60 m
the design’s page →
Suhaili replica
Draft: 1.52 m
the design’s page →
Baba 35 · Displacement
9,072 kg
the middle of the designs: 8,414 kg
the smallest: 5,897 kg, Lello 34
the largest: 10,660 kg, Cape George 36
Rustler 36
Displacement: 7,623 kg
the design’s page →
Saltram Saga 36
Displacement: 9,500 kg
the design’s page →
Cape George 36
Displacement: 10,660 kg
the design’s page →
Tradewind 35
Displacement: 8,819 kg
the design’s page →
Vancouver 34
Displacement: 6,350 kg
the design’s page →
Biscay 36
Displacement: 7,112 kg
the design’s page →
OE 32
Displacement: 6,200 kg
the design’s page →
Hans Christian 34
Displacement: 8,800 kg
the design’s page →
Tashiba 36
Displacement: 9,231 kg
the design’s page →
Endurance 35
Displacement: 8,414 kg
the design’s page →
Gaia 36
Displacement: 6,985 kg
the design’s page →
Lello 34
Displacement: 5,897 kg
the design’s page →
Nicholson 32
Displacement: 6,198 kg
the design’s page →
Barbican 33 Mk II
Displacement: 6,900 kg
the design’s page →
Gale Force 34
Displacement: 8,754 kg
the design’s page →
Suhaili replica
Displacement: 8,845 kg
the design’s page →
Baba 35 · Ballast
3,629 kg
the middle of the designs: 3,175 kg
the smallest: 2,540 kg, Barbican 33 Mk II
the largest: 4,763 kg, Cape George 36
Rustler 36
Ballast: 3,456 kg
the design’s page →
Saltram Saga 36
Ballast: 3,175 kg
the design’s page →
Cape George 36
Ballast: 4,763 kg
the design’s page →
Tradewind 35
Ballast: 3,759 kg
the design’s page →
Vancouver 34
Ballast: 2,722 kg
the design’s page →
Biscay 36
Ballast: 3,000 kg
the design’s page →
OE 32
Ballast: 2,600 kg
the design’s page →
Hans Christian 34
Ballast: 3,266 kg
the design’s page →
Tashiba 36
Ballast: 3,964 kg
the design’s page →
Endurance 35
Ballast: 3,500 kg
the design’s page →
Gaia 36
Ballast: 3,538 kg
the design’s page →
Lello 34
Ballast: 3,175 kg
the design’s page →
Nicholson 32
Ballast: 3,048 kg
the design’s page →
Barbican 33 Mk II
Ballast: 2,540 kg
the design’s page →
Gale Force 34
Ballast: 3,175 kg
the design’s page →
Suhaili replica
Ballast: 2,676 kg
the design’s page →
Baba 35 · Ballast, share of displacement
40%
the middle of the designs: 43%
the smallest: 30%, Suhaili replica
the largest: 54%, Lello 34
Rustler 36
Ballast, share of displacement: 45%
the design’s page →
Saltram Saga 36
Ballast, share of displacement: 39%
the design’s page →
Cape George 36
Ballast, share of displacement: 45%
the design’s page →
Tradewind 35
Ballast, share of displacement: 43%
the design’s page →
Vancouver 34
Ballast, share of displacement: 43%
the design’s page →
Biscay 36
Ballast, share of displacement: 42%
the design’s page →
OE 32
Ballast, share of displacement: 42%
the design’s page →
Hans Christian 34
Ballast, share of displacement: 37%
the design’s page →
Tashiba 36
Ballast, share of displacement: 43%
the design’s page →
Endurance 35
Ballast, share of displacement: 42%
the design’s page →
Gaia 36
Ballast, share of displacement: 51%
the design’s page →
Lello 34
Ballast, share of displacement: 54%
the design’s page →
Nicholson 32
Ballast, share of displacement: 49%
the design’s page →
Barbican 33 Mk II
Ballast, share of displacement: 45%
the design’s page →
Gale Force 34
Ballast, share of displacement: 39%
the design’s page →
Suhaili replica
Ballast, share of displacement: 30%
the design’s page →
Baba 35 · Sail area
66.5 m²
the middle of the designs: 62.8 m²
the smallest: 44.8 m², OE 32
the largest: 74.0 m², Vancouver 34
Rustler 36
Sail area: 64.4 m²
the design’s page →
Saltram Saga 36
Sail area: 59.0 m²
the design’s page →
Cape George 36
Sail area: 72.5 m²
the design’s page →
Tradewind 35
Sail area: 67.3 m²
the design’s page →
Vancouver 34
Sail area: 74.0 m²
the design’s page →
Biscay 36
Sail area: 53.0 m²
the design’s page →
OE 32
Sail area: 44.8 m²
the design’s page →
Hans Christian 34
Sail area: 62.8 m²
the design’s page →
Tashiba 36
Sail area: 65.3 m²
the design’s page →
Endurance 35
Sail area: 68.4 m²
the design’s page →
Gaia 36
Sail area: 50.2 m²
the design’s page →
