The Official Formula 1 2016 Season Thread
Honda would benefit from a second Formula 1 team but no one is interested - claims the firm's motorsport boss Yusuke Hasegawa.
Having faced an uphill struggle since it rejoined F1 with McLaren in 2015, Honda has made no secret of the fact that for more rapid improvements to be made, and for better understanding of its power unit, linking up with an additional team would be ideal.
"I think from a technical point of view it is good to have a second team, to have more chances to run the engines," said Hasegawa.
"Of course it costs a bit more, and we need to prepare the engineers, but in general I would be happy to have a second team if we have the opportunity.
"There is not any team that wants to have a Honda engine.
"We need to wait. I have to change the situation."
Having faced an uphill struggle since it rejoined F1 with McLaren in 2015, Honda has made no secret of the fact that for more rapid improvements to be made, and for better understanding of its power unit, linking up with an additional team would be ideal.
"I think from a technical point of view it is good to have a second team, to have more chances to run the engines," said Hasegawa.
"Of course it costs a bit more, and we need to prepare the engineers, but in general I would be happy to have a second team if we have the opportunity.
"There is not any team that wants to have a Honda engine.
"We need to wait. I have to change the situation."
Hey Dudes,
So I was out of town for the 4th.. Set the DVR, get home last night and NOTHING. I stayed of the internet for 3 days so I could watch. What a bummer.
So I was out of town for the 4th.. Set the DVR, get home last night and NOTHING. I stayed of the internet for 3 days so I could watch. What a bummer.
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dem bolt ons on #2 doe.
They are BOTH Ron's daughters. Wha??
'Ron Dennis (L) with daughters Charlotte and Francesca attend 'Goldie's Love-In"
No idea.
But I'd assume it has something to do with their physical properties at extremely low/no pressure. Low/no pressure lowers their melting temperature substantially?
Temperature don't mean **** I've learned. But temperature AND pressure? Now you can know something useful.
But I'd assume it has something to do with their physical properties at extremely low/no pressure. Low/no pressure lowers their melting temperature substantially?
Temperature don't mean **** I've learned. But temperature AND pressure? Now you can know something useful.







