Good news for New Jersey residents, IFA is lowering auto insurance rates! New Jersey drivers can expect on the average a 5% reduction in full coverage.

Improvements in overall vehicle safety, as well as more conscientious drivers have resulted in fewer losses for our company. IFA believes it is our obligation to pass those savings on to our Customers. By keeping rates low and by providing excellent service we have succeeded in building lasting relationships with our Customers,”

announced David Walsh, President of the IFA Insurance Company.

Volvos are known for being extremely safe cars. They are so safe, in fact, that Volvo has started a “Volvo Saved My Life” Club. This club recounts the many moments in which Volvo drivers have been saved by the safety features of these amazing vehicles.

The Volvo v70 and Volvo s70 comes with standard with numerous safety features that you don’t want to miss out on. These safety features may be what put you in Volvo’s special club.

The Volvo line of cars begins with the Safety-Cage Passenger Compartment. This feature is complete with front and rear crumple zones that are able to dissipate and distribute the collision force. This reduces the physical strain on the car’s passengers. There are also roof pillars and transverse roof profiles that would prevent the car caving in should it roll. The side collision impact system also distributes the force of a collision to the side of a car.

The second feature is the Side-Impact Protection System. This reduces injuries in the event of a side impact. The car’s body is designed to reduce the deformation that occurs to a car when hit form the side.

In many front-end collisions, individuals are often harmed by the steering shaft. In a Volvo s70 you will find a collapsible steering column that is designed to prevent the penetration of the steering column into the vehicle’s cabin.

In rear end collisions, whiplash is a common injury. These injuries are created by the catapult effect that occurs when a vehicle is rear-ended. In the event of an accident to the rear of the vehicle, the Whiplash Protection Seating System is activated. There are two phases involved with this feature. The first is a wire frame and the limited-travel spring system. These features prevent your body from being pressed deeply into the seat. The second is a system that allows the seat to actually move backwards and prevent the person from being thrown forwards. This system is designed to work at speeds of up to 20 mph, as this is when whiplash injuries occur the most.

The airbag system on a Volvo is like not other car. There are three-step airbags with a driver’s and passenger side kneepads. A driver and a passenger will often need protection for their knees. Many knee injuries occur in accidents that are front-end collisions. The driver and the front passenger are often thrown forwards in these types of accidents and the knees may be jammed into the lower console.

These are just a few safety features that are found in the Volvo s70 and Volvo v70, but there are many more additional features that may be found in each car as well.

Auto insurance is at its heart financial protection. You purchase insurance in order to prevent paying thousands of dollars in the event of a collision or other loss. Many different types of insurance are available, covering almost every conceivable means of loss or damage to your vehicle as well as others to which you may cause damage. Very few drivers need to purchase every single type of insurance, so it is helpful to understand each type in order to decide which ones you require.

Property damage insurance is sometimes known as liability insurance. This product is designed to cover damages that you may do to someone else’s vehicle. Your state sets a minimum amount of this insurance that you must carry but the state requirement is often quite low. If the damage you cause exceeds the limits of your insurance you could be sued for the difference. It is therefore wise to purchase as much property damage insurance as you can afford.

Personal injury insurance is usually required by law, though the required amount may vary by state. This insurance pays a portion of your medical bills (generally 80 percent) and a portion of your lost wages (usually 60 percent) if you are injured in an accident. Personal injury protection often includes a small death benefit as well. This insurance may cover your relatives or household members or even everyone in the car, depending on your insurance company’s policies and state mandates.

Bodily injury insurance is extremely important even though it is not required by many jurisdictions. If you are at fault for an accident that injures someone beyond the limits of his personal injury coverage, bodily injury insurance will cover the difference. Otherwise you could be sued for medical expenses.

Uninsured/Underinsured Motorist Coverage

If you are injured beyond the limits of your personal injury protection in an accident caused by someone who does not carry bodily injury insurance, what are your options? You could certainly sue him and likely win your case. However lawsuits are time consuming and expensive, and if he does not have the money to pay you might be stuck with an uncollectible judgment against him. Instead, your Uninsured/Underinsured Motorist Coverage could cover your injuries. This protection is reasonably priced and will ensure that you are paid in a timely manner. Purchase this coverage if you can.