Lello 34
Sail area: 48.3 m²
the design’s page →
Nicholson 32
Sail area: 55.2 m²
the design’s page →
Barbican 33 Mk II
Sail area: 51.1 m²
the design’s page →
Gale Force 34
Sail area: 62.2 m²
the design’s page →
Suhaili replica
Sail area: 67.4 m²
the design’s page →
Baba 35 · Hull speed
7.3 kt
the middle of the designs: 7.0 kt
the smallest: 6.6 kt, Nicholson 32
the largest: 7.5 kt, Cape George 36
Rustler 36
Hull speed: 7.0 kt
the design’s page →
Saltram Saga 36
Hull speed: 7.1 kt
the design’s page →
Cape George 36
Hull speed: 7.5 kt
the design’s page →
Tradewind 35
Hull speed: 6.8 kt
the design’s page →
Vancouver 34
Hull speed: 7.0 kt
the design’s page →
Biscay 36
Hull speed: 7.0 kt
the design’s page →
OE 32
Hull speed: 7.1 kt
the design’s page →
Hans Christian 34
Hull speed: 7.2 kt
the design’s page →
Tashiba 36
Hull speed: 7.4 kt
the design’s page →
Endurance 35
Hull speed: 6.9 kt
the design’s page →
Gaia 36
Hull speed: 6.8 kt
the design’s page →
Lello 34
Hull speed: 6.8 kt
the design’s page →
Nicholson 32
Hull speed: 6.6 kt
the design’s page →
Barbican 33 Mk II
Hull speed: 6.7 kt
the design’s page →
Gale Force 34
Hull speed: 7.0 kt
the design’s page →
Suhaili replica
Hull speed: 7.0 kt
the design’s page →
Baba 35 · Displacement to length
343
the middle of the designs: 385
the smallest: 281, OE 32
the largest: 504, Tradewind 35
Rustler 36
Displacement to length: 385
the design’s page →
Saltram Saga 36
Displacement to length: 415
the design’s page →
Cape George 36
Displacement to length: 338
the design’s page →
Tradewind 35
Displacement to length: 504
the design’s page →
Vancouver 34
Displacement to length: 301
the design’s page →
Biscay 36
Displacement to length: 356
the design’s page →
OE 32
Displacement to length: 281
the design’s page →
Hans Christian 34
Displacement to length: 349
the design’s page →
Tashiba 36
Displacement to length: 323
the design’s page →
Endurance 35
Displacement to length: 436
the design’s page →
Gaia 36
Displacement to length: 415
the design’s page →
Lello 34
Displacement to length: 331
the design’s page →
Nicholson 32
Displacement to length: 440
the design’s page →
Barbican 33 Mk II
Displacement to length: 418
the design’s page →
Gale Force 34
Displacement to length: 412
the design’s page →
Suhaili replica
Displacement to length: 419
the design’s page →
Baba 35 · Sail area to displacement
15.5
the middle of the designs: 15.1
the smallest: 13.4, Saltram Saga 36
the largest: 21.9, Vancouver 34
Rustler 36
Sail area to displacement: 16.9
the design’s page →
Saltram Saga 36
Sail area to displacement: 13.4
the design’s page →
Cape George 36
Sail area to displacement: 15.2
the design’s page →
Tradewind 35
Sail area to displacement: 16.0
the design’s page →
Vancouver 34
Sail area to displacement: 21.9
the design’s page →
Biscay 36
Sail area to displacement: 14.6
the design’s page →
OE 32
Sail area to displacement: 13.5
the design’s page →
Hans Christian 34
Sail area to displacement: 15.0
the design’s page →
Tashiba 36
Sail area to displacement: 15.1
the design’s page →
Endurance 35
Sail area to displacement: 16.8
the design’s page →
Gaia 36
Sail area to displacement: 14.0
the design’s page →
Lello 34
Sail area to displacement: 15.0
the design’s page →
Nicholson 32
Sail area to displacement: 16.6
the design’s page →
Barbican 33 Mk II
Sail area to displacement: 14.3
the design’s page →
Gale Force 34
Sail area to displacement: 14.9
the design’s page →
Suhaili replica
Sail area to displacement: 16.0
the design’s page →
A bar runs from the middle of the designs to her figure: right of the dashed line she has more than the middle design, left less; the ends of each line are the smallest and the largest. A tick is another design; point at one for her name. Source: the dealer's brochure kept by the owners' association (34 ft 10½ in, 29 ft 7½ in, 11 ft 2 in, 5 ft 6 in, 20,000 lb, 8,000 lb, 716 sq ft); the years and number built from Sailing Magazine. What each figure means: at the foot of the page.

