Formula 1
As for the flow rate BS, it's clear that it's not reliable. To give such a drastic punishment based on such unreliable equipment is very suspect to me. It sounds more like a case of emotional decisions based on "how dare they" and "how could he without cheating".
The real question then is how was Nico SOOO much faster then everyone else without using more fuel flow.
Apart from Rosberg running away with the win, it was a great race.
The previous configuration had so much down force the driver was just an astronaut, along for the ride.
I will take a driver like Juan Manuel Fangio any day. He drove different vehicles in different disciplines successfully, like Mark Donahue, A. J. Foyt, Parnelli Jones and Mario Andretti. I am sure there are others to add to the list.
Looking forward to a very interesting F1 season.
Its interesting to able to hear other things now (like the drivers with their radio messages!)
I think the more torque/less downforce is going to make it much more exciting. Qualifying was really impressive.
Its interesting to able to hear other things now (like the drivers with their radio messages!)
I think the more torque/less downforce is going to make it much more exciting. Qualifying was really impressive.
As for Ricciardo's disqualification and Red Bulls' refusal. They refused to put on and rely on a part they and the FIA knew to be defective. And they refused to slow there car down based on the information from a new sensor they were confident was unreliable. Trusting math and software(pressure*pulse width/flow rate) over a proven unreliable sensor. I'm with Red Bull here.
Ford Trucks for Ford Truck Enthusiasts
Posted on March 17, 2014
We have had a lot of readers asking why F1 has introduced a fuel flow rate monitoring regulation this season as part of the new rules for the hybrid turbo power units.
This is in the light of Daniel Ricciardo’s disqualification for excessive flow rate in Sunday’s Australian GP.
JA on F1 technical expert Mark Gillan has written this advisory note on the matter:
It was decided pretty early on in the FiA Technical Working Group meetings (which I was a member of) to agree not only on a maximum fuel quantity (i.e. 100kg) but also to a maximum fuel flow rate in order to ensure that a significant emphasis was placed on both improved whole vehicle efficiency and on reduced fuel consumption. These limits, coupled with the move to the downsized 1.6L v6 engine, would ensure that suitable R+D resource was put into the new ERS which, with the addition of the MGU-H, are at the forefront of a potential technology revolution for new highly efficient down-sized road car and commercial vehicle power units.
The technical regulation for the power unit fuel mass flow is clearly stated in articles 5.1.5 and 5.1.5 which set a max fuel mass flow rate of 100kg/h at, and above, 10500rpm with this maximum reducing as the rpm decreases in line with the formula outlined in 5.1.5. These are maximum values and there is no margin for error if one exceeds these values.
The flow rate is monitored by the new ultrasonic sensor, supplied by Gill Sensors, and as discussed previously the accuracy and reliability of this sensor is key, as the ultimate performance of the car depends on it.
From the FIA Tech Regs for 2014:

- I would add only that in Melbourne I spoke to two teams running Mercedes and Ferrari engines who said that they had had various conversations with the FIA during the weekend on this matter of sensor accuracy and had reached a satisfactory conclusion.
The idea of the damned sensor is redundant anyway. The amount of fuel is precisely limited and that alone should be more than enough. I would much prefer, if they have a fuel quantity limit, they should forget about everything else, save safety rules. That would put the creativity back in the game. I have ultimate admiration for the teams and what they can do. Give them a goal and let them decide how to get there.
Good. I was hoping I wasn't alone. It would be so great to see what they would come up with, how many paths they might follow and how high they
would ultimately rev their engines.
Probably a lot of heat and not much light.













