Seems they'll be getting to 2 full race distances today, and if they don't decide to pack up early, then some. Even last year that was a feat.Anon123 wrote:This is incredible, whilst other cars are struggling to get out Rosberg is on 91 laps.
Seems they'll be getting to 2 full race distances today, and if they don't decide to pack up early, then some. Even last year that was a feat.Anon123 wrote:This is incredible, whilst other cars are struggling to get out Rosberg is on 91 laps.
They can be confiden that their cars run reliably, but don't see the other teams' lack of running as a problem (exclude the Renault powered cars from that statement); each team has a test program, so it could be that they need to change lots of components and therefore lose time doing so - but it doesn't mean that they are slower or less reliable, just running a different test program.Anon123 wrote:This is incredible, whilst other cars are struggling to get out Rosberg is on 91 laps.
In fact, it was 'only' 72 laps stint (ignoring three quick pit stops) = 319 km = race simulation plus out-lap and in-lap.prince wrote:It is interesting here. Nico has done 91 laps (more than a race) on just one full tank of fuel. He didn't went in to get re-fueled, so obviously they have accommodated a bigger tank.
This is an FIA light to denote 'ERS safe' rather than being on the bulkhead.heimana wrote:I think it is a sensorDiesel wrote:Anyone else notice this in the airbox?
http://www.formula1.com/wi/gi/enlarge/1 ... 31ja19.jpg
I said IN the airbox.kartwheels wrote:This is an FIA light to denote 'ERS safe' rather than being on the bulkhead.heimana wrote:I think it is a sensorDiesel wrote:Anyone else notice this in the airbox?
http://www.formula1.com/wi/gi/enlarge/1 ... 31ja19.jpg
Indeed, a 'bigger' tank would be just a big senseless penalty for the whole season...techF1LES wrote:In fact, it was 'only' 72 laps stint (ignoring three quick pit stops) = 319 km = race simulation plus out-lap and in-lap.prince wrote:It is interesting here. Nico has done 91 laps (more than a race) on just one full tank of fuel. He didn't went in to get re-fueled, so obviously they have accommodated a bigger tank.
I got confused at first, you are assuming they put a bigger tank in just for testing? A possibility. What would be more incredible was if that was simply 100KG of fuel in a 100KG tank and they just ran it until it was on fumes to see how far they can go. Probably so they can calculate how much more fuel they can use up to create more power.prince wrote:It is interesting here. Nico has done 91 laps (more than a race) on just one full tank of fuel. He didn't went in to get re-fueled, so obviously they have accommodated a bigger tank.
"11:58 Mercedes we hear that in the current race simulation of Nico Rosberg in terms of fuel consumption, everything is in the green zone. The Silver Arrows are obviously a step further than the competition." - AMUS Live
Merc would have thought that, first race of the year is on this weekend.
Exactly!...Im not so sure if its a sensor as some gents said earlier,to me it looks like an airflow controller so they can channel the air to various routes inside?Diesel wrote:I said IN the airbox.
prince wrote:It is interesting here. Nico has done 91 laps (more than a race) on just one full tank of fuel. He didn't went in to get re-fueled, so obviously they have accommodated a bigger tank.
In the meantime you can look at Technical specification of MES PCU-8D Display Module.gilgen wrote:no. onboard cameras are not fitted during testing. so unless someone wants to sit on the airbox, you are out of luck.alexx_88 wrote:Are there any detailed pictures available with the new steering wheel LCDs in action? It would be interesting to see what information they offer and how they present it to the driver.
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Application
- Data display and warning lamps
- Typically installed within the steering wheel, although can also be remotely mounted
Display
- 4.3” backlit LCD display
- Viewable area 95mm x 54mm, 480 x 272 pixel resolution
- Viewable in direct sunlight. Brightness adjustable via CAN message for low-light conditions
-16 Gauge types for displaying data, including bar tacho, rev lights and variable text
- 100 user-configurable page, selectable by CAN message
- The display is fully customisable; page layout can be configured by PC with text and gauges
-Alarm pages or user-configurable text warnings can be triggered by CAN messages
Communications
- One CAN interface (1Mbps). No internal termination
- One USB interface for configuration only
Unit Inputs
- One reset input (active low with internal pull-up; can be left unconnected if not required)
- One CAN address selection analogue input (connect an external resistor to unit supply ground)
Other Features
- Configuration software tool supplied with the unit
Electrical
- Supply voltage 8V to 16V DC
- Supply current: <0.6A @ 13.8V (screen and all LEDs on)
- Electro Magnetic Compatibility
- Complies with the essential protection requirements of 2004/108/EEC
Environmental
- Size: 130mm x 81mm x 22mm
- Weight: <230g
- Splash resistant to standard motorsport fluids
- Lid has a rubber seal, case fixings are sealed with silicone sealant
- Maximum humidity: 95% non-condensing
- Operating temperature: 0°C to +50°C
- Storage temperature: -25°C to +85°C
- Vibration: 100Hz to 1000Hz, all axes, 24 hours
- Vibration isolation is recommended
Connection Definition
- Un-terminated flying lead only (no connector fitted), length 300mm
- 26 AWG wire for all wires unless stated
- USB wires are contained within a cable screen, with the other wires coiled round the USB screened cables
- Note the unit supply is required when configuring. The unit cannot be powered by USB
Wire colours:
- Orange; Unit Supply Positive
- Brown ; Unit Supply Ground
- White : CAN +
- Blue CAN; -
- Green; USB+
- White; USB -
- Red; (24 AWG) USB 5V
- Black; (24 AWG) USB Ground
- USB Screen (internally connected to supply ground)
- Grey; CAN address selection input
- Yellow; Reset input