Turn 1

Right279 m arc

Entry	Min	Exit	Brake start	Eff. radius	Elev Δ
122 km/h76 mph	49 km/h30 mph	143 km/h89 mph	54 m177 ft	16 m52 ft	-0.9 m-3 ft

Supersport 600 preset · simulation estimates · liter-bike and 650-twin figures for every corner ship in the all-access pack · how these are computed

The full walkthrough for this corner — braking references, the shape of the entry, what the elevation does to the bike mid-corner, and how the three bike classes differ on the way out — is part of the all-access guide. The complete corner-by-corner text unlocks with the pack, together with the printable guide and the CSV corner tables for every circuit in the library. The full walkthrough for this corner — braking references, the shape of the entry, what the elevation does to the bike mid-corner, and how the three bike classes differ on the way out — is part of the all-access guide. The complete corner-by-corner text unlocks with the pack, together with the printable guide and the CSV corner tables for every circuit in the library.

This corner's walkthrough is in the all-access pack — along with the other 7 locked corners on this track.

Unlock every corner · $59 lifetime →

Turn 2

Right54 m arc

Entry	Min	Exit	Brake start	Eff. radius	Elev Δ
96 km/h60 mph	58 km/h36 mph	77 km/h48 mph	108 m354 ft	22 m72 ft	-0.9 m-3 ft

Supersport 600 preset · simulation estimates · liter-bike and 650-twin figures for every corner ship in the all-access pack · how these are computed

A 54 m right-hander with a 21.8 m effective radius that sheds 1 m of elevation as it unwinds. The simulation carries 96 km/h (60 mph) to the braking point — about 108 m before entry for the supersport 600, 120 m for the liter bike, 84 m for the twin — then slows to a 58 km/h (36 mph) minimum. Exit is where the corner's short length shows: with just 54 m of arc to drive through, the model exits at 77 km/h (48 mph) across all three classes. Together with Turn 3 it forms one of the slower complexes of the lap. All numbers are physics-simulation estimates.

Turn 3

Left99 m arc

Entry	Min	Exit	Brake start	Eff. radius	Elev Δ
78 km/h48 mph	51 km/h32 mph	132 km/h82 mph	165 m541 ft	17 m56 ft	-1.2 m-4 ft

Supersport 600 preset · simulation estimates · liter-bike and 650-twin figures for every corner ship in the all-access pack · how these are computed

The left-hand mirror of Turn 2 and, in the model's output, a step slower in minimum speed: 99 m long, a 17 m effective radius, and another 1 m of descent. Simulated minimums come in below Turn 2 — 78 km/h (48 mph) at brake application, a 51 km/h (32 mph) floor, and 132 km/h (82 mph) at exit for the two larger classes (125 km/h / 78 mph for the middleweight twin). What changes is the direction: this is the first left-hander of the clockwise lap, so the transition from the preceding right demands a full side-to-side change of lean between two similarly slow arcs. Physics-simulation estimates throughout.

Turn 4

Right141 m arc

Entry	Min	Exit	Brake start	Eff. radius	Elev Δ
119 km/h74 mph	111 km/h69 mph	156 km/h97 mph	21 m69 ft	81 m265 ft	-1.1 m-4 ft

Supersport 600 preset · simulation estimates · liter-bike and 650-twin figures for every corner ship in the all-access pack · how these are computed

The full walkthrough for this corner — braking references, the shape of the entry, what the elevation does to the bike mid-corner, and how the three bike classes differ on the way out — is part of the all-access guide. The complete corner-by-corner text unlocks with the pack, together with the printable guide and the CSV corner tables for every circuit in the library. The full walkthrough for this corner — braking references, the shape of the entry, what the elevation does to the bike mid-corner, and how the three bike classes differ on the way out — is part of the all-access guide. The complete corner-by-corner text unlocks with the pack, together with the printable guide and the CSV corner tables for every circuit in the library.