Collision insurance will reimburse you for damages to your vehicle if you are at fault. Collision coverage will pay up to the actual cash value of the vehicle less your deductible. If your car is financed you may be required to carry collision insurance. However the premiums are high and this product is not recommended for older low value vehicles.

Comprehensive insurance will pay for damage or loss to your vehicle from both theft and acts of God. Comprehensive coverage will pay up to the actual cash value of the vehicle less your deductible. This insurance is usually required if your car is financed but not recommended for older cars with a low cash value.

Many other options are also available, covering everything from medical payments beyond your personal injury coverage to a rental car while yours is being repaired. Most of these options are good to have if you can afford them but not necessary if you can’t. Always speak with your insurance agent if you have any questions or concerns regarding your coverage options.

Many parents will buy their teenagers their first used car shortly after they turn sixteen. Once mom or dad has helped their teenage driver find a good and reliable used car it is time to find car insurance that won’t cost them an arm and a leg for their new driver. New drivers will typically have higher premiums than older drivers who have more driving experience.

Even though new drivers are considered inexperienced, the premium that you pay doesn’t have to empty your checking account. In fact, parents can save a little bit of money by using their existing insurance policy. Many companies will offer “multi” discounts. This means that if the policyholder has more than one car on their policy, then they will usually get a discount on the additional cars. Other insurance companies will offer auto and home insurance together and this can make paying your insurance even easier. If you are adding a new driver and car to the policy you may receive multi-driver and multi-car discounts.

If the new driver has had a driver education course such as Driver’s Ed in high school, then you may also be able to receive a discount. Many schools offer these courses and if they do not, you may find them available through private companies. You can also take the course and receive a discount for both you and your new driver. Many insurance companies offer these discounts and because many states are requiring that students take these courses, then the situation is even better for you.

Some insurance companies also offer a Good Student discount. These programs award students by offering discounts to students who make good grades in school. If a student also takes a defensive driving course voluntarily, you may also be able to save by sending the certificate to the insurance company, as most insurance companies offer defensive driving discounts as long as the course was not a requirement for a speeding ticket.

Teens have higher accident numbers than any other age of driver. As they progress from being 16 to 17 to 18, their driving gets better as they gain experience. This is why it is important to be prepared for teen car insurance to be more expensive when they first begin driving. They are a higher risk because they tend to be involved in many more accidents. As a parent, you will need to expect to pay that higher premium, but as the teen becomes more experience you can expect that premium to begin dropping on a yearly basis. To make car insurance more affordable for your teen, you should be prepared to budget in that amount when purchasing them a used car.

Car insurance is also a good opportunity for students to learn responsibility. They should be able to help parents pay the premium through summer or part time jobs. They should also learn the effect that a traffic ticket or accident will have on their premium. They will also be able to see how being a good student allows you and them to save money on their insurance.

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Since 1984 Formula One teams have been required to build the chassis in which they compete, and consequently the terms “team” and “constructor” are more or less interchangeable.

This requirement distinguishes the sport from series such as IRL, Champ Cars, and NASCAR, which allow teams to purchase chassis, and “spec series” such as GP2, which require all cars be kept to an identical specification.

In its early years, Formula One teams sometimes also built their engines, though this became less common with the increased involvement of major car manufacturers such as BMW, Mercedes-Benz, Renault, Toyota, and Honda, whose large budgets rendered privately built engines less competitive (and redundant).

Early manufacturer involvement came in the form of a “factory team” (that is, one owned and staffed by a major car company), such as those of Alfa Romeo, Ferrari (FIAT) or Renault. Companies such as Climax, Repco, Cosworth, Hart, Judd and Supertec, which had no direct team affiliation, often sold engines to teams who could not afford to manufacture them. As the manufacturers’ deep pockets and engineering ability took over, almost all engines are now produced by major manufacturers.

After having virtually disappeared by the early 1980s, factory teams made a comeback in the 1990s and 2000s, and now form half the grid with Toyota, Ferrari (FIAT), Honda, Renault and BMW either setting up their own teams or buying out existing ones. Mercedes-Benz (DaimlerChrysler) owns 40% of the McLaren team and manufactures the team’s engines. Commercial engine supplier Cosworth exited the sport at the end of 2006. Thus all the teams will run on factory supplied engines from 2007.

