Why F1 Matters This Year: New Technology Makes For A Better Show

Why F1 Matters This Year: New Technology Makes For A Better Show

Love it or hate it, Formula One is the top dog in motorsports. With an improving economy, F1 is changing up its rules to include some technologies that are already in your bays, or coming very soon. For 2014, the cars are, for a lack of a better term, hybrids.

Love it or hate it, Formula One is the top dog in motorsports. With an improving economy, F1 is changing up its rules to ­include some technologies that are already in your bays, or coming very soon. For 2014, the cars are, for a lack of a ­better term, hybrids. 
 

F1 has reduced the fuel capacity by 40 kilograms to 100 ­kilograms this year and has specified a maximum flow rate of 100 kilograms per hour. Engine capacities have been reduced to 1.6 liters and turbochargers are allowed. They are able to do this by incorporating technologies like direct injection and better combustion chamber designs.  
 

But the most interesting rule change is the refinement of energy recovery systems (ERS). These systems use the energy recovered under braking or the heat from the turbocharger for a boost when requested by the driver. 
 
The energy recovery device on the turbocharger can also control the turbocharger’s speed to prevent turbo lag. All the cars this year are also brake-by-wire so that the ERS can recover the most energy. Drivers can only use the boost for a limited amount of time during a lap. 
 
Some ERS systems will no-doubt be better than others. This should make for some interesting race strategies when you also factor in fuel strategies and driving styles. 

You May Also Like

Toyota Regenerative Braking System

The brake system of a hybrid may have multiple components to perform regenerative braking and pedal simulation.

With conventional friction brakes, the energy of forward motion (kinetic energy) is transformed into heat energy, via friction, and then dissipated into the air. A Toyota hybrid vehicle recharges its high voltage battery through the use of regenerative braking. 

With regenerative braking, instead of just wasting that energy by releasing it into the air, the vehicle takes it and places it in a box in the back of the car to save it as stored energy. Later, that stored energy will be converted back into kinetic energy and poured back into the operation of the car.

Regenerative Braking Service

Regenerative braking takes the forward motion of the vehicle and turns it into electrical energy.

Toyota Prius Battery Codes P0A7F, P2011 and P0A80

A second generation Toyota Prius is at least 12 years old and batteries may need to be replaced. Here’s what the codes mean.

Air Ride Diagnostics: Reservoirs and Compressors

The secret to diagnosing air ride problems is knowing what criteria the system uses to regulate the compressor/reservoir and having the right tool.

Mazda SkyActiv Engine Service Tips

These engines have been reliable, but there are four pattern failures you might see.

Other Posts

Standard Motor Products Announces 123 New Numbers

The release provides new coverage in 53 distinct product categories and 47 part numbers for 2023 and 2024 model-year vehicles.

BendPak Founder Don Henthorn Passes Away

Grew company from small machine shop to global leader in car lifts and garage equipment.

ASE Practice Tests Available Online

You can get a good idea of what to expect by adding the official ASE practice tests to their study plans.

AACF Celebrates 65 Years Serving the Aftermarket

AACF will be announcing more details about this commemorative fundraiser April 1st.