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30 Sept 2015
Technical image gallery - Suzuka 2015


A selection of the best technical images from Suzuka courtesy of Sutton Images
Williams FW37 rear end detail

Mercedes W06 during build up with radiator / PU exposed

Mercedes W06 rear brake and suspension assembly

Force India VJM08 rear brake assembly


Toro Rosso STR10 front wing as introduced in Singapore

Lotus E23 front wing detail

Force India VJM08 rear wing detail

Ferrari SF15-T front wing detail

Lotus E23 front wing detail


Force India VJM08 front brake duct detail

McLaren MP4-30 rear wing detail, note the bare carbon on the inside of the endplates and flaps

McLaren MP4-30 exhaust detail, note how its tip is tilted upward

McLaren MP4-30 diffuser detail

Ferrari SF15-T rear wing being mounted

Ferrari SF15-T rear brake duct

Williams FW37 front wing detail from behind

Ferrari SF15-T front wing detail

McLaren MP4-30 nose detail, note elongated pylons first used in Singapore

McLaren MP4-30 front wing detail, note inboard canard added for Suzuka

McLaren MP4-30 Sidepod, Bargeboard and Floor detail

Mercedes W06 new rear wing (explained here: http://planetf1.com/news/tech-corner-merc-updates/)


Force India VJM08 front wing, note the upper flaps angle of attack

Red Bull RB11 nose and fron twing detail

Force India VJM08 - note the temperature sensitivity, brake warming blankets over the brake housings whilst the inlets have been blanked off.  A fan is also placed under the nose of the car, likely cooling any electrical components in the vicinity.

Mercedes W06 Y100 winglet


Mercedes W06 front wing detail

Mercedes W06 front wing detail

Mercedes W06 front brake duct detail


Ferrari SF15-T front brake duct detail
 

Mercedes W06 Bargeboard, fins, sidepod and floor detail
 

Sauber C34 with flo-viz applied to the sidepods inlet
Mercedes W06 rear end detail
Mercedes W06 foil cover used on the grid to regulate the rear brake temperatures


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21 Sept 2015
Losing its grip


Mercedes have, up until Singapore been resplendent in the face of the new technical regulations.  Yes, you can argue that they had their fair share of failures during 2014, but these were minuscule in the face of their opposition. Only an internal driver fued kept the Championship battle alive just as it seemed would be the case for 2015 too.

However, a reinvigorated Ferrari have leapfrogged Williams and are now focused on toppling the silver arrows too.  2015 may be a bridge too far but the Scuderia are certainly moving in the right direction and their latest powerunit token spend has certainly narrowed the gap.

So, what of Mercedes quite frankly poor showing in Singapore? For me it is a one off, a blot in the copy book and something that won't be easily repeated during the remainder of the races, save obsession by the team and drivers on what went wrong.

Singapore is a fairly unique circuit in terms of temperatures and corner characteristics.  The tyres are subjected to a higher load for a sustained period with full throttle only achieved for 36% of the lap.  This not only puts an emphasis on the tyres surface temperature but also the tyres bulk (internal) temperatures.  The changes in tyre pressure and tyre blanket protocols in the wake of the Belgian GP will not have helped matters either as the teams shuffle to adjust.

Lest we forget the tyres have their own working ranges, with teams focused on designing their car more squarely around a certain temperature to extract performance from a given window.

Hard            high working range          105-135°
Medium      low working range             90-120°
Soft              high working range         100-125°
Supersoft    low working range            85-115°
(Degrees Celsius - Information provided by Pirelli)

The problem is that the operating windows shown here actually narrow a little more in terms of that peak operating window, you know, what a driver would describe as the feel good factor or being in groove.

Although the protocols changed by the FIA/Pirelli can't be held to account for all of this issues faced by Mercedes they do have some bearing, especially as we have seen other teams made the opposite stride.  Mercedes were around 1.5 secs off the pace, a monumental shift where at some GP's they've outwardly looked to have pace in hand.  The increase in pressure seen at the last 2 GP's will also dynamically affect the tyre, changing the amount of tread platform shown to the track.  This clearly has an impact on temperatures and therefore performance.

Mercedes weren't the only Mercedes powered team that seemed a little off their usual pace though and could be that the tyre issues combined with the torque delivery from the PU106B exacerbated their problems.  It's also worth noting that the Mercedes powerunit does appear to suffer a little more when the temperatures go up, highlighting how HPP have targeted certain temperature thresholds and when they aren't in that sweet spot lose a little performance.  We must also remember that Mercedes have pulled the trigger on their 7 remaining tokens with an eye on the development of the PU106C, perhaps compromising some minor elements in order to bring larger scales changes with next years 25 tokens.  This would clearly put them at odds with the other Mercedes powered teams and perhaps compromising them further.  You could argue then that they went to early, as they had one more of their four free powerunit component allocations left for the season.  However, the threat from Ferrari and the valuable data that could be gained between now and the season coming to its conclusion was clearly enough.

