When you decided price, model, performance, quality, reliability, gas mileage and practicality for all-season driving and pay for it. It’s done.
First of all if you wish your sports car will always in steady performance, first thing to do is how you maintain your sports car. Some sports car drivers tend using its power in many condition even they are not on race road. With its quality sports car deserves to be treat well.

In case keeping for the high quality of sports cars, it’s very important for the owners know and learn how to maintain their sports car’s engine in order to keep their sports cars in a steady performance and automatically to protect their investment and asset.

Talking about car performance especially sporting performance is on a higher level for speed, braking, acceleration and maneuverability from other cars therefore maintaining the sports car engine is extremely important and the cost considerably more to maintain and have a higher incidence of repair costs.

For maintaining sports car engines, consider the following useful tips:

1. Check the engine fluids like the brake fluid, “automatic transmission fluid level (if applicable),” coolant, etc. These are important for keeping the sports car brakes.

2. It is still necessary checking the sports car engine every 2500 to 3000 miles. Changing the engine oil and the filter are one of the primary engine maintenance solution just make sure the lubrication and performance of the engine are properly.

3. Checking for some wear, breaks or cracks of the engine belts. Make sure they won’t become a serious engine problems.

4. Checking the engine compartment for any signs of leaks. It’s usually indicate a broken gasket so fix it up.

5. Change its spark plugs that are beyond the recommended 30,000-mile range. Old or wear spark plugs will not working properly and can deprive you of fuel efficiency.

Would you appreciate paying just to diagnose the problem when the check engine comes on? Or paying for an oil change? Check the sports car engine up step by step it should be properly maintained. Just remember that the engine is the most important part of a car, especially the sports car.
Having a regular maintenance check-up on its engine is the way to keep a sports car in top condition

As you can see, sports car maintenance is a process. All engine maintenance checks performed on a sports car should be recorded in a logbook. It’s very useful especially if the person who has done the maintenance check has forgotten the last date of oil change or other maintenance that was performed.

If you have company delivery vehicles at your small or medium sized business you should have a preventative maintenance schedule and procedures for employees who are drivers of these vehicles. When discussing preventative maintenance over the years with business owners the first thing which comes to mind is �Oil change� and usually the business owner who is on the hook for the loans on these vehicles is more than aware of that fact. Yes, you should change the oil. Obviously you should. How about every 3,000 �5000 miles. After all, that kind of driving is hard on a vehicle, not to mention:

Starting and stopping

Speed bumps

Stop and go traffic

Water movement

Workers driving truck

Driving in dusty conditions

Towing trailers

Excessive idling

While you are waiting to fill up with gas, you should have employees Armor-All the tires, hand out business cards, wipe off rims, clean inside windows and:

Check engine oil level, add as required

Check windshield washer solvent and add if required

Once per month you should do an extensive pre-flight check of your truck. On the first Monday of each month:

Check tire pressure and look for unusual wear or damage

Inspect battery and clean and tighten terminals as required

Check fluid levels of coolant reservoir, power steering and transmission and add as needed

Check all lights and all other electrical items for correct operation to prevent fix-it type tickets humiliating your driver and detracting from your company since the logos are on the side of the vehicle for advertising. Develop a quick form with these items listed and be diligent about checking them on a certain day each month, you will be glad you did, it adds money to the wholesale value of the vehicle and could save your small business thousands of dollars in unnecessary repairs, towing and lost business due to down time.

"Lance Winslow" – Online Think Tank forum board. If you have innovative thoughts and unique perspectives, come think with Lance; www.WorldThinkTank.net/wttbbs/

Try to avoid backing up whenever possible. Occasionally some one in a small car will park directly behind you at a gas station or stop sign. They will be parked so evenly that you won�t see them. This is why the telephone company and most large cable companies require drivers to put a cone behind their vehicle whenever they park their vehicles. It gets the driver in the habit of checking behind the vehicle since he has to get out and pick up the cone. You might also take a peak before you get in and drive away, especially if you are backing up. One day you will be glad you did.

In parking lots, there will be times when you will want to back up five to ten spaces to make another deliver, let another car out or negotiate a parking spot for yourself. If you can drive around the parking lot to get there, do so, as it is free advertising since every one will see you as you traverse the lot. If you must back up, ask a worker or passerby to help guide you. If you are backing up and some one else is backing out, there is a good chance that there will be damage and it really doesn�t matter whose fault it is because you just lost five customers and have hurt your brand name. Which customers did you potentially lose? Well for starters the owner of the other car; their spouse; two of their fellow workers; and at least one person who witnessed the accident.