A canoe-sterned cutter with a bowsprit: a hand-laid glass hull, a deck cored with end-grain wood and overlaid with teak, a single casting glassed into the full keel, and, as built, a wheel. Robert Perry’s own list of production boats calls the Tashiba 36, which followed her at the same yard, a refinement of her.

Whether that casting is iron or lead the sources disagree: a dealer’s sheet for a hull of 1979 says cast iron glassed over, Sailing Magazine’s review says lead. Her interior joinery is what the yard is known for, and the saloon has six feet four inches of headroom.

She had never raced the Golden Globe before 2026. Exodus, a hull of 1980, was bought by Daniel Pinsky in Oct 2025 with her wheel already replaced by a tiller and much of the structural work done, and refitted in the Caribbean and France in the months before the start.

One boat, one race, 62 days in: what the race has measured is thin, and this page fills as she sails.

Her Golden Globes, race by race
newest first · every start on one axis of days · the reason under each that ended early

Her one start: racing, 6th on day 62.

2026

One started: racing now.

One past Lanzarote, one past the Equator.
Her best day 161 nm, Daniel Pinsky · 92% of a day at hull speed
Like for like −2% over 331 legs · upwind (under 60°) −3%, reaching (60–130°) −4%, running (over 130°) +1%
LanzaroteDaniel Pinsky · Exodus, day 12EquatorDaniel Pinsky · Exodus, day 33Daniel Pinsky · Exodus · 2026racing, 6th on day 62like for like: −2% over 331 legsthe skipper’s page →
racing, 6th on day 62
A bar runs from the start to how that race ended, in the race’s own words: a cap is a finish, a ring a retirement, a cross a race ended at sea by a dismasting, a grounding or a sinking (the boat may have been saved: the words say), a gold dot a boat racing now and a gold ring one in port for repairs. A notch in a bar is that boat’s own crossing of a mark (the Equator, the Cape of Good Hope, Hobart, Cape Horn; Lanzarote in 2022 and 2026). Like for like: the boat against every other boat of her race in the same wind and angle, with its legs.
How she sails, in 2026
over the ground · 2026 so far

In 8 kt of wind and more, where she and the other designs have twenty legs or more each, her largest gain is on a broad reach in 12–16 kt, +3%, and her largest loss, on a close reach in 8–12 kt, −14%.