The sport’s 1950 debut season saw eighteen teams compete, but due to high costs many dropped out quickly. In fact, such was the scarcity of competitive cars for much of the first decade of Formula One that Formula Two cars were admitted to fill the grids. Ferrari is the only still-active team which competed in 1950, and as of 2006 eleven teams remain on the grid, each fielding two cars. Although teams rarely disclose information about their budgets, it is estimated that they range from US$66 million to US$400 million each.

Entering a new team in the Formula One World Championship requires a £25 million (about US$47 million) up-front payment to the FIA, which is then repaid to the team over the course of the season. As a consequence, constructors desiring to enter Formula One often prefer to buy an existing team: B.A.R.’s purchase of Tyrrell and Midland’s purchase of Jordan allowed both of these teams to sidestep the large deposit.

Each car is assigned a number. The previous season’s World Drivers’ Champion is designated number 1, with his teammate given number 2. Numbers are then assigned according to each team’s position in the previous season’s World Constructors’ Championship. There have been exceptions to this rule, such as in 1993 and 1994, when the current World Drivers’ Champion (Nigel Mansell and Alain Prost, respectively) was no longer competing in Formula One. In this case the drivers for the team of the previous year’s champion are given numbers 0 (Damon Hill, on both occasions) and 2 (Prost himself and Ayrton Senna - replaced after his death by David Coulthard and occasionally Nigel Mansell - respectively). The number 13 has not been used since 1974, before which it was occasionally assigned at the discretion of individual race organizers.

Before 1996, only the world championship winning driver and his team generally swapped numbers with the previous champion – the remainder held their numbers from prior years, as they had been originally set at the start of the 1974 season. For many years, for example, Ferrari held numbers 27 & 28, regardless of their finishing position in the world championship. As privateer teams quickly folded in the early 1990s, numbers were frequently shuffled around, until the current system was adopted in 1996.

Michael Schumacher holds the record for having won the most Drivers’ Championships (seven) and Ferrari holds the record for having won the most Constructors’ Championships (fourteen). Jochen Rindt became the only posthumous World Champion after a fatal accident at the 1970 Italian Grand Prix.

Modern Formula One cars are mid-engined open cockpit, open wheel single-seaters. The chassis is made largely of carbon fibre composites, rendering it light but extremely stiff and strong. The whole car, including engine, fluids and driver weighs only 605 kg. In fact this is the minimum weight set by the regulations – the cars are so light that they often have to be ballasted up to this minimum weight.

The cornering speed of Formula One cars is largely determined by the aerodynamic downforce that they generate, which pushes the car down onto the track. This is provided by ‘wings’ mounted at the front and rear of the vehicle, and by ground effect created by the movement of air under the flat bottom of the car.

A significant difference in the design of the latest breeds of F1 cars is that they make far greater use of vortex “lift,” or in this case, downforce. Since a vortex is a rotating fluid that creates a low pressure zone at its center, creating vortices lowers the overall local pressure of the air.

Since low pressure is what is desired under the car, allowing normal atmospheric pressure to press the car down from the top, by creating vortices, downforce can be augmented while still staying within the rules.

The aerodynamic design of the cars is very heavily constrained to limit performance and the current generation of cars sport a large number of small winglets, “barge boards” and turning vanes designed to closely control the flow of the air over, under and around the car. The “barge boards” in particular are designed, shaped, configured, adjusted and positioned not to create downforce directly, as with a conventional wing or underbody venturi. They are designed so that air spillage from their edges will create these vortices.

The other major factor controlling the cornering speed of the cars is the design of the tyres. Tyres in Formula One are not ’slicks’ (tyres with no tread pattern) as in most other circuit racing series. Each tyre has four large circumferential grooves on its surface designed to further limit the cornering speed of the cars. Suspension is double wishbone or multilink all round with pushrod operated springs and dampers on the chassis. Carbon-Carbon disc brakes are used for reduced weight and increased frictional performance. These provide a very high level of braking performance and are usually the element which provokes the greatest reaction from drivers new to the formula.

Engines are mandated as 2.4 litre normally aspirated V8s, with many other constraints on their design and the materials that may be used. The 2006 generation of engines rev close to 20,000 rpm and produce up to 740 bhp (552 kW).[10] The previous generation of 3-litre V10 engines are also allowed, albeit with their revs limited and with an air restrictor to limit performance.