Give yourself a break in advance and remember these quotes perhaps you might put them in your break room at work:

�Don�t ever go backwards�unless you have to�� �Press onward and upward.�

�He who looks backwards goes backwards. He who looks forward must progress.�

So, if you must go backwards – look. Otherwise look forward, go forward and get free advertising while driving around the parking lot. When you are in parking lots there are some other things you might consider as well. While most collisions in parking lots are minor, all are preventable; they are in fact where most accidents happen. Dents on your deliver vehicles or company car take away from your hard earned good will and brand image. Use your head. Here are some tips: Try to park so as to leave an empty space on both sides; If possible, avoid parking next to a car with dents or banged-up fenders. This may indicate the driver�s lack of concern for his or her own car and an equal lack of concern for yours; Park in the center of your parking space.

When driving in a parking lot, you will find a multitude of possible dangerous situations. This is where you defensive driving skills are most important. Here are some good tips: Drive in the proper direction, in designated lanes and within the speed limit. Look out for pedestrians. Look for loose shopping carts. Look for vehicles backing out or pulling into driving lanes. If there is no on-coming vehicles, drive in the center of the aisle. Maneuver slowly. When you arrive at the end of an aisle, turn on your directional, stop, check for cross traffic and yield to pedestrians.

We don�t want any dents in your company vehicles because that�s a bad image for your brand, not to mention a waste of time, energy and money to fix. In the event you do get a dent or ding on one of your company vehicles fix it promptly. Please teach your crew members the tips to make sure they are safe and protect your equipment and brand name image.

You are not allowed to park in handicapped spots unless you have a bona fide placard, yet so many delivery people do this and it upsets people to see this. Make sure your company has a policy to not park or block access to handicap spots during deliveries.

These simple tips and techniques will help your portable advertising on wheels on all your company vehicles work for you and not against you as you build your brand.

"Lance Winslow" – Online Think Tank forum board. If you have innovative thoughts and unique perspectives, come think with Lance; www.WorldThinkTank.net/wttbbs/

There are many ways to invest into real estate. With 100 percent financing options, low interest rates and good credit it’s fairly easy to get started. Numerous articles and books have been written about investing in real estate and success stories are a plenty.

Here, in a nutshell, are some of the most important reasons for investing in real estate.

Appreciation. Traditionally real estate has been viewed as a "buy and hold" type investment vehicle. Real estate has recovered from cyclical declines and regional corrections and it may continue to do so in future, primarily because of tight supply and demand. Land is finite and housing is a necessity. According to the U.S. Census Bureau: the nation’s population is projected to increase to 392 million by 2050 – more than a 50 percent increase from the 1990 population size. These factors presents a bright outlook for real estate investors. The fact that land is finite, and population is growing will cause most real property to rebound even if there is a market decline.

Properties can be bought and held for appreciation provided one has the staying power. To avoid occasional declines, a smart investor should buy properties below market value by using creative acquisition techniques and realize a gain by quickly turning around and selling for a reasonable profit. Of course, properties bought below market value can be held for cash flow and long-term appreciation as well.

Leverage. Leverage in real estate means making money on borrowed money. The power of real estate resides in using "other people’s money." One can buy a property with zero down (100 financing) and make a profit upon sale as if it had been paid off entirely. Let’s assume you decide to buy a duplex worth $500,000 with 100 financing. Income properties have been appreciating at an average of 7 percent per year. With a 0 percent down your property at the end of the first year is worth $535,000. At the end of the second year, it’s worth $572,450. By using leverage or borrowed money to purchase a larger income property, you have increased your profit by $72,450 in just two years. A 14.49 percent return on a borrowed amount of $500,000. This is the power of leverage. Leverage coupled with appreciation can yield high profits.

Tax Benefits. There are numerous tax benefits of owning real estate, gains from sale of primary residence up to ($250,000 for single, $500,000 for married filing jointly) is tax-free. IRS allows taking deductions for depreciating real estate assets. Legitimate expenses like interest, depreciation, insurance premiums, management fees, legal fees, repairs etc are all tax deductible. You only pay taxes on net profits.

Real estate investing is an extremely rewarding process, but it needs perseverance and knowledge to achieve success. There are several proven techniques to make quick money but the key to success resides in buying properties below market value and selling them at the market or higher market price. Great deals can be found in foreclosures, fixer uppers, distressed properties and auctions etc.

Happy Investing!

Srini Saripalli is an entrepreneur, direct marketing expert and real estate investor. He is also a business development consultant to Fortune 500 companies. He is based in San Jose, Calif. Srini can be reached at http://www.srinisaripalli.com

Article Source: http://www.articledashboard.com

Owned and operated a driving school for several years. Taught over 2000 kids and older people how to drive. Now operating a golf tee time site at www.golfanchor.net and a sister golf site at www.golfanchor.com

Child Safety Restraints and children in work vehicles

If you take your child in your work car, van, SUV or work truck, you should determine the type of safety seat that�s appropriate to your child�s age or weight and will allow you full control of the vehicle including use of the stick shift.

