However I’ve come to accept that the sport must do everything it can to improve safety (especially in the wake of Jules Bianchi’s accident) and decided to do an assessment of how the Halo will impact the cars both visually and from a performance standpoint.
Now, there are a few things you might have missed about the implementation of the device due to the red mist descending. Firstly, the teams can paint the ‘flip flop’ in whatever colour they like and secondly, and most importantly, they are allowed to wrap it in a 30 mm fairing to tidy up the air around it. Considering that the Halo is in the firing line of freestream flow around the airbox, the structure mostly hinders the intake of clean air to the ICE, cooling and flow to the rear wing. Other side effects include at least 20 kg extra weight and possibly some disturbances to the air over the sidepod.
The Halo’s basic design will be refined by the FIA between now and the start of 2018. In testing teams have pinned it to the tub in different ways, some slightly better looking than others. Whether every team will have to fix it in the same position remains unknown. The small fairing does however present some opportunities to shape airflow in a more desirable way, although they won’t want too bulk up the tubing much more to reduce blockage and thus decrease drag.
Due to the performances of the German and team-mate Kimi Raikkonen, the Italian outfit have pressed Mercedes at the top of the Constructors’ Championship, and are now down to 10/3 in the F1 betting to secure the crown this season, which may represent good value when used in conjunction with bookmakers’ £50 free bet offers. The quality of the teams and drivers involved will ensure that the battle will go down to the wire.
Perhaps the most important aspect of the race for both awards will be the reliability of the vehicles, which has already played a significant role thus far. Continue reading →
What does it take for an amputee to drive a racing car? Three things: technology, innovation and bravery.
You may have seen the story of Billy Monger – a teenage racing driver who had to have both legs amputated after a horrific high-speed crash – getting back into the cockpit of a racing car.
This heroic feat is nothing short of inspirational. A true testament to internal fortitude and the human spirit, to get back out there after such an extreme accident in Formula 4 and race again.
His and Team BRIT’s (short for British Racing Injured Troops) aspirations to become the first all-disabled team to race in the iconic Le Mans 24 hours event will be nothing short of spectacular when it happens.
However, it takes more than just the human spirit. It also requires a lot of technological and engineering innovation to get to the point of getting an amputee up to this racing pace. And with that, two questions come to mind:
What is this technology?
Could the technology put amputees behind the wheel of Formula 1 cars?