From the race’s own 4-hour legs: 338 of hers so far, each set against the other designs’ legs of the same race in the same wind and angle.
Wind
2 kt4 kt6 kt8 kt30°60°90°120°150°180°boat speed0° · the wind blows from here ↓upwindreachingrunning
8–12 kt · upwind, 0–60° off the wind
Baba 35: 4.0 kt, the median of 15 legs
the other designs: 3.9 kt, 131 legs
8–12 kt · close reach, 60–90° off the wind
Baba 35: 4.2 kt, the median of 36 legs
the other designs: 4.9 kt, 268 legs
8–12 kt · reaching, 90–130° off the wind
Baba 35: 5.4 kt, the median of 24 legs
the other designs: 5.3 kt, 253 legs
8–12 kt · broad reach, 130–160° off the wind
Baba 35: 4.1 kt, the median of 14 legs
the other designs: 4.9 kt, 242 legs
8–12 kt · running, 160–180° off the wind
Baba 35: 5.0 kt, the median of 10 legs
the other designs: 4.7 kt, 224 legs
8–12 kt · upwind, 0–60° off the wind
the other designs: 3.9 kt, the median of 131 legs
Baba 35: 4.0 kt, 15 legs
8–12 kt · close reach, 60–90° off the wind
the other designs: 4.9 kt, the median of 268 legs
Baba 35: 4.2 kt, 36 legs
8–12 kt · reaching, 90–130° off the wind
the other designs: 5.3 kt, the median of 253 legs
Baba 35: 5.4 kt, 24 legs
8–12 kt · broad reach, 130–160° off the wind
the other designs: 4.9 kt, the median of 242 legs
Baba 35: 4.1 kt, 14 legs
8–12 kt · running, 160–180° off the wind
the other designs: 4.7 kt, the median of 224 legs
Baba 35: 5.0 kt, 10 legs
In 8–12 kt of wind, close reach (60–90° off it), the Baba 35 made 4.2 kt against 4.9 kt for the other designs, −14%: the medians of 36 of her legs and 268 of theirs.
The polar as a table: wind down the side, angle across, her median speed in each
Windupwind 0–60°close reach 60–90°reaching 90–130°broad reach 130–160°running 160–180°Legs
71
99
91
––47
––––15
–––15
Knots over the ground, the median of at least five legs in that wind and angle; beside it, the difference on the other designs’ median in the same wind and angle, green where the Baba 35 was the faster and red where slower; a dash is too few legs; a figure with nothing beside it is one the other designs have too few legs to set against; a paler figure has fewer than twenty legs on one side, so the sentence over the chart leaves it out. Upwind a leg crosses the tacks, so there the figure is speed made good. The chart draws the wind chosen: solid the Baba 35, dashed the other designs. Choose a wind above the chart, then an angle by a dot of the chart or a cell of the table; point at a dot for its figures.
Strengths and weaknesses
each beside its evidence · not a verdict

What the record and the figures support, point by point, and what they weigh against her.

Strengths
A long waterline and a heavy hull.

Waterline 9.03 m, 3rd of 17 of the designs that have raced; displacement 9,072 kg, 4th of 17; hull speed 7.3 kt, 3rd of 17.

Balanced, and comfortable at sea.

“She sails beautifully and is easily balanced”, and “points remarkably well in all directions but best on a reach”, say her owners in Sailing Magazine; the heavy displacement and the full keel give a very comfortable motion at sea, says a buyer’s guide.

Encapsulated ballast, no keel bolts.

A single casting glassed into the keel: 40% of her displacement, 13th of 17.

A yard known for its craftsmanship and joinery.