If your child is newborn to nine months or twenty pounds, use an infant safety seat. With this type of protection, the infant rides backwards in a semi-reclining position and is held in place by a built-in harness. The vehicle�s lap belt secures the safety seat in place. For comfort and added support, folded towels may be placed between the infant�s body and sides of the seat.

If your child is nine months to four years or forty pounds, use a toddler safety seat. There are two types of restraints: the harness and the booster seat. The harness in a wrap around seat comes across both shoulders and up between the legs. The padded sides offer protection. The seat is secured by the vehicle�s safety belt. Some models are anchored at the top with a bolt. If you use this type, you must install the anchor bolt on the rear shelf or the seat will be unsafe. In the elevated booster seat, the child is secured by the vehicle lap belt and either the vehicle shoulder belt or the special harness sold with the unit, which required an anchor bolt.

If your child is over four years, we recommend that you use the safety belt in the company car, van, SUV or work truck. Remember, your family is your first priority.

Do not let kids ride in the back of a work truck. If you should take your company van or truck to little league, AYSO, Girl Scouts, cheerleading, band tournaments, etc. for advertising that is a smart thing to do indeed and yes this is good for business. People see the company van or truck with logos, make sure when others see your portable advertisement they see it being used properly with the safety of the children also in mind. If you go to pizza afterwards, only take as many kids as available seat belts. Please stay safe and protect your business from liability lawsuits and above all let�s keep the kids safe too, someday they will be working for you or maybe running your business in your retirement, think about it please.

"Lance Winslow" – Online Think Tank forum board. If you have innovative thoughts and unique perspectives, come think with Lance; www.WorldThinkTank.net/wttbbs/

More and more future fighting vehicles introduced at the Military Trade Shows in Pakistan, China, Israel seem to contain composite material as integral components to save weight. This composite material is lightweight and has many advantages to the high cost of exotic alloy. Composite is also free from the corrosive properties of aluminum and rusting properties of iron. It is for this reason we will world fighting vehicles switch to composite components whenever heavy armor is not needed. We will also see a trend towards ceramic-composite combinations in substitute for steel armor. Lighter war vehicles, harder to see on radar, lighter and faster, greater range and longer lasting to deal with seasonal changes on the surface of the planet causing rust and corrosion.

These vehicles having these advantages also have a disadvantage of scalar or laser attack. If our weaponry can cause the material to over heat the composite will give off toxic fumes, which will kill the occupants or cause them to flee the vehicle. Thus for every vehicles which is abandoned our forces achieve one more fighting vehicle. Anyone who has ever played �Risk� will realize that it takes a lot less time to manufacture a new modern war-fighting vehicle than to capture one free of charge. We are currently building Future Fighting Vehicles, which contain composite components for the same reason that other arms traders and manufacturers are around he world. Since we all countries capable of fighting a modern war will have these composite made vehicles, it makes sense that any future adversary will make, buy, sell or use such weapons against us. If a partially composite constructed fighting vehicle is to be manned then sending in a laser or scalar wave to super heat the vehicle is a relevant tactic. Overwhelming the human occupants to get them to abandon the vehicles or to help them pre-maturely expire will add one more vehicle to our side and help quickly reduce the threat, thus win the battle.

"Lance Winslow" – Online Think Tank forum board. If you have innovative thoughts and unique perspectives, come think with Lance; www.WorldThinkTank.net/wttbbs/

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Aerodynamic changes need to be made in MAVs. Micro-Air Autonomous vehicles. The simple current DARPA version is okay I suppose, but we need much smaller units and we can add in a few components to make them simpler, increase performance and payloads. I propose that we create a couple of other versions; one would be similar in nature to the picture above.

However the body would be a tube, like the exosk eleton of an insect, which can be fat like a bee, thin like a dragon fly or any similar shape in between. The wings would be cellophane and clear similar to the much larger, giant UAVs. The MAV I propose would be under 20 cm in length. It would have centerline thrust like a Cessna Skymaster.

The propellers would be in front and back and could change direction, the MAV during this time would most likely want to flip of and roll, but so the wings need to be symmetrical.

As it flipped over the trailing edge of the wings interior would be made of a small heavy tube, which would also contain the ion battery material. It would be thinner than the wings spar tube which would be larger and therefore cause proper curvature of the leading edge for maximum lift. The wing would still look similar to that of figure six in this report:

http://wtsun.eas.asu.edu/publications/reas_paper-2003.pdf

We could of course also make the wing spar of a substance that would compress under pressure and the leading edge at high speeds would have much less curvature and could go extremely fast with a different set of motors? When the aircraft shifted directions the tubes would trade sides and the aircraft would start flying backwards as the propellers switched directions in flight cause the aircraft to reverse and fly exactly back wards.

