Soldato
Odd that they restarted it then it went red straight away.
Is 1.3 seconds on much longer tracks close enough? All within 1 second in Q1 except for the debutant Alguersuari: https://en.wikipedia.org/wiki/2009_Hungarian_Grand_Prix#QualifyingCould you imagine the hysteria if all the F1 field qualified within a second? People get excited when four or five cars get within a second of each other.
So... there may be more engine penalties next year. FIA have 'revised' the penalties system.
Teams will have 3 of each of the ICE, turbo and MGU-H, but only 2 of the MGU-K, energy Store and control electronics.
21 races next year, so this could be interesting. So one of each of the MGU-K, eneregy stores and control electronics will have to do 11 races..... Ouch.
In the grand scheme of things it won't affect much. You'll still have one race with a grid penalty if you have to take an extra, but it's unlikely to decide either championship in itself.
But that doesn't have anything to do with the penalty system.Tell that to Hamilton. As Toto said "yes the engine blow up lost Lewis the WDC in 2016"
15.2.1
All cars must have two roll structures which are designed to help prevent injury to the driver in the event of the car becoming inverted.
The principal structure must be at least 940mm above the reference plane at a point 30mm behind the plane C-C.
The secondary roll structure, which is not considered part of the survival cell, must be positioned symmetrically about the car centre plane with its front fixing axis 975mm forward of the plane C-C and 640mm above the reference plane. The mounting faces for the rearward fixings must lie on a plane parallel to and 675mm above the reference plane.
The driver's helmet and steering wheel must be arranged such that they lie below a line drawn between the front fixing axis of the secondary roll structure and a point 75mm vertically below the highest point of the principal roll structure.
15.2.3
The secondary roll structure attachments to the survival cell must pass two static load tests details of which may be found in Article 17.2. Furthermore, each team must supply detailed calculations which clearly show that these attachments are able to sustain:
a) The prescribed test loads specified in Articles 17.2.5 and 17.2.6 when fitted with the secondary structure as specified in Article 15.2.5 with the deformation simulated as purely elastic.
b) A load of 75kN vertically upward on each rear attachment.
c) A load equivalent to 88kN vertically upward and 88kN longitudinally rearward on the axis of the front attachment.
15.2.5
The secondary roll structure must be supplied by the FIA designated manufacturer. Details of the structure and its mountings may be found in the Appendix to the Technical Regulations.
15.2.6
The secondary roll structure may have a fairing attached to it, provided it is bonded to the structure and made of prescribed laminate (details of this laminate may be found in the Appendix to the Technical Regulations). No part of any such fairing may be more than 20mm from the structure and no part may lie within the helmet free volume template (details of this volume may be found in the Appendix to the Technical Regulations). Furthermore, no part of the fairing may be more than 350mm from car centre plane or less than 675mm above the reference plane.
Also see Article 3.4.2.
17.2 Secondary roll structure attachments tests:
17.2.1
A dummy structure, the specification of which may be found in the Appendix to the Technical Regulations, must be used in place of the secondary roll structure.
17.2.2
The loads may be applied using a 150mm diameter pad or through a spherical joint whose centre lies in the specified loading position.
17.2.3
For each test, peak loads must be applied in less than three minutes and be maintained for five seconds.
17.2.4
After five seconds of application there must be no failure of any part of the survival cell or of any attachment between the structure and the survival cell.
17.2.5
A load equivalent to 116kN vertically downward and 46kN longitudinally rearward must be applied at a position 785mm forward of the plane C-C and 810mm above the reference plane and positioned on the car centre plane.
During the test, the structure must be attached to the survival cell which is supported on its underside on a flat plate, fixed to it through its engine mounting points.
17.2.6
A load equivalent to 93kN laterally inward and 83kN longitudinally rearward must be applied at a position 590mm forward of the plane C-C and 790mm above the reference plane to the outer surface of the structure.
During the test, the survival cell may be supported in any way provided this does not increase the strength of the attachments being tested.
But that doesn't have anything to do with the penalty system.
In the grand scheme of things it won't affect much. You'll still have one race with a grid penalty if you have to take an extra, but it's unlikely to decide either championship in itself.
You're forgetting the limited engines rules was introduced with the V8s - 5 years before the V6s - and gearboxes in 2011.Because they can only use a certain number of parts. Unlike the V8 days. But you said
You're forgetting the limited engines rules was introduced with the V8s - 5 years before the V6s - and gearboxes in 2011.
Reliability has been an issue since they started making cars. It's the same for everyone, in theory at least; if your team can't make a part reliable enough then you'll suffer in the championship, the way it always has. That's not down to the restrictions - you design for the rules in place and leave nothing on the table. It's the same for every manufacturer and they've had plenty of time to plan for it.
It still punishes the driver for a manufacturer mistake.Rather than grid penalties for replacing too many engine bits, let them start where they qualified, but make them sit without work being done on the car when they make their compulsory pit stop.