This corner's walkthrough is in the all-access pack — along with the other 7 locked corners on this track.

Unlock every corner · $59 lifetime →

Turn 5

Right183 m arc

Entry	Min	Exit	Brake start	Eff. radius	Elev Δ
130 km/h81 mph	44 km/h28 mph	137 km/h85 mph	87 m285 ft	13 m43 ft	-0.1 m-0 ft

Supersport 600 preset · simulation estimates · liter-bike and 650-twin figures for every corner ship in the all-access pack · how these are computed

A 183 m right-hander at a 13.1 m effective radius, essentially flat with just 0.1 m of drop. After the speed of Turn 4, the simulation posts a substantial stop: the liter bike begins braking about 108 m out, the supersport 87 m, and the twin 63 m, all from roughly 130 km/h (81 mph). Minimum speed settles at 45 km/h (28 mph) — the lowest simulated speed anywhere on the lap. The simulated exit speed — 137 km/h (85 mph) for the two larger classes, 130 km/h (81 mph) for the twin — climbs back to the entry speed and beyond, marking this as a corner where the model is already building energy for the following straight rather than still shedding it. All figures are physics-simulation estimates.

Turn 6

Right117 m arc

Entry	Min	Exit	Brake start	Eff. radius	Elev Δ
107 km/h66 mph	78 km/h48 mph	111 km/h69 mph	27 m89 ft	41 m134 ft	+10.8 m+35 ft

Supersport 600 preset · simulation estimates · liter-bike and 650-twin figures for every corner ship in the all-access pack · how these are computed

The full walkthrough for this corner — braking references, the shape of the entry, what the elevation does to the bike mid-corner, and how the three bike classes differ on the way out — is part of the all-access guide. The complete corner-by-corner text unlocks with the pack, together with the printable guide and the CSV corner tables for every circuit in the library. The full walkthrough for this corner — braking references, the shape of the entry, what the elevation does to the bike mid-corner, and how the three bike classes differ on the way out — is part of the all-access guide. The complete corner-by-corner text unlocks with the pack, together with the printable guide and the CSV corner tables for every circuit in the library.

This corner's walkthrough is in the all-access pack — along with the other 7 locked corners on this track.

Unlock every corner · $59 lifetime →

Turn 7

Left108 m arc

Entry	Min	Exit	Brake start	Eff. radius	Elev Δ
134 km/h83 mph	101 km/h63 mph	130 km/h81 mph	21 m69 ft	68 m222 ft	+5.6 m+18 ft

Supersport 600 preset · simulation estimates · liter-bike and 650-twin figures for every corner ship in the all-access pack · how these are computed

The full walkthrough for this corner — braking references, the shape of the entry, what the elevation does to the bike mid-corner, and how the three bike classes differ on the way out — is part of the all-access guide. The complete corner-by-corner text unlocks with the pack, together with the printable guide and the CSV corner tables for every circuit in the library. The full walkthrough for this corner — braking references, the shape of the entry, what the elevation does to the bike mid-corner, and how the three bike classes differ on the way out — is part of the all-access guide. The complete corner-by-corner text unlocks with the pack, together with the printable guide and the CSV corner tables for every circuit in the library.

This corner's walkthrough is in the all-access pack — along with the other 7 locked corners on this track.

Unlock every corner · $59 lifetime →

Turn 8

Right78 m arc

Entry	Min	Exit	Brake start	Eff. radius	Elev Δ
109 km/h68 mph	83 km/h51 mph	120 km/h75 mph	21 m69 ft	46 m151 ft	+3.8 m+12 ft

Supersport 600 preset · simulation estimates · liter-bike and 650-twin figures for every corner ship in the all-access pack · how these are computed

The full walkthrough for this corner — braking references, the shape of the entry, what the elevation does to the bike mid-corner, and how the three bike classes differ on the way out — is part of the all-access guide. The complete corner-by-corner text unlocks with the pack, together with the printable guide and the CSV corner tables for every circuit in the library. The full walkthrough for this corner — braking references, the shape of the entry, what the elevation does to the bike mid-corner, and how the three bike classes differ on the way out — is part of the all-access guide. The complete corner-by-corner text unlocks with the pack, together with the printable guide and the CSV corner tables for every circuit in the library.