As the wings did a roll, it would also now be flying upside down. This is good for surveillance because you could take pictures of the below on the way in and the above on the way out. For instance flying into a cave, hull of a ship, building, duct, tunnel, etc. The optic flow sensors would now be exactly opposite and they autonomous device would continue to fly out the way it came in.

The simplicity is also good in that the tiny motors would be hooked to a tiny crankshaft, which could be made out of micro-material. Also if the MAV crashed into something or got swatted out of the sky, it could still fly on the remaining engine going in one direction, so the mission is not lost. Propulsion should be considered.

The second prototype I am calling for would be similar in that it would also have a centerline thrust, only this one would have a vertical fin as a fuselage. The wings would be shaped like a dragon fly and would have one wing heavier than the other. For instance the top wing, which would have be on a slider along with the bottom wing.

As the aircraft went forward the top wing would move backwards so the configuration would be similar to a Stagger Wing Beechcraft. Then when the motors spun opposite the heavier wing would slide backwards causing the aircraft to resume in the other direction in this model the aircraft would stay right side up. And fly away exactly the direction it came. The optic flow sensors could be on the wing that was forward the bottom wing, which always stays stationary and fixed to the aircraft. Thus pointing forward and down so the optical flow sensors and/or sonar sensors would be in the proper place.

"Lance Winslow" – Online Think Tank forum board. If you have innovative thoughts and unique perspectives, come think with Lance; www.WorldThinkTank.net/wttbbs/

The Focus FCV is one of the industry’s first hybridized fuel cell vehicles combining the improved range and performance of hybrid technology with the overall benefits of a fuel cell.

Using a fuel cell powertrain supplied by Ballard Power Systems, the world leader in proton exchange membrane (PEM) fuel cell technology, the FCV is hybridized with the addition of a nickel metal�hydride battery pack and a brake-by-wire electro-hydraulic series regenerative braking system. The fuel cell engine converts chemical energy into electric energy using hydrogen fuel and oxygen from air. The electric energy then powers the vehicle’s electric drive motor, producing only water vapor and heat as by-products.

Just like Honda’s Insight and Civic hybrids, the new battery ‘assists’ the main powerplant by adding extra power when accelerating or climbing hills, and is charged by regenerative braking system when braking or decelerating. Of course, the Civic and Insight use a small gasoline internal combustion engine instead of a fuel cell, but the principle is the same.

�This Focus FCV is the most sophisticated environmental vehicle Ford has developed,� said Dr. Gerhard Schmidt, Ford Motor Company vice president, Research and Advanced Engineering. �As such, is a critical success in our long-term strategy to move toward high volume production of hydrogen powered cars and trucks.�

The Focus FCV has onboard sensors, which constantly monitor the fuel cell stack, trunk and the passenger compartment. If trace amounts of hydrogen are detected, the system will warn the driver. If a slightly higher level is detected, the system will transition to a limited operating strategy and then begin shutting down vehicle operations.

Its new battery pack, regenerative braking system and improved hydrogen gas storage tank help increase the driving range of the four-passenger Focus FCV to between 250 km (160 miles) and 320 km (200 miles) – about 30% better than the previous version,

The new Hydrogen Storage Tank Technology in the Focus FCV stores four kilograms of hydrogen, which is equivalent to four gallons of gasoline. It also features an in-tank pressure regulator, which lowers the pressure so the gas leaves the tank at approximately 150 psi to work its way through the fuel cell.

Ford is working closely within the industry and with fuel providers to help develop government codes and standards for a hydrogen-fuelling infrastructure and to help improve the commercial viability of fuel cell technology by bringing all stakeholders together in an effort to eliminate barriers to mass production and implementation.

"The launch of this Ford fuel cell demonstration fleet, together with the previously announced DaimlerChrysler deployments of cars, vans, and buses powered with Ballard� fuel cells clearly demonstrates the strength and leadership of our fuel cell alliance," said Dennis Campbell, president and Chief Executive Officer, Ballard. "This unique collaboration between Ford, DaimlerChrysler and Ballard Power Systems is fielding the most extensive fuel cell vehicle demonstration ever undertaken.

With years of combined experience in selling premium quality auto parts, Partstrain has been the trusted and most reliable source of superb quality engine parts, electrical body parts and other auto parts. Shopping for excellent quality automotive parts here in Partstrain is easy and hassle-free. You can browse our accessible user-friendly online parts list at http://www.partstrain.com/ShopByVehicle/FORD either by make or part type. Ordering is a breeze, simply select the premium car parts you want and fill in your particulars at its secure checkout page.

Jenny McLane is a 36 year old native of Iowa and has a knack for research on cars and anything and everything about it. She works full time as a Market Analyst for one of the leading car parts suppliers in the country today.