Engines run on unleaded fuel closely resembling publicly available petrol. The oil which lubricates and protects the engine from overheating is very similar in viscosity to water. For 2007 the V8 engines will be restricted to 19,000 rpm with limited development areas allowed, following the engine specification freeze from the end of 2006. As outright speed and power are effectively being capped it is widely believed that teams will work on improving reliability, and the torque range of the engine to improve driveability.

A wide variety of technologies – including active suspension, ground effect aerodynamics and turbochargers – are banned under the current regulations. Despite this the 2006 generation of cars can reach speeds of up to 350 km/h (around 220 mph) at some circuits (Monza).A Honda Formula One car, running with minimum downforce on a runway in the Mojave desert achieved a top speed of 415 km/h (258 mph) in 2006. According to Honda, the car fully met the FIA Formula One regulations.

Even with the limitations on aerodynamics, at 160 km/h, aerodynamically generated downforce is equal to the weight of the car and the often repeated claim that Formula One cars are capable of ‘driving on the ceiling’ remains true in principle, although it has never been put to the test. At full speed downforce of 2.5 times the car’s weight can be achieved.

The downforce means that the cars can achieve a lateral force of around four and a half times the force of gravity (4.5 g) in cornering - a high-performance road car might achieve around 1 g. Consequently in corners the driver’s head is pulled sideways with a force equivalent to 25 kilograms. Such high lateral forces are enough to make breathing difficult and the drivers need supreme concentration to maintain their focus for the 1 to 2 hours that it takes to cover 305 kilometres.

A Formula One Grand Prix event spans an entire weekend, beginning with two free practices on Friday, and one free practice on Saturday. Third drivers are allowed to run on Fridays, but only two cars may be used per team. After these practice sessions, a qualifying session is held.

The format of this qualifying session has been through several iterations since 2003. Attempts were made to reinvigorate interest in the qualifying session by using a "one-shot" system in which each driver would take turns on an empty track to set their one and only time.

For the 2006 season a knockout qualifying system was introduced. The FIA revised the 2006 procedures starting with Round 11, the 2006 French Grand Prix.[7] In the first phase, all 22 cars are permitted on the track for a 15-minute qualification session. Only their fastest time will count and drivers may complete as many laps as they wish. In the original format, the clocks were stopped immediately at the end of the session, which meant that drivers on a timed lap did not have their time registered once the 15 minutes were up. From Round 11, any car running a timed lap at the time of the chequered flag is entitled to complete the lap. The slowest six cars can take no further part in qualifying, these cars will make up the last six grid positions in the order of their times.

The times for the sixteen remaining cars are reset for the next 15-minute session. In the original format, the clocks were stopped immediately at the end of the session. From Round 11, cars running timed laps at the chequered flag are allowed to complete the lap. The slowest six cars will make up the grid in positions 11 to 16 in the order of their times.

The times for the ten remaining cars will be reset for the next session. The shootout session lasted 20 minutes under the original regulations, changed to 15 minutes from Round 11. For the final period, the cars will be arranged on the grid in positions one to ten in the order of their times. In the first two 15-minute sessions, cars may run any fuel load and drivers knocked out after those sessions may refuel ahead of the race. However, the top-ten drivers must begin the final 15-minute session with the fuel load on which they plan to start the race. They will be weighed before they leave the pits. Whatever fuel they use in the 15 minutes may be replaced at the end of the session provided that the laps they complete are all within 110% of their best session time; outlaps (a lap that started in the pitlane) and inlaps (a lap that ended in the pitlane) are permitted to be no more than 120% of the driver’s best session time. Any fuel for a lap outside of the 110% time will not be replaced. As with the first two 15 minute sessions, if a driver starts a timed lap before the chequered flag falls for the 15 minute session, their time will count even if they cross the finish line after the session has ended.

The race begins with a warm-up formation lap, after which the cars assemble on the starting grid in the order they qualified. If a driver stalls before the parade lap, and the rest of the field passes him, then he must start from the back of the grid. As long as he moves off and at least one car is behind him, he can retake his original position. A racer may also elect to start from pit-lane if he has any last minute problems with the car. If they choose to do this, they must wait for all cars to pass pit-lane before they may begin the race.

