GP of ABU DHABI , Yas Marina - Braking Analysis

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bar555
bar555
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Joined: 08 Aug 2007, 18:13
Location: Greece - Athens

GP of ABU DHABI , Yas Marina - Braking Analysis

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2009 DATA
Image


Yas Marina Circuit features a number of innovative features, including a five star hotel that straddles the track. On the ground, its 5.55 kilometres (run anti-clockwise) incorporate long straights leading into tight corners, to encourage overtaking , the longest straight on the Formula 1 calendar ( 1.2 km ) , plus a series of fast sweeps that will contribute to average lap speeds approaching 200kph.

Average turn angle indicates the average angle of a circuit's corners expressed in degrees. The higher the average turn angle, the more acute the corners in the circuit's configuration and the greater propensity for understeer to compromise lap time. Average turn angle at the Yas Marina circuit is 1000 - which is below average for the season. The circuit predominately features low speed corners which are linked by two long straights. Based on simulation work, the end of straight (EOS) speed at the Yas Marina circuit is 300kp/h. The Abu Dhabi track ranks as having the 4th slowest EOS speed on the 2009 calendar, and this is one indicator of the wing level typically selected to optimise the downforce/drag ratio. Meanwhile, Yas Marina also has the 3rd slowest average lap speed of any of the tracks on the calendar

Number of Laps: 55
Circuit Length: 5.554 km
Race Distance: 305.470 km
Track Length (centre line): 5.555 Km
Track Length (ideal line): 5.491 Km
Track Width: 12 m - 16 m
Start / Finish Straight Width: 15 m
Longest Acceleration Section: 1173m
Type of brakings: medium
Number of brakings: 11
Acceleration Sections (>500m): 4
Full-throttle percentage: 60%
Time spent under braking per lap: 14 %
Tyre wear: Medium/High
Tyre compounds: soft/medium
Downforce level: High 8/10


Turn 1
Initial speed - 277,3 [Km/h]
Final speed - 159,8 [Km/h]
Stopping distance - 66,26 [m]
Braking time - 1,137 [sec]
Maximum deceleration - 4,3 [g]
Maximum pedal load - 114 [Kg]
Braking power - 1.661 [KW]


Turn 2
Initial speed - 285 [Km/h]
Final speed - 120 [Km/h]
Stopping distance - 93 [m]
Braking time - 1,79 [sec]
Maximum deceleration - 4,5 [g]
Maximum pedal load - 118 [Kg]
Braking power - 1.780 [KW]


Turn 3
Initial speed - 129 [Km/h]
Final speed - 115 [Km/h]
Stopping distance - 9 [m]
Braking time - 0,27 [sec]
Maximum deceleration - 1,8 [g]
Maximum pedal load - 41 [Kg]
Braking power - 270 [KW]


Turn 4
Initial speed - 156 [Km/h]
Final speed - 84 [Km/h]
Stopping distance - 41 [m]
Braking time - 1,27 [sec]
Maximum deceleration - 2,1 [g]
Maximum pedal load - 51 [Kg]
Braking power - 404 [KW]


Turn 5
Initial speed - 304 [Km/h]
Final speed - 74 [Km/h]
Stopping distance - 128 [m]
Braking time - 2,89 [sec]
Maximum deceleration - 5,0 [g]
Maximum pedal load - 132 [Kg]
Braking power - 2.115 [KW]


Turn 6
Initial speed - 297 [Km/h]
Final speed - 90 [Km/h]
Stopping distance - 115 [m]
Braking time - 2,43 [sec]
Maximum deceleration - 4,8 [g]
Maximum pedal load - 126 [Kg]
Braking power - 1.977 [KW]


Turn 7
Initial speed - 182 [Km/h]
Final speed - 131 [Km/h]
Stopping distance - 31 [m]
Braking time - 0,73 [sec]
Maximum deceleration - 2,5 [g]
Maximum pedal load - 60 [Kg]
Braking power - 580 [KW]


Turn 8
Initial speed - 250 [Km/h]
Final speed - 107 [Km/h]
Stopping distance - 87 [m]
Braking time - 1,88 [sec]
Maximum deceleration - 3,7 [g]
Maximum pedal load - 94 [Kg]
Braking power - 1.254 [KW]


Turn 9
Initial speed - 169 [Km/h]
Final speed - 142 [Km/h]
Stopping distance - 17 [m]
Braking time - 0,39 [sec]
Maximum deceleration - 2,3 [g]
Maximum pedal load - 54 [Kg]
Braking power - 475 [KW]


Turn 10
Initial speed - 239 [Km/h]
Final speed - 219 [Km/h]
Stopping distance - 13 [m]
Braking time - 0,21 [sec]
Maximum deceleration - 3,5 [g]
Maximum pedal load - 91 [Kg]
Braking power - 1.153 [KW]


Turn 11
Initial speed - 225 [Km/h]
Final speed - 150 [Km/h]
Stopping distance - 45 [m]
Braking time - 0,88 [sec]
Maximum deceleration - 3,2 [g]
Maximum pedal load - 81 [Kg]
Braking power - 961 [KW]


source : Brembo
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EAKMotorsports
EAKMotorsports
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Joined: 31 Jan 2007, 07:17

Re: GP of ABU DHABI , Yas Marina - Braking Analysis

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great analysis but I want to know the brakes tempetures.
*´¨)
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(¸.·´ (¸.·` * EAK