This corner's walkthrough is in the all-access pack — along with the other 7 locked corners on this track.

Unlock every corner · $59 lifetime →

Turn 9

Right114 m arc

Entry	Min	Exit	Brake start	Eff. radius	Elev Δ
99 km/h62 mph	57 km/h35 mph	136 km/h85 mph	54 m177 ft	21 m70 ft	-11.4 m-37 ft

Supersport 600 preset · simulation estimates · liter-bike and 650-twin figures for every corner ship in the all-access pack · how these are computed

The full walkthrough for this corner — braking references, the shape of the entry, what the elevation does to the bike mid-corner, and how the three bike classes differ on the way out — is part of the all-access guide. The complete corner-by-corner text unlocks with the pack, together with the printable guide and the CSV corner tables for every circuit in the library. The full walkthrough for this corner — braking references, the shape of the entry, what the elevation does to the bike mid-corner, and how the three bike classes differ on the way out — is part of the all-access guide. The complete corner-by-corner text unlocks with the pack, together with the printable guide and the CSV corner tables for every circuit in the library.

This corner's walkthrough is in the all-access pack — along with the other 7 locked corners on this track.

Unlock every corner · $59 lifetime →

Turn 10

Right129 m arc

Entry	Min	Exit	Brake start	Eff. radius	Elev Δ
158 km/h98 mph	136 km/h84 mph	151 km/h94 mph	0 m0 ft	122 m399 ft	-6.9 m-23 ft

Supersport 600 preset · simulation estimates · liter-bike and 650-twin figures for every corner ship in the all-access pack · how these are computed

The full walkthrough for this corner — braking references, the shape of the entry, what the elevation does to the bike mid-corner, and how the three bike classes differ on the way out — is part of the all-access guide. The complete corner-by-corner text unlocks with the pack, together with the printable guide and the CSV corner tables for every circuit in the library. The full walkthrough for this corner — braking references, the shape of the entry, what the elevation does to the bike mid-corner, and how the three bike classes differ on the way out — is part of the all-access guide. The complete corner-by-corner text unlocks with the pack, together with the printable guide and the CSV corner tables for every circuit in the library.

This corner's walkthrough is in the all-access pack — along with the other 7 locked corners on this track.

Unlock every corner · $59 lifetime →

Turn 11

Left309 m arc

Entry	Min	Exit	Brake start	Eff. radius	Elev Δ
147 km/h91 mph	85 km/h53 mph	118 km/h74 mph	21 m69 ft	48 m157 ft	-18.2 m-60 ft

Supersport 600 preset · simulation estimates · liter-bike and 650-twin figures for every corner ship in the all-access pack · how these are computed

The full walkthrough for this corner — braking references, the shape of the entry, what the elevation does to the bike mid-corner, and how the three bike classes differ on the way out — is part of the all-access guide. The complete corner-by-corner text unlocks with the pack, together with the printable guide and the CSV corner tables for every circuit in the library. The full walkthrough for this corner — braking references, the shape of the entry, what the elevation does to the bike mid-corner, and how the three bike classes differ on the way out — is part of the all-access guide. The complete corner-by-corner text unlocks with the pack, together with the printable guide and the CSV corner tables for every circuit in the library.

This corner's walkthrough is in the all-access pack — along with the other 7 locked corners on this track.

Unlock every corner · $59 lifetime →

Sonoma Raceway

Sonoma Raceway — quick facts

Turn 1

Turn 2

Turn 3

Turn 4

Turn 5

Turn 6

Turn 7

Turn 8

Turn 9

Turn 10

Turn 11