A light system above the track then signals the start of the race. Races are a little over 305 kilometres (190 miles) long and are limited to two hours, though in practice they usually last about ninety minutes. Throughout the race, drivers may make one or more pit stops in order to refuel and change tyres. Drivers have access to seven sets of dry-weather tyres, four sets of wet-weather tyres and three sets of extreme-weather tyres for the entire weekend. Drivers must choose the dry-weather compound they will use for the race ahead of qualifying.

The FIA awards points to the top eight drivers and their respective teams of a grand prix on a 10-8-6-5-4-3-2-1 basis (the race winner receives ten points, the first runner-up eight, and so on). The winner of the two annual championships are the driver and the team who have accumulated the most points at the end of the season. If any drivers and/or teams have the exact amount of points and are both competing for the driver and/or team championships, the driver and/or team who has won more Grand Prix races during the course of the season is declared the winner.

We live in an age of information and technology that has made everything around us smarter. Electronic and digital components have made life easier in our homes, offices, and automobiles.

Some of life’s bells and whistles, like nose hair trimmers, are no more than budget-grabbing gizmos. However there are many intelligent tools that can bring convenience and safety to our daily tasks.

In the vast world of "smart" technology, the automotive electronics market is king. Indispensable features such as anti-lock braking systems and electronic stability control are perfect examples of smart and safe automotive electronics.

Recent developments by industry experts have created a huge increase in the number of electronic devices installed at automotive plants. Just to give you an idea of how quickly cars have evolved electronically, the Apollo 11 space craft traveled to the moon and back using a mere 150 kilobytes of onboard memory. It’s remarkable to think that the typical CD player uses a whopping 500 kilobytes just to keep our favorite songs from skipping.

Listening to uninterrupted music is a mere iota of how electronics have impacted a car’s performance in order to benefit drivers.

Telematics is the term used for the technology that involves automobile communication systems. The term was originally used to describe the blending of telecommunications and informatics or information technology. This industry has been gaining more and more attention from car manufacturers over the past years. In the mid-1990s, industry insiders predicted that telematics would become "the" go-to technology; increasing overall sales and more importantly, transforming the automotive industry into a major player in mobile technology. In reality, these forecasts panned out to be less than what was predicted. From an initial industry projection of over $40 billion dollars, the figure has been whittled down to half as more conservative measures were considered.

Nevertheless, that is by no means an indication that the development of this telematics technology has been or will be abandoned. In fact, on average automobile manufacturers spend $2000 on electronic systems for every vehicle that comes off the line — in incredible increase from the $110-per-car budget of the early 1970s. This huge increase in spending is reflected in everything from engine performance to entertainment systems, security features to safety devices. Every component of the vehicle works together to provide automobiles that perform better, are more comfortable, and ultimately safer to drive.

Some of the most common smart and safe automotive electronics are as follows:

Controller Area Network More than one computer runs your car. There is actually a network of computers called the Controller Area Network (CAN). Like a LAN (Local Area Network) that’s commonly used in home and business computers, the CAN links computers together. In your vehicle, the CAN basically links the many separate computer systems together and allows them communicate with each other. These interconnected systems involve everything from critical systems like engine management, cruise control and anti-lock brakes and cruise control, to less-demanding applications like automatic window and seat controls.

Fuel Efficiency Skyrocketing fuel prices have forced automotive manufacturers to realize the need for fuel-efficient vehicles, and to meet that demand. Smart automotive electronics are used to create the more efficient burning of fuel, such as the electronic fuel injection system (EFI).

The technology used in hybrid vehicles takes this one step further, with electronic devices that allow the driver to automatically switch between gas and electric engines.

Safety Devices There are generally two categories of devices designed to protect the safety of the driver and passengers: active and passive safety devices.

* Active safety devices: These are systems that constantly work to ensure the safety of drivers and passengers. Examples of active safety devices are dynamic steering response (DSR), traction control (TCS), and acceleration slip regulation (ASR).

While the average driver may not notice these systems at work, they are constantly sensing road and driving conditions and adjusting the car’s performance accordingly to create a safer ride. Electronic Stability Control has been shown by researchers to have a large safety benefit in reducing single vehicle skids.

* Passive safety devices: While these features may be more visible and seem simpler, they are also controlled by smart and safe automotive electronics. Thanks to developments in electronics and technology, airbag deployment has seen a tremendous amount of improvement over the years. Early airbags would deploy too early or too late, offering little or no benefit to the driver and passengers. Now, more advanced systems have created devices in your car that are actually programmed to the conditions that can lead to a high collision impact. Airbag and seating adjustment systems are deployed to minimize impact and decrease the degree of injury to the people inside the vehicle.

