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Mc Laren MP4/29 – Data sensors/collectors in Jerez test


Mc Laren MP4/29 2014 Nose sensor Jerez test Jan 1

 

   The MP4/29 carried on the nose a visually anesthetically protuberance ,which contained a data collector of significant importance. That collector is connected to numerous sensors via cables, also visible on the nose surface . Such devices transform the real car performance  into useful numeric track data that can be contrasted with theoretically exported data . A strong correlation between the two data sources clears the path for the next upgrade step .

Mc Laren MP4/29  Sensor Jerez Test Jan 2 small

   The team also applied  additional data collectors housed inside aerodynamically shaped carapaces on  both  endplates of the rear wing .

 

 

 

Mc Laren MP4/29 – middle zone aero development at Jerez Test


MP4-29 chimney Jerez test January 1 F small

 

  It was surprising to see Mc Laren adopting a relative short, missing the complexity of former seasons, vertical sidepod panel on the MP4/29  . The answer however to this was given shortly on the first test at Jerez with the team to add a chimney just above the panel for enhancing cooling. That chimney simply does not leave enough free space for the panel itself to develop vertically. Chimneys lastly introduced as cooling solution on cars back in 2001 again on a Mc Laren car and onwards for a few years more. Its shape and use gradually evolved and expanded, in some cases combined with a side winglet (Williams), in others used sealed solely as flow conditioner (Ferrari) or even housed the periscope exhaust tailpipes  (Ferrari and Jordan ) .

   Another new feature on the MP4/29, not present on Launch, was the addition of double vertical flow conditioners on sidepods .

 

Mc Laren MP4/29 – Technical Specifications


CHASSIS

Monocoque
Carbon-fibre composite incorporating driver cockpit controls and fuel cell
Front suspension
Carbon-fibre wishbone and pushrod suspension elements operating inboard torsion bar and damper system
Rear suspension
Carbon-fibre wishbone and pullrod suspension elements operating inboard torsion bar and damper system
Electronics
McLaren Applied Technologies. Including chassis control, engine control, data acquisition, alternator, sensors, data analysis and telemetry
Bodywork
Carbon-fibre composite. including engine cover, sidepods, floor, nose, front wing and rear wing. Driver-operated drag reduction system
Lubricants & Fluids
• Mobilith SHC™ 1500 Grease – Mobilith SHC™ 1500 Grease – high-temperature drive-shaft tripod lubrication
• Mobilith SHC™ 220 Grease – Mobilith SHC™ 220 Grease – low rolling-resistance ceramic wheel bearing lubrication
• Mobil SHC™ Hydraulic Oil – Mobil SHC™ Hydraulic Oil – high-pressure, high-temperature hydraulic fluid used for driver, transmission and power-unit control actuators
Tyres
Pirelli P Zero
Radio
Kenwood
Race wheels
Enkei
Brake calipers
Akebono calipers cylinders
Master cylinders
Akebono master cylinders
Batteries
Lithium-Ion battery, between 20 and 25 kg, maximum energy storage, 4 MJ per lap
Steering
McLaren Racing power-assisted
Instruments
McLaren Applied Technologies dashboard
Paint solutions
AkzoNobel Car Refinishes system using Sikkens products

 

 

ENGINE

Type
Mercedes-Benz PU106A Hybrid
Lubricant
Mobil 1™ Engine Oil – high-protection low-friction lubricant and coolant, for high durability and improved fuel economy
Capacity
1.6 litres
Cylinders
6
Maximum rpm
15,000 rpm
Bank angle
90 degree vee angle
Fuel injection
500bar direct injection, single injector per cylinder
Number of valves
24
Fuel
ExxonMobil High Performance Unleaded (5.75% bio fuel)
Max fuel flow rate
100kg/hour (above 10,500 rpm)
Weight
145 kg

 

ERS

Architecture
Integrated Hybrid energy recovery via Motor Generator Units, crankshaft coupled electrical MGU-K, turbocharger coupled electrical MGU-H
MGU-K
Maximum speed, 50,000 rpm. Maximum power, 120 kW. Maximum energy recovery, 2 MJ per lap. Maximum energy deployment, 4 MJ per lap.
MGU-H
Maximum speed 125,000 rpm. Maximum power, unlimited. Maximum energy recovery, unlimited. Maximum energy deployment, unlimited
Energy store
Lithium-Ion battery, between 20 and 25 kg. Maximum energy storage, 4 MJ per lap

 

TRANSMISSION

Gearbox & Differential
• Carbon-fibre composite case
• Epicyclic differential with multi-plate limited-slip clutch
Gears
Eight forward and one reverse
Gear selection
McLaren Racing hand-operated seamless-shift
Clutch
Carbon/carbon, hand-operated
Lubricants
Mobil 1 SHC™ Gear Oil – Low traction-loss, high-efficiency gear and bearing lubricant and coolant

 

credit: Mc Laren

Mc Laren MP4/29 infographic


McLaren Mercedes MP4-29 Infographic
Source: McLaren.com

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