Ta Shing was one of a small group of Taiwanese yards that won “a reputation for masterful craftsmanship and solid construction” in the seventies and eighties, says Sailing Magazine’s review; owners call the construction “rock solid”, and the review puts the joinery “among the most impressive in the industry”.

Weaknesses
Slow in light air, and tender at first.

Slow in breezes under 8 kt, says the buyer’s guide; initially tender before stiffening at about twenty degrees of heel, says the dealer’s own sheet.

Under 8 kt of wind her boats measured −8% against the other designs, and in 20 kt and more −1%.

Leaky teak, and what is under it.

“Leaky teaky” is what some owners call the decks; blistered hulls, steel fuel tanks that corrode, a holly sole prone to delaminating and rotten bowsprits complete the review’s list for an older hull. Worn bungs let water into the deck’s core, and the fuel tanks and chainplates can be hard to reach for repair, says the buyer’s guide.

Iron or lead, unresolved.

The dealer’s sheet says cast iron glassed over, the magazine says lead. Iron sits higher in the keel for the same weight and, in an old hull, wants watching for rust wherever water reaches it.

Sources, and how the Baba 35 is measured
  • Sailing Magazine, “Baba 35”, David Liscio, 1 Mar 2016 (the origin, the yard, the number built, the lead keel, the headroom, the owners, the weak points)
  • A dealer’s sheet for a Baba 35 of 1979, kept by West Yachts of Anacortes (the construction, the iron ballast, the wheel, the early heel)
  • Listings Port, “Ta Shing Baba 35” (the light air, the motion, the joinery, the deck core, the tanks and chainplates), and Robert Perry’s own list of production boats (the Tashiba 36 as a refinement)
  • Wikipedia, “Baba 30” (the name)
  • The race’s skipper page for Daniel Pinsky (the boat, the purchase, the refit), and its live broadcast of the Lanzarote sail-past, 18 Sep 2026 (the wheel and the tiller)
  • Notice of Race 2026: J.1.2 (the approved designs)
  • The figures: the dealer's brochure kept by the owners' association (34 ft 10½ in, 29 ft 7½ in, 11 ft 2 in, 5 ft 6 in, 20,000 lb, 8,000 lb, 716 sq ft); the years and number built from Sailing Magazine. The race's skipper page (Daniel Pinsky) prints 35 ft (10.67 m) overall, 29.17 ft (8.89 m) on the waterline, 11.50 ft (3.51 m) of beam, 19,500 lb (8,845 kg) and 667 sq ft (61.97 m²); a 1979 dealer's sheet prints 21,140 lb (9,589 kg) and 34 ft 11 in on deck.

What the figures mean. Waterline: the longer, the faster a heavy hull can go. Hull speed: 1.34 × √waterline in feet, the old rule of thumb. Displacement to length: above 300 is heavy; every design here is but the OE 32. Sail area to displacement: under 16 is under-canvassed by modern lights. The middle line is the median of the designs that have the figure: seventeen, or fewer where a source does not give it. Lengths are printed to the centimetre and areas to a tenth of a square metre, whatever the source’s own precision, and the ratios are worked from the figures as printed here.

How she is measured. Every 4-hour leg with a model wind on which the boat was moving (0.2 kt and more): this race’s since the start, and each boat’s whole race in 2018 and 2022, to her finish or her retirement (what a boat sailed after she retired is not counted). A leg’s wind is the model wind at its two ends, averaged as vectors, so its speed is that of the mean wind (a few legs of 2018 and 2022 carry the wind at one end only). The past races have no ocean current, so all three are measured alike: speed over the ground, and the wind’s angle off the course made good. Like for like sets each leg against the other designs’ legs of the same race in the same 3 kt of wind and 15° of angle; the heat map and the polar set her median in each wind and angle, over all her legs there, against the other designs’ medians in the races she sailed, each race weighted by her legs in it. Every figure is a median, and each measures the boat as she was sailed: the sailor, her sails and the state of her hull are in it, a hull under barnacles too. More on the Method page.