Official name - Circuit de Monaco
Circuit Data
Type Street Full Throttle % 45
Direction Clockwise Tyre Wear High
No of Laps 78 Break Wear High
Lap Length 3.340km/2.075M Braking per Lap % 22
Race Distance 260.520km/161.887M Gear Shift /Lap 55
Offset 0m/0ft Pit Lane Loss 26 seconds
Downforce 10/10 Fuel / Lap 1.4L / .031Gi / 0.37Gu
Key km = Kilometres, M=Miles, m = Meters, Ft= Feet, x:xx.xxx = minutes: seconds.000,
L = Litres, Gi = Gallons Imperial, Gu = Gallons US
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Circuit Performance
Record Pole/Year
1:13.644/2005 Lap Record/Year
1:14.439/2004
Record Pole By
Kimi Raikkonen
(McLaren) Lap Record By Michael Schumacher (Ferrari)
Record Pole Speed
163.27km/h /
101.45mph
Lap Record Speed 161.53km/h / 100.37mph
2011 Pole
1:20.981 2011 Fastest Lap 1:26.727
2011 Pole By
Mark Webber (Red
Bull) 2011 Fastest Lap By Lewis Hamilton (McLaren)
2011 Pole Speed
148.52km/h /
90.28mph
2011 Lap Speed 138.64km/h / 86.15mph
2011 Winner
Sebastian Vettel
(Red Bull) 2009 Winner Jenson Button (Brawn)
2010 Winner
Mark Webber (Red
Bull) 2008 Winner Kimi Raikkonen (Ferrari) The Monaco Grand Prix is a historical event, the first
grand prix race was in 1929, which is run in the midst of the glitz and glamour
of the main city of Monte Carlo. If a license were applied for today from the
FIA, it would not be granted under the existing rules. The short lap length and
the substandard race distance would prohibit it and the nonexistent safety
standards would make the FIA inspectorate run a mile at the thought of
sanctioning a race here. Having said that, it is the most recognized and popular
grand prix race on the calendar.
In the 86 year span there has
only been 14 years when a grand prix was not held. Most of them, 9, were during
the war years 1939 to 1947. Since the formula one drivers' championship was
started in 1950 this circuit has been on the formula one calendar every year
except 1952. This was when formula 2 rules applied to the championship and the
organisers had a grand prix for sports cars. This is the slowest average speed circuit, shortest lap
distance, shortest race distance and the race with the most laps of the season.
Despite this, it is a very technically difficult circuit and demands high
stamina and concentration from the drivers. There are 4 290 gear changes during
a race which is only surpassed by another street circuit, that in Singapore. The
circuit incorporates the slowest corner, turn 6, which is taken at 60km/h
(37mph) and one of the fastest, turn 9 through the tunnel, which is taken at
265km/h (165mph). Turn 6 presents the teams with an additional problem. The
turn is so sharp that the normal steering geometry of a formula one car would
not manage this tight a turning circle. A special set of front wishbones and
steering mechanism are made for this circuit which give the cars a much tighter
turning lock. Being a street circuit the surface is very slippery at the
beginning of the race weekend. This improves through the weekend as more rubber
is laid down on the racing line and there is good grip by the end of the race.
Unusually the free practice 1 & 2 is held on Thursday instead of Friday. The
surface is also very bumpy which requires the cars to ride higher than normal
and for the suspension to be softened considerably to allow independent wheel
movement. The downforce is set to maximum, not to maximize the slow
corners which is usual, but to make the car more stable on the bumpy and
cambered roads. This high downforce also creates drag which compromises the
straight line speed. This is shown in the speed trap which records the lowest
speed than that of any other circuit, 280km/h (174mph). The maximum downforce creates high tire wear. Braking
accounts for 22% of the lap time and therefore the brake wear is also high. As opposed to the grand prix in Spain this circuit demands
an engine that provides high power from low revs. A low and close ratio gearbox,
which reduces terminal velocity, is also required to provide the low rev
traction. Cooling of the engine is also a problem as there are so many slow
sections that the engine does not get the usual flow of cooling air over it. The DRS, KERS and the fast degrading tyres certainly
improved the overtaking. In 2010 there were only 4 on track overtakes in the
whole race, despite having three new teams in their first year of racing. Last
year there were 28 overtakes. The DRS activation zone was for 300m (984ft) on
the start/finish straight. For safety reasons the DRS could not be used in the
tunnel during free practice and qualifying. The tyres for last year's race were the yellow marked soft
compound as the primes and the red marked super soft compound as the options.
These led to 58 pit stops, 2 x 4, 12 x 3 and 5 x 2. The retirees from the race
made up the missing 4 pit stops. In addition to the pit stops most drivers
changed their tyres when on the grid under the red flag conditions which
occurred with only 6 laps of the race remaining. The pit lane and garages pictured on the next page were
only made available in 2004. Before that they were temporary and very cramped.
They are still cramped but better than before. The land availability for these
new pits and garages was made possible by reclaiming land from the harbour. This
started in 2003. The circuit was modified to utilise this reclaimed ground
leaving space for the pit complex. There is no timing wall between the pit complex and the
race track as there is at all other circuits. The engineers sit in rooms above
the garages with their motoring equipment. Other events likely to be run on the race weekend as was
the case in 2011 are -
Porsche
Michelin Super Cup