Whatever the actual reason for Mercedes slump in Singapore it will likely be an accumulation of issues and not fixable with one silver bullet.  Will it continue to haunt them going forward? I doubt it, but with Suzuka just around the corner we don't have wait long to find out.
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17 Sept 2015
Technical image gallery - 2015 Singapore GP



A selection of the best technical images from Singapore courtesy of Sutton Images

Wednesday

 

Ferrari conducting practice pit stops, as you see they push the car into the pit box in order to simulate a stop at speed.
Identifying marks being added to Carlos Sainz's tyres
 
A look into the Sauber pit garage as they prepare their cars for the weekend
A look into the Manor F1 garage as they prepare Will Stevens MR03B

Thursday
Ferrari SF15-T front wing detail from underneath
Red Bull RB11 front brake duct detail
Mercedes W06 front brake assembly detail
Mercedes W06 splitter detail
Mercedes W06 front brake duct detail
Mercedes W06 front brake assembly
McLaren MP4-30b rear brake assembly
McLaren MP4-30 rear wing and mounting pylon detail (also note in foreground new position for oil cooler)
Ferrari SF15-T front wing detail
Ferrari SF15T front brake duct
Williams FW37 rear brake duct during build phase (no caketin etc)
Williams FW37 sidepod detail
Williams FW37 turning vane and splitter detail
Williams FW37 chassis/bulkhead detail
Williams FW37 front brake assembly
Red Bull RB11 turning vanes
Red Bull RB11 front brake assembly, note the return to the blown axle too
Red Bull RB11 rear brake assembly
Red Bull RB11 rear wing and DRS hydraulics detail
Red Bull RB11 front brake duct detail
Lotus E23 rear wing detail
Toro Rosso STR10 front brake assembly detail
Red Bull RB11 front brake assembly
McLaren MP4-30 front wing/nose
Mercedes W06 front wing detail

Mercedes W06 rear wing detail
Ferrari SF15-T Cockpit
Red Bull RB11 front suspension detail

Pit stop practice for Williams
The VJM08 is pushed down the pitlane for scrutineering

Red Bull RB11 awaiting scutineering
McLaren MP4-30 awaiting scrutineering
Ferrari SF15-T awaiting scrutineering

Pit stop practice at Sauber, note the enlarged cooling outlets being used at the rear of the C34
 

Pit stop practice, note 18 people working on the car
Mercedes W06 awaits scrutineering
Toro Rosso STR10 awaits scrutineering
Manor MR03B rear brake assembly

McLaren MP4-30 rear wing detail, note the strikes on the side of the endplate that assist in the direction of the upwash return
McLaren MP4-30 floor detail, note the heatgun being used in order to reshape for fitment
McLaren MP4-30 'S' duct detail
McLaren MP4-30 front brake duct detail
McLaren MP4-30 rear brake duct detail
McLaren MP4-30 floor detail
Ferrari SF15-T front wing detail
Ferrari SF15-T rear wing detail
Force India VJM08 rear wing detail
Force India VJM08 rear end detail
Force India VJM08 rear end detail

Force India VJM08 brake duct and floor detail
Toro Rosso STR10 rear wing detail
Sauber C34 front brake duct, the team have added a fin to the inlet, similar to Mercedes, which will create a vortex, improving flow downstream (highlighted in green)

Sauber C34 front brake duct, the team have added a fin to the inlet, similar to Mercedes, which will create a vortex, improving flow downstream (highlighted in green)
McLaren MP4-30 front wing, new outboard canard highlighted in green
Friday

Force India VJM8 with kiel probe array mounted at the rear assessing diffuser, brake duct and rear wing performance
 


Detailed shots of the underside of the Ferrari SF15-T's front wing
Manor F1 team MR03B front wing
 



Shots of Saubers new shorter nose solution
 
Toro Rosso STR10 front wing
Toro Rosso STR10 new front wing, note the new cascade which hangs off the side of the main cascade
Force India VJM08 with kiel probe array mounted
Sauber C34 - New front wing, nose and brake duct
Sauber C34 with rear brake duct painted with flo-viz, note new rear wing and use of Y100 winglet
 

Detailed shots of the underside of Toro Rosso's front wing
Ferrari have added a winglet either side of the crash structure which helps with the trajectory of the exhaust plume
Lotus E23 rear end, note the use of multi layer Y100 winglet
Sauber C34 rear end detail
Lotus E23 with flo-viz applied to the rear wing
Sauber C34 - Note their new twin element Y100 winglet which is reminiscent of Ferrari's

Ferrari SF15-T rear end detail, new Mercedes-esque crash structure winglets (highlighted in green) have been added, whilst the height of the crash structure has also been temporarily increased.
McLaren MP4-30 a revised exhaust position (higher than usual) and Y100 winglet (Monkey Seat) were used during Free Practice


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