Think of the advancements over just a decade, and you’ll agree that the car of today certainly is a far cry from its predecessors. Modern automobiles offer more than simply a means of getting from point A to point B. Smart and safe automotive electronics make "getting there" as comfortable and as secure as possible.

With the issue of global warming taking on international importance in recent years, unsurprisingly the focus has fallen on car drivers, with cars seen as one of the major contributors towards global warming. Green cars have been held up as a potential solution, one that motorists should be embracing.

But are green cars actually ‘green’?

Firstly, let’s take pure electric cars. Unfortunately these electric cars are anything but good for the environment. The electricity that they run on is produced in power stations, where only 30-40% of the energy is converted into electricity. Transferring this electricity along electric cables then results in a further 30% being lost to heat energy. So by the time this electricity reaches an electric car a huge amount of the energy has already been lost. Good for cutting down inner city pollution but efficient it certainly isn’t.

Recently hybrid cars have been preferred, cars that contain both an electric motor and a petrol engine. The battery for the motor is powered by the energy generated from braking. When it comes to being ‘green’ these cars in theory offer many more environmental benefits.

In practice this isn’t necessarily the case. Consumer magazine Which? tested four hybrid cars by driving them throughout London. The results were disappointing, as mentioned by George Marshall-Thornhill, senior researcher for Which?, “Some of these should have performed much better.” And this is all without mentioning how to dispose of troublesome electric batteries.

Then there’s the cost of hybrid cars. The Toyota Prius is the most popular hybrid car and can be purchased for around £17,000. However, with fuel economy claims in doubt and 55% of people believing that green cars are too expensive, there is still some way to go before green cars arrive on a large scale.

The facts are that green cars use more energy to produce, are harder to dispose of, their fuel economy claims have been doubted, and they are simply too expensive. The age of the green car has not arrived yet.

For a lot of people, speeding is a normal part of every day life. However, getting speeding tickets regularly becomes expensive. Not only are they expensive, speeding tickets increase your insurance premiums as well.

Are you are fed up with getting speeding tickets? If you drive with a heavy foot or find that you are always in a hurry, it might be time to buy a radar detector.

What is a radar detector?

A radar detector is essentially a microwave radio receiver. It is a device used to detect speed traps set up by police officers, and can also detect the presence of radar guns that are used to measure the speed of vehicles. Radar detectors are very popular these days, and help many people avoid costly speeding tickets.

Owning a radar detector is a great way to help you abide by the law. Radar detectors are very effective for warning you that you are approaching a speed detection device. The detector will make a noise or flash lights when it senses an incoming signal on specific frequencies. All radar detectors are capable of detecting police radar.

Before you decide to purchase a radar detector, it is important to check whether radar detectors are illegal in your area. They are currently illegal in passenger vehicles in Virginia and Washington, DC.

Buying a radar detector:

The price of radar detectors varies greatly. This is due to the fact that some radar detectors are more sophisticated than others. Choosing the right detector is essential to avoiding speeding tickets. The following are the three types of radar detectors:

Corded Radar Detectors: These are the most popular, and are designed to be plugged into the cigarette lighter of your car. The detector itself is attached to the windshield with suction cups.

Wireless Radar Detectors: The advantage of these is that there are no annoying cords. Wireless radar detectors are winning drivers over with their flexibility.

Remote Mounted Radar Detectors: The remote mount type of radar detectors are mounted permanently to your car, hidden from sight. These detectors are more costly and require professional installation.

When purchasing a radar detector, the general rule of thumb is that you get what you pay for. The more costly the detector, the more features it has, and therefore the better chance of it giving you an advance warning, so you can slow down in time. Advance warning can be critical when hoping to avoid a speeding ticket.

Where should you buy a radar detector?

The best way to buy radar detectors is online. This way you can do some research and read reviews of all the various models and compare the features. It is more than likely you will find a better price online than at your local electronics store.

When looking at prices, just remember that a speeding ticket could cost you up to five times as much as a radar detector.

Radar detectors are not foolproof and do not work all of the time, however, drivers who use radar detectors are safer as a group than those that don’t. So to avoid those speeding tickets, make sure you get the best.